{"text_format":"1","workbook":"xlsx","n_sheets":81,"sheets":["Disclaimer","Change Log","Assumptions Summary","Scenarios","Existing Gen Data Summary","New Entrant Data Summary","New Electrolyser Data Summary","Fuel Price Summary","Regional Build Costs Summary","Energy Policy Targets","Carbon Budgets","Economic Growth Forecasts","Demand and Energy Forecasts","End use fuel consumption data","Appliance Uptake Forecasts","Elec. Retail Price Indices","Connections Forecasts","Energy Efficiency","Rooftop PV","PVNSG","ONSG","Battery & Plug-in EVs","Fuel cell EVs","EV V2G","DSP","Data Centre Forecasts","Electrification","Embedded energy storages","Aggregated energy storages","Network representation","Renewable energy zones","Network capability","Network losses","Transmission Reliability","Connection cost","Connection cost forecasts","Flow path augmentation options","Flow path cost forecasts","REZ augmentations options","REZ cost forecasts","Maximum capacity","Seasonal ratings","Maintenance","Generator Reliability Settings","Retirement","Hydro Scheme Inflows","Capacity Factors ","Heat rates","Auxiliary","Emissions intensity","Storage properties","Build costs","Fixed OPEX","Variable OPEX","Marginal Loss Factors","Locational Cost Factors","Build limits - REZs","Build limits - PHES","First-of-a-kind premium","Lead time and project life","Financial parameters","Affine Heat rates","Max Ramp Rates","Coal Min Stable Level","GPG Min Stable Level","Coal and Biomass price","Gas, Liquid fuel, H2 price","Gas System Properties","GPG emissions reduction - BioM","Power System Security","Reserves","Hydrogen demand - Domestic","Hydrogen monthly profiles","Hydrogen demand-Export&Commod","Hydrogen consumption locations","Water for Hydrogen","Desalination demand for H2","H2 as fuel for GPG Limit","Build Cost - Hydrogen pipeline","Other hydrogen assumptions","Summary Mapping"],"not_rendered":{"charts":16,"images":5,"macros":1,"external_links":0,"defined_names":65,"comments":0,"pivot_tables":0},"unopened":[],"bounds":{"document_bytes":16777216,"sheet_cells":100000,"rows_first":2000,"rows_last":500,"rows_between":2000,"halvings":4,"cell_chars":16384,"cell_head_chars":4096},"cells_cut":0,"cells_raw":0,"read":"whole","date_system":"1900"}

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[]
[null,"Important Notice"]
[]
[]
[null,"Purpose"]
[]
[null,"AEMO publishes this 2025 Inputs and Assumptions Workbook in accordance with National Electricity Rules (NER) 5.22.8. This workbook includes key information and context for the inputs and assumptions used in AEMO’s Forecasting and Planning publications for the National Electricity Market (NEM) and the Wholesale Electricity Market (WEM) in Western Australia. This publication is generally based on information available to AEMO as at 31 July 2025 unless otherwise indicated."]
[]
[]
[null,"Disclaimer"]
[]
[null,"The 2025 Inputs and Assumptions Workbook contains data provided by or collected from third"]
[null," parties, and conclusions, opinions, assumptions or forecasts that are based on that data."]
[]
[null,"AEMO has made reasonable efforts to ensure the quality of the information in this publication but cannot "]
[null,"guarantee that information, forecasts and assumptions are accurate, complete or appropriate for your "]
[null,"circumstances. "]
[]
[null,"Modelling work performed as part of preparing this publication inherently requires assumptions about future "]
[null,"behaviours and market interactions, which may result in forecasts that deviate from future conditions. There "]
[null,"will usually be differences between estimated and actual results, because events and circumstances "]
[null,"frequently do not occur as expected, and those differences may be material."]
[]
[null,"This publication does not include all of the information that an investor, participant or potential participant in "]
[null,"the National Electricity Market might require, and does not amount to a recommendation of any investment. "]
[]
[null,"Anyone proposing to use the information in this publication (which includes information and forecasts from "]
[null,"third parties) should independently verify its accuracy, completeness and suitability for purpose, and obtain "]
[null,"independent and specific advice from appropriate experts. "]
[]
[null,"Accordingly, to the maximum extent permitted by law, AEMO and its officers, employees and consultants "]
[null,"involved in the preparation of this publication:"]
[]
[null,"•\tmake no representation or warranty, express or implied, as to the currency, accuracy, reliability or "]
[null,"completeness of the information in this publication; and"]
[null,"•\tare not liable (whether by reason of negligence or otherwise) for any statements, opinions, information"]
[null," or other matters contained in or derived from this publication, or any omissions from it, or in respect of "]
[null,"a person’s use of the information in this publication."]

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[]
[null,"Version History"]
[null,"Version Number","Date","Description"]
[null,1,"2019-02-05","First industry release of draft 2019 market modelling assumptions for consultation."]
[null,1.1000000000000001,"2019-08-16","Scenarios tab updated with final 2019-20 modelling scenarios settings"]
[null,null,null,"Existing and committed generator lists reflect the 8th August release of Generation Information."]
[null,null,null,"Minimum stable levels and capacity constraints have been updated in the \"Generation limits\" sheet"]
[null,null,null,"Forced outage rates have been updated consistent with the ESOO 2019."]
[null,null,null,"Coal prices have been updated to reflect Wood Mackenzie's final 2019 forecast for AEMO."]
[null,null,null,"Updated closure dates to those submitted by generators in the 8th August release of Generation Information"]
[null,null,null,"Fixed O&M cost for existing OCGT's has been changed to correct an error in previous version."]
[null,null,null,"Offshore Wind has been included as a build candidate in the Gippsland REZ."]
[null,null,null,"Included Snowy 2.0 and Battery of the Nation in the \"Storage properties\" sheet."]
[null,null,null,"Demand forecasting components reflect DRAFT 2019 forecasts. Final forecasts will be available from http://forecasting.aemo.com.au upon publication of the ESOO."]
[null,null,null,"Corrected Pumped Hydro connection costs, as these costs are included in the build costs."]
[null,null,null,"Capacity factors are now available for all available reference years."]
[null,null,null,"WACC updated following consultation feedback."]
[null,null,null,"Charge and Discharge efficiency has been added to the \"Storage properties\" sheet"]
[null,null,null,"Economic and Technical life of Pumped Hydro and Batteries have been corrected after being mislabelled in the previous version"]
[null,null,null,"Summary sheets have been added for Demand, Existing Generator Data, New Entrant data, Fuel Prices and Regional Build costs "]
[null,null,null,"Technology specific regional cost factors have been included"]
[null,null,null,"Hydro inflows and hydro inflow factors added"]
[null,null,null,"The following candidate Renewable Energy Zones have been added:\n•\tWide Bay (QLD) \n•\tWagga Wagga (NSW)\n•\tCentral North Vic (VIC)\nThe following modifications have occurred: The former Northern New South Wales Tablelands and New England REZs have been joined and redrawn\n•\tThe former Central New South Wales Tablelands and Central West New South Wales REZs have been joined and redrawn\n•\tThe former Murray River REZ was split into two separate zones and redrawn \n•\tThe Gippsland REZ in Victoria was expanded to include off-shore wind capability. \n•\tThe former Moyne REZ was expanded to include a greater area of South West Victoria.\n•\tTasmanian REZs were refined to focus on areas with observed generator connection interest. "]
[null,null,null,"The Interconnector capability has been changed to reflect operational and planning updates."]
[null,null,null,"Interconnector augmentation options have been updated to reflect best information from TNSPs and AEMO."]
[null,null,null,"Generator operating limits and behaviours have been updated to reflect latest data and technical information."]
[null,null,null,"Resource limits have been revised to reflect updated methodology. See section 5.4.2 in 2019 Planning and Forecasting Consultation responses on Scenarios, Inputs, Assumptions and Methodology."]
[null,null,null,"REZ expansion costs, Network Capacity, and Additional Network Capacity with IC augmentations have been updated following additional work to refine expansion options for specific REZ, and in consultation with stakeholders."]
[null,null,null,"Shadow generators for committed and candidate generators have been updated based on review and new options (given new generation has been commissioned)."]
[null,1.2,"2019-09-13","Labels have been updated to $/kW for all technologies in the Build Cost sheet to reflect reported values."]
[null,null,null,"Mount Emerald Wind farm was incorrectly listed as a NSW generator in the 'Summary Mapping' sheet, this has been corrected to QLD."]
[null,null,null,"VIC to NSW forward direction was incorrectly labelled as VIC to SA forward direction. Note 4 in 'Augmentation options' sheet has been corrected. "]
[null,null,null,"AC network expansion of VIC-TAS Second IC Option 1 and 2 in 'Augmentation options' sheet has been clarified. "]
[null,null,null,"Corrected MLF shadow connection point for Cattle Hill and North West Tas Solar and Wind Candidates"," "]
[null,null,null,"Updated Seasonal Ratings to reflect August release of Generation information for Murra Warra Wind Farm – stage 1 and Lincoln Gap Wind Farm – stage 1"]
[null,null,null,"Updated Max Capacity to reflect August release of Generation information for Bogong / Mackay, Trevallyn, Oakey Power Station, Berrybank Wind Farm, Capital Wind Farm, Lake Bonney 1 Wind Farm, Starfish Hill Wind Farm, Wattle Point Wind Farm, Challicum Hills Wind Farm, Mortons Lane Wind Farm, Mt Gellibrand Wind Farm, Portland Wind Farm, Yaloak South Wind Farm and Gannawarra Energy Storage System."]
[null,null,null,"A note has been added to the \"Existing Gen Data Summary\" that the expected retirement date in this summary sheet is indicative of the first unit's retirement date."]
[null,null,null,"Additional VIC-TAS options included in Augmentation Options work sheet.\nSplit VIC-NSW augmentation options to consider HumeLink separately, and removal of option 11.\nCorrection of typo in Note 4 in Augmentation Options work sheet.\nUpdated proportioning factors work sheet including revision to interconnector augmentation options.\nIncluded new interconnector options in build limits information."]
[null,null,null,"The New South Wales government has advised AEMO that development in the Southern NSW Tablelands (N4) REZ is to be precluded due to poor community support and high quality agricultural land. As advised, development in other areas of New South Wales would be more conducive to substantive development of renewables."]
[null,null,null,"Updates to the 'Build Limits' sheet to reflect revised HumeLink and VNI augmentation approach."]
[null,null,null,"Updated Millmerran unit MPP_1 Minimum stable level value in the 'Generation Limits' sheet."]
[null,null,null,"Hydro climate factors updated to present specific factor trajectory for Tasmania"]
[null,null,null,"Added note to; Augmentation Options, Firm Capacity, Max Capacity, Seasonal Ratings sheets - \"With the introduction of MarinusLink, the capacities of the following generators increase by: 100 MW across the west coast, 130 MW for Tarraleah and 90 MW capacity for Gordon.\""]
[null,null,null,"Note added to Seasonal Rating: \"Tamar Valley CCGT seasonal rating is based on being in a mothballed state. This unit can be recalled and may be explored in sensitivity analysis.\""]
[null,null,null,"Updated calculation for PV uptake percentage for Demand Input Summary sheet."]
[null,null,null,"Revised shadow MLF from Regional Reference Node to 1.0 for a number of projects."]
[null,null,null,"Maximum demand has been updated to align PV generation with battery charging. Also, LIL in South Australia has increased."]
[null,null,null,"Revised Electric Vehicle proportioning factors due to rounding errors."]
[null,null,null,"Updated Tamer Valley CCGT FOM based on stakeholder feedback"]
[null,null,null,"Revised retirement and refurbishment dates for CS Power Stations based on stakeholder feedback."]
[null,null,null,"Hydro Inflows update to capture historical observations for the Snowy scheme."]
[null,1.3,"2019-12-12","Waubra and Yambuk wind farm retirement dates corrected to capture 30 year technical life based on generic wind farm parameters."]
[null,null,null,"Heat rate sheet updated to include \"sent-out\" note."]
[null,null,null,"Added additional interconnector options QNI 2E and QNI 3E on Augmentation options and Proportioning factors"]
[null,null,null,"Revision of QNI Option 3D - Wollar used in place of Bayswater"]
[null,null,null,"Revision of VIC-NSW Option 5A - additional South Morang Transformer and cut in of Rowville-Thomastown 220 kV at South Morang, and change to Indicative Cost."]
[null,null,null,"Revision of VIC-NSW Option 6 - location of powerflow controllers updated"]
[null,null,null,"Revision of VIC-NSW Option 7 - location of powerflow controllers updated"]
[null,null,null,"Revision of VIC-NSW Option 8 - location of powerflow controllers updated"]
[null,null,null,"Revision of VIC-NSW Option 11"]
[null,null,null,"Update of Build Limits Tab to reflect new IC options QNI 2E and 3E, update on EnergyConnect's impact on Riverland REZ"]
[null,null,null,"Update of Build Limits Tab to reflect group constraints for QLD"]
[null,null,null,"Update of Build Limits Tab to reflect additional capacity in V2 provided by VNI Option 8"]
[null,null,null,"Update to Electric Vehicles sheet to include % of fleet values for Residential, Vehicle to Home"]
[null,null,null,"Update to cost estimates to reflect latest advice from TNSPs on Augmentation options tab"]
[null,null,null,"Update of Energy Consumption tab for Operational Consumption as Sent-Out and Underlying Consumption."]
[null,1.4,"2020-04-17","Proportioning Factors tab: Update loss proportioning factors to include upgrade option QNI 2E."]
[null,null,null,"Build Limits tab: Reduced cost/MW as a result of committed project for S8 (Eastern Eyre Peninsula)"]
[null,null,null,"Build Limits tab: Changed the Cost/MW for S6 and S7 (Leigh Creek) as a result of group constraint for S3 (Mid North SA) as well as dual pole changed to tower"]
[null,null,null,"Build Limits tab: Moved 500 MW capacity from Southern NSW tablelands to Wagga Wagga for HumeLink"]
[null,null,null,"Build Limits tab: Updated Riverland REZ from 1000 MW capacity gain for SA-NSW interconnector to 800 MW.  "]
[null,null,null,"Build Limits tab: Solar resource capacity for V2 was increased as previously was not reflective of true interest in the area"]
[null,null,null,"Build Limits tab: Updated QLD REZ build limits to reflect calculation done in the MM"]
[null,null,null,"Build Limits tab: Updated Q1 cost/MW to remove small build uprate Woree 132 kV network to 275 kV network, as no longer considered feasible by Powerlink"]
[null,null,null,"Build Limits tab: Update N4 to have no cost/MW associated as no extra generation is allowed in the zone"]
[null,null,null,"Build Limits tab: Updated costing for TAS Midlands and North West - updated REZ capacity increase for MarinusLink for these two REZ zones too as per advice received from TasNetworks"]
[null,null,null,"Build Limits tab: Western Eyre, Eastern Eyre, Mid-North and Northern SA cost/MW changed to reflect costing for towers not dual pole"]
[null,null,null,"Build Limits tab: Yorke Peninsula cost/MW increased"]
[null,null,null,"Build Limits tab: South West Victoria cost/MW increased to accommodate 500 kV line from Moorabool to Sydenham"]
[null,null,null,"Build Limits tab: Central West transmission build limit decreased from 700 MW to 500 MW to account for newly committed generation "]
[null,null,null,"Build Limits tab: Mid North SA PV resource limit increased to 1300 MW to reflect updated generation information"]
[null,null,null,"Build Limits tab: Increase Central West Build Limit to 3000 MW to incorporate the NSW state government policy"]
[null,null,null,"Augmentation options tab: Increase transmission cost and REZ build costs"]
[null,null,null,"Augmentation options tab: Marinus Link cost estimate updated as per TasNetworks' advice on 28/02/2020."]
[null,null,null,"Augmentation options tab: QNI options 2E, 3E and 3D limits changed."]
[null,null,null,"Augmentation options tab: VNI Option 11 HVDC limits and cost estimates updated."]
[null,null,null,"Update to Generation Information based on the 26th February release of Generation Information:\n•Added new Committed Projects (Goonumbla Solar Farm, Crudine Ridge Wind Farm, Gangarri Solar Farm, Lake Bonney BESS1)\n•Added Anticipated Projects (Berrybank Wind Farm - Stage 2, Murra Warra Wind Farm - Stage 2, Broadsound Solar Farm, Cape York Battery Power Plant  - Storage, Cape York Battery Power Plant - Solar, Collector, Gunnedah Solar Farm, Metz Solar Farm, Suntop Solar Farm)\n•Update to Commission Dates and Installed Capacity of Committed Projects\n•Update to Expected Closure Dates\n•Update to Seasonal ratings\n•Update of Site Names"]
[null,null,null,"Renewable Policy Targets tab: Added TRET and edited VRET to apply to all scenarios"]
[null,null,null,"Scenarios policy tab: Added TRET and edited VRET to apply to all scenarios"]
[null,null,null,"Build Costs tab: updated to be based on draft CSIRO GenCost 2019-20"]
[null,null,null,"Renewable Energy Zones tab: V6 cost increased from medium to high based on consultation feedback"]
[null,null,null,"Generation Limits tab: Edited description following consultation feedback"]
[null,null,null,"Augmentation options tab: QNI Minor (Option 1A) now committed, removed alternative QNI Minor options from workbook."]
[null,null,null,"Augmentation options tab: Update interconnector options for QNI 2E/3E/3D to reflect a terminal station at Boggabri rather than Gunnedah/Narrabri."]
[null,null,null,"Augmentation options tab: Update to Option 3D and 2E on Augmentation tab: removed cut-in for second Bayswater-Mt Piper 500 kV line at Wollar (this is no longer included in QNI augmentation cost)."]
[null,null,null,"Augmentation options tab: VNI-NSW Option 11 (HVDC option between Victoria and New South Wales) included."]
[null,null,null,"Augmentation options tab: Updated earliest service date for augmentation options to reflect latest into from TNSPs and potential for expedited processes in some scenarios. Estimates for inter-network testing have been incorporated into the timing (network capacity may be released in stages)."]
[null,null,null,"Augmentation options tab: Removed HVDC alternative for HumeLink to reflect latest outcomes from the RIT-T."]
[null,null,null,"Max capacity and related tabs: Added MacIntyre Wind Farm to Anticipated projects"]
[null,1.5,"2020-07-30","Build Limits tab: Changed footnote on Pumped Hydro Build limits to reflect updated approach."]
[null,null,null,"Augmentation options tab: Added technical details for VIC-NSW Option 11."]
[null,null,null,"Augmentation options tab: Minor wording changes to clarify options for VNI Option 1, QNI Option 3C, QNI option 2E."]
[null,null,null,"Augmentations option tab: Power flow controller on Bannaby-Sydney West 330 kV line is removed from HumeLink for consistency with Transgrid's HumeLink PADR."]
[null,null,null,"Augmentations option tab: Second 500/330 kV transformer at Wagga is removed from VNI Option 6, 7 and 8. This has been included with HumeLink option."]
[null,null,null,"Augmentations option tab: Note 13 included in relation to SA-NSW option."]
[null,null,null,"Additional Tab added: Interconnector representation. This describes how the interconnectors are represented in the capacity expansion models"]
[null,null,null,"Additional Tab added: Transmission component costs – this describes the unit costs for transmission build used in cost estimates."]
[null,null,null,"Updated REZ name Central West NSW to Central-West Orana throughout workbook."]
[null,null,null,"Augmentations option tab: Updated SA-NSW to reflect new terminal station at Bundey,"]
[null,null,null,"Augmentations option tab: Updated descriptions for VNI 6 and VNI 7 to reflect the new terminal station north of Ballarat"]
[null,null,null,"Build costs tab: deleted the repeated build cost table from CSIRO GenCost 2019-20 "]
[null,null,null,"Additional Tab added: CCGT Unit Maximum Capacity. This tab provides the maximum capacity (MW) of CCGT gas and steam turbines separately."]
[null,null,null,"Additional Tab added: GPG_Min Stable Level. This tab provides the minimum operating levels (MW) for large GPG units."]
[null,null,null,"Additional Tab added: Max Ramp Rates. This tab provides the maximum rates of change (MW/min) for thermal unit output up and down."]
[null,null,null,"Additional Tab added: Min Up&Down Times. This tab provides the minimum time (h) online or offline for large GPG units."]
[null,null,null,"Additional Tab added: Complex Heat rates. This tab provides parameters to produce heat rate curves for thermal units."]
[null,null,null,"Additional Tab added: Start Cost of GPG. This tab provides the notification time (h) and start up costs ($/MW) for CCGTs and gas-powered steam turbines."]
[null,null,null,"Minimum capacity factor information provided for GPG units, represented in the DLT model"]
[null,null,null,"Additional clarity provided on TRET and VRET implementation"]
[null,"2.0","2020-09-01","Demand forecast tabs (orange): Updated to reflect 2020 ESOO consumption and demand forecast"]
[null,null,null,"Gas and Liquid fuel price tab: Update Gas prices based on December 2019 Core Energy Gas price outlook "]
[null,null,null,"Build Costs tab: updated to be based on CSIRO GenCost 2019-20 final report"]
[null,null,null,"Maximum capacity tab: Updated based on July 2020 GenInfo"]
[null,null,null,"Firm capacity tab: Updated based on July 2020 GenInfo"]
[null,null,null,"Seasonal ratings tab: Updated based on July 2020 GenInfo"]
[null,null,null,"Fixed OPEX tab: Updated based on July 2020 GenInfo"]
[null,null,null,"Scenarios tab: Updated with 2020 modelling scenarios settings - Large-scale renewable build cost trajectories"]
[null,null,null,"Gas infrastructure updated to reflect the 2020 GSOO information (with costs scaled to Real June 2020)"]
[null,null,null,"Maximum capacity tab: Commissioning date and installed capacity corrections "]
[null,null,null,"Fixed OPEX tab: Data correction for various CCGTs, OCGTs, Reciprocating engines and Gas-powered ST units"]
[null,3,"2020-12-11","New Tab: Scenarios (New) - describes proposed new scenarios for 2021-22 forecasting and planning activities."]
[null,null,null,"Scenario Policy Settings: Updated with policy settings for the new proposed scenarios"]
[null,null,null,"Gross State Product: Updated to reflect 2020 Covid-19 updated economic forecasts from BIS Oxford"]
[null,null,null,"Updated to Generation Information based on November 2020 release of Generation Information:\n•Added new Committed Projects \n•Update to Commission Dates and Installed Capacity of Committed Projects\n•Update to Expected Closure Dates\n•Update to Seasonal ratings"]
[null,null,null,"Build Limits tab: REZ resource limits updated to take into account recently committed generation. Group constraint table added. Transmission limits and expansion costs updated to 30 June 2020 real dollars. System Strength costs added. REZ resource limit violation penalty factor added."]
[null,null,null,"Updated New entrants technical parameters based on Aurecon 2020 AEMO costs and technical parameter review. Tabs: Seasonal rating, Maintenance, Generator Reliability Settings, Lead time, Storage properties, Heat rates, Auxiliary, Fixed OPEX, Variable OPEX, Emissions"]
[null,null,null,"MLF tab: Updated to reflect latest information"]
[null,null,null,"GPG Minimum Stable Level tab: Updated MSL for new CCGTs and OCGTs based on 2020 Aurecon data. These are now presented as a percentage of nameplate capacity"]
[null,null,null,"Gas Expansion Candidates tab: updated to reflect most recent information available"]
[null,null,null,"Regional Costs - Hydrogen techs tab: regional costs added"]
[null,null,null,"Other assumptions - Hydrogen techs tab: various other hydrogen-related assumptions added"]
[null,null,null,"Renewable Policy Targets: Updated with latest available policy information."]
[null,null,null,"Generation technical assumptions: Updated based on latest Generation Information page. Generation limits revised to reflect ISP Methodology. Reliability settings updated based on latest assumptions for the 2021 ESOO. Minor other updates such as updated emissions factors to reflect recent observations."]
[null,null,null,"Build limit assumptions: Revised REZ limits for updated REZ assumptions. New tab added with revised pumped hydro limits. Additional tabs added for REZ Augmentation Options and Non-REZ assumptions."]
[null,null,null,"Storage properties: Updated based on information provided by Tasmania and final assumptions from Aurecon 2020-21 AEMO costs and technical parameter review."]
[null,null,null,"Unit commitment-related assumptions: Minor updates to reflect latest available data."]
[null,3.2,"2021-08-10","Corrected errors on the Aggregated energy storages and Embedded energy storages worksheets."]
[null,3.3,"2021-12-10","Changed scenario name for Net Zero 2050 to Progressive Change"]
[null,null,null,"Renewable Energy Zones: Updated OWZ O1 and O2 ISP sub-region locations to SNW and both REZ diagrams to refine the Central West Orana REZ shape based on information published by the NSW Government."]
[null,null,null,"REZ Augmentations Options: Updated description of N2 Option 2 REZ Augmentation to include 330kV line from Armidale to Lower Creek. Updated description of NQ2 REZ Augmentation to remove reference to Nebo-Bouldercombe. Added 330 kV Cooma-Monaro REZ build option. Added 500 kV option for Darling Downs REZ expansion. Added additional upgrade options for Central West Orana REZ."]
[null,null,null,"Summary Mapping: Updated REZ Locations for existing, committed and anticipated VRE generators. Changed Mapping for BOTN - Cethana FOM and VOM to TAS Medium"]
[null,null,null,"Augmentation Options tab: Adjusted Marinus Link cost to reflect 30 June 2021 real dollars, and combined early works costs into cable 1 costs."]
[null,null,null,"Build Limits: Minor corrections, inclusions of additional cost tranches, updated information for offshore wind zones, updated impact of major projects."]
[null,null,null,"Renewable Policy Targets: Updated NSW target to reflect updated committed and anticipated generation which reduces further development requirements."]
[null,null,null,"REZ Augmentation Options: Corrected metric for system strength cost from $/MW to $M/MW, included NQ2 option 2 augmentation"]
[null,null,null,"Summary Mapping: Updated with new generators based on Feb 2022 GenInfo"]
[null,3.5,"2022-08-31","Existing Gen Data Summary: Updated with new generators based on July 2022 GenInfo"]
[null,null,null,"PVNSG: Updated with rebased forecasts using 2021-22 actuals"]
[null,null,null,"Battery and plug in EVs: Updated uptake and consumption due to rebasing of uptake data based on EVC numbers to end 2021"]
[null,null,null,"Transmission Reliability: Updated based on latest assumptions for the 2022 ESOO"]
[null,null,null,"Augmentation options: Updated Project EnergyConnect full capacity release date, consistent with the 2022 Final Integrated System Plan and advice from responsible transmission network service providers. "]
[null,null,null,"Build costs: Updated based on Final CSIRO GenCost 2021-22"]
[null,null,null,"Regional Cost Factors: Updated based on based on Aurecon 2021-22 AEMO costs and technical parameter review"]
[null,null,null,"Heat rates - Update for new entrant technologies based on Aurecon 2021-22 AEMO costs and technical parameters review, and existing based on July 2022 GenInfo"]
[null,null,null,"Auxiliary: Updated auxiliary rates of existing generators based on latest assumptions for the 2022 ESOO / Update for new entrant technologies based on Aurecon 2021-22 AEMO costs and technical parameters review."]
[null,null,null,"Marginal Loss Factors:  Updated to reflect latest information"]
[null,null,null,"Other hydrogen assumptions: Updated the PEM Electrolyser Fixed OPEX based on Aurecon 2021-22 AEMO costs and technical parameter review"]
[null,null,null,"Renewable Energy Zones: Updated to include new offshore wind renewable energy zones and revised boundaries. Inclusion of N9 - Hunter Central REZ and T5 - North East Tasmania Coast. "]
[null,null,null,"Existing Gen Data Summary: Updated with new generators based on November 2022 GenInfo"]
[null,null,null,"DSP: Initial year forecast shown based on ESOO 2022 projection. DSP as percentage of max demand forecast in future years shown based on the IASR assumptions. Once the new max demand forecasts are known in July 2023, the forecast will be provided in MW as well.  "]
[null,null,null,"Rooftop PV: Updated rebased forecasts using updated actuals and new blended consultant forecasts"]
[null,null,null,"Battery and plug in EVs:  Updated forecasts applying improved actuals data from new EV source data, and updated CSIRO forecasts"]
[null,null,null,"Electrification: Update based on 2022 CSIRO's EV and Multi-sector studies."]
[null,null,null,"Network representation: Map of sub-regional representation updated include new sub-regions. New sub-regional flow paths added. Changes to load and generation representation in CQ-GG and CQ_NQ captured. Update regional topology for Victoria - New South Wales and  Victoria to South Australia with Project Energy Connect. "]
[null,null,null,"Maximum capacity: Updated based on November 2022 GenInfo and added QEJP pumped hydro candidates"]
[null,null,null,"Maintenance: Updated new entrant technologies based on Aurecon 2022 AEMO costs and technical parameters review and added QEJP pumped hydro candidates"]
[null,null,null,"Generator Reliability Settings: Updated new entrant technologies based on Aurecon 2022 AEMO costs and technical parameters review and added QEJP pumped hydro candidates"]
[null,null,null,"Build Limits: New group constraints added - SQ1, SWV1, NET1, new transmission limit constraints table added - SEVIC1, SWQLD1, new secondary REZ transmission limits table added - SWNSW1, V3-EAST, V3-WEST, N5 transmission limit adjusted to take into account  updated N5 REZ generation mapping. Include table showing REZ transmission modifiers due to committed and anticipated network augmentations. For Tasmania T2 transmission limit was decreased to account for recent stability constraint binding outcomes and T3 transmission limit was reviewed based on historic line flows and ratings.  NSA1 transmission limit increased to take into account ElectraNet NCIPAP upgrades. Resource limit violation penalty factor updated to 0.27$M/MW (CPI increase). Seasonal limits added to REZ transmission limits. New REZ N9 (Hunter Central Coast) and T5 (Tasmania East Coast) added. Offshore Wind Resource Limits split into Fixed and Floating capacities and updated based on land size. "]
[null,null,null,"Capacity Factors: Updated to include 2021-22 reference year, new REZs and floating offshore wind. Solar thermal capacity factors have been recalculated using the new 15 hour storage configuration in Aurecon 2022."]
[null,null,null,"Lead time and project life: Updated with Aurecon 2022 AEMO costs and technical parameters review and added QEJP pumped hydro candidates"]
[null,null,null,"Coal and Biomass price: rebased Biomass price to 2022 real dollars. Coal price: For export exposed using weighting of Woodmac 2021 prices and BIS 2022 export coal price. Non export exposed using Woodmac price "]
[null,null,null,"Auxiliary: Updated with Aurecon 2022 AEMO costs and technical parameters review and added QEJP pumped hydro candidates"]
[null,null,null,"GPG emissions reduction - BioM: Added this new sheet which gives projected emissions reduction from GPG due to blending of biomethane into fuel gas based on CSIRO/CWA Multi-sector energy modelling (2022),\nand AEMO internal study. "]
[null,null,null,"Cost Summary - PEM: updated scenarios, updated technology cost breakdowns with Aurecon 2022 AEMO costs and technical parameters review data"]
[null,null,null,"Hydrogen Monthly profiles: Added this new sheet which gives NEM monthly hydrogen consumption profiles"]
[null,null,null,"Other hydrogen assumptions:  Updated with Aurecon 2022 AEMO costs and technical parameters review data and CSIRO, Multisector Modelling 2022 input assumptions"]
[null,null,null,"All relevant tabs, updated to reflect July 2023 GenInfo."]
[null,null,null,"All relevant tabs, updated to reflect latest set of scenarios."]
[null,null,null,"Max Ramp Rates: Updated to reflect recent changes in operator bids. Also corrected values for separated CCGTs."]
[null,null,null,"Economic Growth Forecasts: Update based on rebased Oxford Economics Australia long term macroeconomic forecasts developed for AEMO in July 2022."]
[null,null,null,"Auxiliary: Update based on latest Generation Information."]
[null,null,null,"Hydrogen demand - Exports & Steel: updated forecasts, incorporated lead times"]
[null,null,null,"Energy efficiency: Update based on 2023 forecasts developed by Strategy Policy Research (SPR)"]
[null,null,null,"Battery and plug in EVs:  Rebased CSIRO forecasts applying March 2023 actuals from VFACTS and minor revisions in PHEV forecasts to incorporate stakeholder feedback."]
[null,null,null,"Retirement: Updated based on July 2023 GenInfo and QEJP report."]
[null,null,null,"Financial parameters: Updated with latest discount rates and values of customer reliability."]
[null,null,null,"Renewable Energy Zone: Updated the REZ/Cost Zone maps offshore boundaries as per Federal Government announcements. Added the new NSW N12 REZ. "]
[null,null,null,"Connection Cost: Inclusion of additional REZs(N12) to tables. Update  System Strength remediation cost from the updated Transmission Cost Database"]
[null,null,null,"Power System Constraints: No updates since draft IASR"]
[null,null,null,"REZ augmentation options; REZ costs forecast: Updated REZ Q2 Option 1 cost estimate to remove inclusion of Guybal Munjan substation, and adjusted forecast accordingly."]
[null,null,null,"Marginal Loss Factors: Aligned Kogan Gas MLF from 0.9764 to 0.9673, similar to Kogan Creek."]
[null,null,null,"Summary Mapping: Changed subregion of Eraring Big Battery from CNSW to SNW"]
[null,null,null,"Summary Mapping, Fuel Price Summary, Emissions intensity: Updated relevant entries for  Kogan Gas and SA Hydrogen Turbines in Summary Mapping, Fuel Price Summary, Emissions intensity tabs to account for hydrogen blending."]
[null,null,null,"Energy efficiency: Updated Business sector forecasts for Reduced Energy Efficiency Sensitivity"]
[null,null,null,"Seasonal ratings: Updated ratings of certain committed* and anticipated projects, as discussed in the Maximum capacity log update above."]
[null,null,null,"Summary Mapping: Corrected the zone Eraring Big Battery is in to SNW."]
[null,null,null,"REZ Augmentations options: Corrected the easement lengths for NQ2 (Option 1) & South West Victoria (Option 1A), T2 (Option 1); Corrected SEVIC expansion cost to align with v1.2 of the 2023 Transmission Expansion Options Report; Removed system strength costs from T2, T3 & V2 as they are covered in connection costs. Updated cost estimate to reflect the updated route length for T2 (Option 1). Corrected the cost estimate for T3 (Option 1 with Marinus and without Marinus) to reflect new easement length consistent with v1.2 of the 2023 Transmission Expansion Options Report. "]
[null,null,null,"REZ Cost forecast: Added cost forecast for South West NSW (Option 1). Updated T2 ( Option 1) cost forecast to align with the updated total cost estimate. Updated T3 (Option 1 with Marinus and without Marinus) cost forecast to align with updated new easement length value in v1.2 of the Transmission Expansion Options Report. "]
[]
[null,null,null,"Renewable Energy Zones: Updated the boundaries for North East Tasmania offshore REZ in the REZ Map and Regional Cost Zone Map (based on Federal Government announcement 23 October 2023\n(https://www.dcceew.gov.au/energy/renewable/offshore-wind/areas/bass-strait), Noted a clarification that the AEMO KML map files have not yet been updated as this is subject to consultation. ; Added clarification note for the Regional Locational map explaining that \"High\" costs were assigned for Draft 2022 ISP onwards for Central North VIC REZ V6 based on feedback on the 2020 IASR and Draft 2020 ISP.  "]
[null,null,null,"Flow Path costs forecast: Revised Project Marinus Stage 1 and Stage 2 cost forecast consistent with proponents' updated costs. "]
[null,null,null,"Energy Policy Targets: Revised start year of  the Victorian offshore wind targets from 2028-29 to 2030-31."]
[null,null,null,"Seasonal ratings: Corrected the summer peak ratings for Bango 973 Wind Farm, Bango 999 Wind Farm, Canunda, Cathedral Rocks, Crudine Ridge Wind Farm, Mt Gellibrand Wind Farm, Mt Mercer Wind Farm, White Rock Wind Farm - Stage 1 and Willogoleche Wind Farm."]
[null,null,null,"Energy Policy Targets: Modified Powering Australia Plan trajectory to match 2024 ISP, added Capacity Investment Scheme constraints."]
[null,null,null,"Network losses: Updated NSW-VIC loss equations and Basslink MLF to reflect the updated publication from AEMO:  \"Marginal Loss Factors: Financial Year 2023-24\"."]
[null,null,null,"Maximum Capacity: Updated based on February 2024 Generation Information report and additional projects from policies."]
[null,null,null,"Seasonal ratings: Updated based on February 2024 Generation Information and additional projects from policies"]
[null,null,null,"Retirement: Updated based on February 2024 Generation Information report and additional projects from policies"]
[null,null,null,"Hydrogen export ports:  Updated the boundaries for Southern Ocean (V8) offshore REZ in the Candidate hydrogen export ports and REZs map (based on Federal Government announcement in March 2024\n https://www.dcceew.gov.au/energy/renewable/offshore-wind/areas/southern-ocean-region)"]
[null,null,null,"Carbon Budgets: Updated to reflect the publication of the proposed carbon budgets in the Draft 2025 IASR Stage 2 consultation"]
[null,null,null,"Rooftop PV and PVNSG tables updated with new forecasts."]
[null,null,null,"Aggregated energy storage tables updated with new forecasts."]
[null,null,null,"Transmission Reliability: Updated with new values (as used in 2024 ESOO)"]
[null,null,null,"Flow path augmentation options: Added SESA-CSA augmentation option moved from the REZ augmentation options sheet to align with the revised sub-regional topology definition and removal of S1-TBMO transmission limit constraint for the same reason. Updated SNSW-CNSW Option 1 (HumeLink) to be an Anticipated project to reflect updated Transmission Augmentation Information page. Added rows for new flow path between CSA-NSA, the options and costs for which will be consulated on as part of the 2025 Network Expansion Options Report. Added a separate column to note the pre-requisite options for a given augmentation option."]
[null,null,null,"Flow path cost forecasts: Updated template to include preparatory activities and actionable ISP project cost forecasts in their corresponding flow path tables, rather than in a separate table at the end. Added SESA-CSA augmentation option moved from the REZ augmentation cost forecasts sheet to align with the revised sub-regional topology definition and removal of S1-TBMO transmission limit constraint for the same reason. Updated names of existing flow paths to reflect the revised sub-regional topology definition."]
[null,null,null,"Generators were renamed to follow the October 2024 Generation Information update: Brigalow GT (formerly Kogan Gas), Hunter Power Station (formerly Kurri Kurri) and Hydrogen Jobs Plan (formerly SA Hydrogen Turbine.)"]
[null,null,null,"Coal Min Stable Level: Renamed from \"Generation Limits\". Updated with new values based on AEMO judgement and internal analysis of recent historical generation and bidstack."]
[null,null,null,"Build Costs: Updated based on the draft CSIRO GenCost 2024."]
[null,null,null,"Marginal Loss Factors: Updated MLFs for all existing, committed and anticipated generators, projects and batteries to reflect the values in Marginal Loss Factors: Financial Year 2024-25. Assigned shadow generators and corresponding MLF values for newly committed and anticipated generators and batteries."]
[null,null,null,"Affine heat rates: Updated with new values based on AEMO internal analysis and Aurecon 2024 Energy Technology Cost and Technical Parameter Review."]
[null,null,null,"Coal Prices have been updated based on ACIL Allen Report (November 2024). Biomass values updated to June 2024 real values."]
[null,null,null,"New 'Gas System Properties' worksheet has been added which summarises key properties from the 2024 GSOO "]
[null,null,null,"H2 GPG_emissions reduction: updated and added Tallawarra B and Hunter power station, updated naming"]
[null,null,null,"Other hydrogen assumptions: electrolyser balance of plant % and technical parameters updated."]
[null,null,null,"Fuel Price Summary: Correction - Fuel Price Summary worksheet was referring to incomplete data for Hydrogen and Biomethane fuel blends in price weighting calculations. 100% price weighting has been applied to the fuel cost mapped to the generator until this data becomes available in Stage 2."]
[null,null,null,"Summary Mapping: Correction - Snapper Point Power Station now fuel mapped to \"Snapper Point\" instead of \"SA new OCGT\", and fuel type mapped to \"Liquid Fuel\" from \"Gas\""]
[null,7.2,"2025-02-28","Scenarios:Update to clarify use of Green Energy for Green Energy Exports and Green Energy Industries"]
[null,null,null,"Carbon Budgets: Updated NEM-wide and state-level carbon budgets."]
[null,null,null,"Sub-Regional Demand Allocation: Sheet deleted as CER forecasts hereby provided at sub regional level"]
[null,null,null,"All relevant tabs: Informatation are updated to reflect AEMO' latest assumptions based on the 2025 Inputs, Assumptions and Scenarios Report"]
[null,null,null,"All relevant tabs: Deleted Sapphire Wind Farm Battery as not included in the Generation Information update as of July 2025"]
[null,null,null,"All relevant tabs: Lumped all Smithfield facilities into \"SITHE01\""]
[null,null,null,"Build Costs - PEM: this tab has been deleted and the information is now included in \"Build Cost\" tab"]
[null,null,null,"GPG_emissions reduction - H2: this tab is deleted as it is no longer used."]
[null,null,null,"Gas, Liquid fuel, H2 price: revised biomethane and hydrogen prices. Coal and Gas Prices have been reindexed to June 2025."]
[null,null,null,"Water for Hydrogen: New tab"]
[null,null,null,"Added data for end-use fuel consumption by scenario across the NEM chart, identified by multi-sectoral modelling conducted by CSIRO"]
[null,null,null,"Updated Gas System Properties"]
[null,null,null,"Updated Transmission Reliability tab"]
[null,null,null,"Updated Embedded energy storages and Aggregated energy storages"]
[null,null,null,"Appliance uptake forecasts: Updated values and included WEM."]
[null,null,null,"Retail Price Indices: Updated values."]
[null,null,null,"Connections forecast: Updated values and included WEM."]
[null,null,null,"Energy efficiency: Updated values"]
[null,null,null,"Data centre forecasts: New tab based on 2025 data centre forecasts developed by Oxford Economics Australia."]
[null,null,null,"Electrification: Updated values and included WEM."]
[null,null,null,"Hydro Scheme Inflows: New format, additional flow data summaries, updated data (FY23 and FY24)."]
[null,null,null,"Coal Minimum Stable Level: Added column 'Typical Lowest Band' and minor value updates."]
[null,null,null,"GPG Minimum Stable Level: Minor generator additions and minor value updates."]
[null,null,null,"Affine Heat Rates: Minor generator additions and minor value updates."]
[null,null,null,"Updated Max Ramp Rates tab."]
[null,null,null,"Maximum capacity: Updated based on the July 2025 Generation Information report and additional projects from policies. "]
[null,null,null,"Seasonal ratings: Updated based on the July 2025 Generation Information report and additional projects from policies. "]
[null,null,null,"Retirements: Updated based on the July 2025 Generation Information report and additional projects from policies. Updated retirement costs from 2025 GHD report."]
[null,null,null,"Auxiliary: Updated based on the July 2025 Generation Information report."]
[null,null,null,"Emission Intensity: Updated with the the 2024 Aurecon report and Clean Energy Regulator report 2023-24."]
[null,null,null,"Build Costs: Updated based on the final CSIRO GenCost 2025 report."]
[null,null,null,"Fixed OPEX: Updated with the 2025 GHD report and applied cost escalation on the new entrant technology values from the 2024 Aurecon report."]
[null,null,null,"Variable OPEX: Updated with the 2025 GHD report and applied cost escalation on the new entrant technology values from the 2024 Aurecon report."]
[null,null,null,"Reserves: Updated based on July 2025 Generation Information report."]
[null,null,null,"Fuel Price Summary: Adjusted formulas to remove 'Hyblend' and 'Hydrogen', and removed Hydrogen specific scenario boxes."]
[null,null,null,"Network representation: Network representation map updated to better align subregional boundaries with state borders. "]
[null,null,null,"Renewable Energy Zones: Map updated to incorporate information presented in the Draft 2025 Victorian Transmission Plan. . The information in this tab will be updated following the release of the 2025 Victorian Transmission Plan, as will other tabs where relevant."]
[null,null,null,"Network capability: Updated MEL-WNV forward limits. Removed SNSW-CSA and WNV-SESA combine from Notional transfer capability uplift between the sub-regions for committed and anticipated projects table. Updated committed and anticipated project timings to reflect updates in Transmission Augmentation Information page. Flow path naming updated to ensure consistency across all tabs. "]
[null,null,null,"Network Losses: All network loss and marginal loss factor equations have been revised to align with new intra-regional methodology. "]
[null,null,null,"Connection costs: Non rez connection costs have been included in the connection costs for wind and solar table to improve readability and post processing. "]
[null,null,null,"Connection costs forecast: All scenarios combined into a single table. N0 non rez NSW and V0 non rez VIC connection cost forecasts moved from non REZ assumptions tab. "]
[null,null,null,"Flow path augmentation options: Changes made throughout to align with the 2025 Electricity Network Options Report."]
[null,null,null,"Flow path cost forecast: Forecasted costs updated to a align with new flow path augmentation options and revised to real $2025."]
[null,null,null,"REZ augmentation options: Changes made throughout to align with the 2025 Electricity Network Options Report."]
[null,null,null,"REZ cost forecast: Forecasted costs updated to a align with new flow path augmentation options and revised to real $2025."]

{"sheet":"Assumptions Summary","index":2,"n_rows":135,"n_cols":5,"rows_kept":135,"cut":false,"hidden":false,"merged":[[5,1,5,3],[34,4,39,4],[42,4,59,4],[130,2,130,4],[133,2,133,4],[132,2,132,4],[131,2,131,4],[129,2,129,4],[128,2,128,4],[113,2,113,4],[34,2,39,2],[40,2,41,2],[42,2,59,2],[60,2,64,2],[102,2,110,2],[78,2,81,2],[82,2,91,2],[114,2,127,4],[65,2,70,2],[71,2,77,2],[92,2,95,2],[96,2,99,2],[100,2,101,2]]}
[]
[null,"2024-25 Modelling Assumptions"]
[null,"This file presents tables of input data for 2023-24 market modelling studies. It is a compilation of data from a number of sources, listed below."]
[null,"All values in this workbook are as at 30 June 2025 real dollars except were explicitly noted otherwise."]
[]
[null,"Version History"]
[null,"Version Number","Date","Description"]
[null,1,"2019-02-05","First industry release of draft 2019 market modelling assumptions for consultation."]
[null,1.1000000000000001,"2019-09-03","Updates based on 2019 Consultation feedback, updated information from stakeholders and 2019 forecasting components."]
[null,1.2,"2019-09-13","Revisions based on feedback from publication of 1.1"]
[null,1.3,"2019-12-12","Issued to accompany Draft ISP publication"]
[null,1.4,"2020-04-17","Updates following Draft ISP publication feedback"]
[null,"1.5","2020-07-30","Issued to accompany 2020 ISP publication"]
[null,2,"2020-09-01","Issued to accompany 2020 ESOO"]
[null,2.1,"2020-11-27","Revisions to 2020 ESOO assumptions - error corrections and clarifications"]
[null,2.2000000000000002,"2020-12-11","Revisions to 2020 ESOO assumptions - error corrections and clarifications"]
[null,3,"2020-12-11","Issued to accompany Draft 2021 IASR"]
[null,3.1,"2021-07-31","Released to accompany the release of the Final 2021 IASR Report"]
[null,3.2,"2021-08-10","Minor corrections of prior release."]
[null,3.3,"2021-12-10","Issued to accompany Draft 2022 ISP publication"]
[null,3.4,"2022-06-30","Issued to accompany Final 2022 ISP publication"]
[null,3.5,"2022-08-31","Issued to accompany 2022 ESOO"]
[null,4,"2022-12-16","Issued to accompany Draft 2023 IASR publication"]
[null,5,"2023-07-28","2023 IASR Assumptions Workbook"]
[null,5.0999999999999996,"2023-08-07","Minor corrections of prior release."]
[null,5.2,"2023-09-05","Minor updates of prior release."]
[null,5.3,"2023-12-15","Minor updates of prior release."]
[null,6,"2024-07-19","2024 ISP Assumptions Workbook"]
[null,7,"2024-12-11","Draft 2025 Inputs and Assumptions Workbook"]
[null,7.3,"2025-07-31","2025 Inputs and Assumptions Workbook"]
[]
[null,"Worksheet Descriptions"]
[null,"Worksheet","Assumptions Grouping","Description","Source"]
[null,"Scenarios","Scenario","Summary of scenario dimensions and parameters","AEMO"]
[null,"Existing Gen Data Summary","Summaries","Summary (calculated) of the generator technical data","Calculated data"]
[null,"New Entrant Data Summary",null,"Summary (calculated) of the new entrant generation and storage technical data"]
[null,"New Electrolyser Data Summary",null,"Summary (calculated) of the new entrant electrolyser technical data"]
[null,"Fuel Price Summary",null,"Summary (calculated) of generator fuel costs"]
[null,"Regional Build Costs Summary",null,"Summary (calculated) of regional build costs for a selectable scenario / technology."]
[null,"Summary Mapping",null,"Master look-up table for generator, storage, and electrolyser assets"]
[null,"Energy Policy Targets","Policy settings","Target renewable settings for NEM-wide, Queensland, New South Wales, Victoria, South Australia and Tasmania energy policy targets","Federal and state government legislation and publications, AEMO Services."]
[null,"Carbon Budgets",null,"Global mean temperature increases by 2100 aligned with each scenario, and cumulative carbon budgets over the period to 2050.","CSIRO, Multi-sectoral modelling (2024)"]
[null,"Demand And Energy Forecasts","Consumptions and demand-side factors","Electricity consumption forecasts","AEMO forecasts (2025 IASR)\nDeloitte Access Economics (DAE) (2024)\nCSIRO, 2024 Solar PV and Battery Projections Report\nGEM, 2024 Solar PV and Battery Projections Report\nCSIRO, Multi-sectoral modelling (2024)\nDemand Side Participation data enetered by participants through Markets Portal (2024)\nDepartment of Climate Change, Energy, the Environment and Water (DCCEEW) in New South Wales (2024)\nCSIRO, Electric vehicle projections 2024\nSPR, 2025 Energy Efficiency Forecasts Final Report\nOEA, 2025 Data Centre Energy Consumption Final Report"]
[null,"End Use Fuel Consumption Data",null,"Data for end-use fuel consumption by scenario across the NEM chart, identified by multi-sectoral modelling conducted by CSIRO (Figure 1 in IASR)"]
[null,"Economic Growth Forecasts",null,"Forecasts of Gross State Product (GSP) and Household Disposable Income (HDI)"]
[null,"Appliance Uptake Forecasts",null,"Residential appliance uptake forecasts, impacts relative to base year"]
[null,"Electricity Retail Price Indices",null,"Residential electricity retail price indices, relative to base year"]
[null,"Connections Forecasts",null,"Residential connections forecasts"]
[null,"Energy Efficiency",null,"Forecast of energy efficiency impact on annual consumption forecasts"]
[null,"Rooftop PV",null,"Rooftop PV capacity and generation forecast"]
[null,"PVNSG",null,"PV non-scheduled generation (PVNSG) capacity and generation forecast"]
[null,"ONSG",null,"Other non-scheduled generation (ONSG) capacity  forecast"]
[null,"DSP",null,"Demand side participation forecast"]
[null,"Battery & Plug-In Evs",null,"Battery and plug-in electric vehicles uptake and energy consumption for driving purposes"]
[null,"EV V2G",null,"Vehicle to Grid battery characteristics"]
[null,"Fuel Cell EVs",null,"Fuel cell electric vehicles uptake"]
[null,"Data Centre Forecasts",null,"Forecast of electricity consumption from data centre growth"]
[null,"Electrification",null,"Electrification in all sectors excluding road transportation"]
[null,"Embedded Energy Storages",null,"Embedded consumer energy storage (battery) forecast"]
[null,"Aggregated Energy Storages",null,"The 'aggregated' share of embedded energy storages that is modelled like a Virtual Power Plant (VPP)."]
[null,"Network Representation","Transmission Network Settings","Description of how the network is modelled in the capacity expansion models.","AEMO (Following consultation on IASR)"]
[null,"Renewable Energy Zones",null,"Renewable energy zones","AEMO (Review from TNSPs and jurisdictional planning bodies and consultation via IASR)"]
[null,"Network Capability",null,"Maximum forward and reverse flow path capability for capacity expansion modelling.","AEMO (Review by TNSPs and jurisdictional planning bodies and consultation via IASR)\nAEMO NEM public data"]
[null,"Network Losses",null,"Proportion of interconnector losses applied to regional reference nodes and loss equations.","Marginal Loss Factors: Financial Year 2024-25"]
[null,"Transmission Reliability",null,"Defines the outage rates modelled to key flowpaths in the ESOO.","AEMO internal study"]
[null,"Connection Cost","Network Cost Forecasts","Cost to connect different generation technologies.","AEMO internal study"]
[null,"Connection Cost Forecasts",null,"Forecast of transmission connection cost","AEMO internal study"]
[null,"Flow Path Augmentation Options",null,"Capability, cost and timing for flow path augmentation options.","AEMO (Following consultation on IASR and 2025 Network Expansion Options Report)"]
[null,"Flow Path Cost Forecasts",null,"Forecast of transmission flow path cost","AEMO internal study"]
[null,"REZ Augmentations Options",null,"Capability, cost and timing for REZ augmentation options.","AEMO (Following consultation on IASR and 2025 Network Expansion Options Report)"]
[null,"REZ Cost Forecasts",null,"Forecast of REZ augmentation cost","AEMO internal study"]
[null,"Maximum Capacity","Generator and storage availability and reliability settings","Installed capacity of existing, committed and anticipated generators.","AEMO Generation Information (July 2025 release)"]
[null,"Seasonal Ratings",null,"Winter and summer ratings for existing, committed, advanced and new entrant generators","AEMO Generation Information (July 2025 release),\nAurecon, 2024 Energy Technology Cost and Technical Parameter Review  "]
[null,"Maintenance",null,"The percentage of time per year that a generator is expected to be out of service for maintenance.\nDe-rating applied to generators under maintenance, staged construction or to track age-related degradation","GHD, 2018 AEMO costs and technical parameter review, \nAurecon, 2024 Energy Technology Cost and Technical Parameter Review"]
[null,"Generator Reliability Settings",null,"Defines a generators' unplanned outage rate, mean time to repair after an outage, and the derating experienced during a partial outage","Aurecon, 2024 Energy Technology Cost and Technical Parameter Review,                                                                                        \nAEMO Internal study,\nAEMO data (ESOO 2024)"]
[null,"Retirement",null,"Announced and end-of-technical-life generator retirement","AEMO Generation Information (July 2025 release),\nAurecon, 2024 Energy Technology Cost and Technical Parameter Review,\nGHD, 2025 Energy Technology Retirement Cost and O&M Estimate Review"]
[null,"Hydro Scheme Inflows",null,"Monthly aggregated inflow trends for reference years","AEMO internal study, Water Data Online (Bureau of Meteorology), Hydro Tasmania"]
[null,"Capacity Factors ",null,"Capacity factors for renewable generators in the renewable energy zones ","AEMO analysis outcomes"]
[null,"Heat Rates","Generator and storage technical parameters","Efficiency of conversion of fuel to output for thermal generators","GHD, 2018 AEMO costs and technical parameter review, \nAurecon, 2024 Energy Technology Cost and Technical Parameter Review                                                                                        "]
[null,"Auxiliary",null,"Auxiliary (self) load for each generator or generator class","AEMO Generation Information (July 2025 release), \nAurecon, 2024 Energy Technology Cost and Technical Parameter Review                                                                          "]
[null,"Emissions Intensity",null,"Emissions production per MWh of output for each generator or generator class","CER - Greenhouse and energy information by designated generation facility 2023-24,\nAurecon, 2024 Energy Technology Cost and Technical Parameter Review,\nDCCEEW, 2023 Australian National Greenhouse Accounts Factors"]
[null,"Storage Properties",null,"Battery storage to power ratio and round-trip efficiency","Aurecon, 2024 Energy Technology Cost and Technical Parameter Review,\nCSIRO, Small-scale solar and battery projections 2022,\nSnowy Hydro\nHydro Tasmania\nQLD QEJP, Queensland SuperGrid Infrastructure Blueprint\nKidston Pumped Storage Hydro Project Financial Close Report August 2021"]
[null,"Build Costs","Generator andstorage economic parameters","Capital Cost projections for new entrant generators","Aurecon, 2024 Energy Technology Cost and Technical Parameter Review,\nCSIRO, GenCost 2024-25 Final report,\nHydro Tasmania"]
[null,"Fixed Opex",null,"Fixed operating cost regardless of output for each generator or generator class","Aurecon, 2024 Energy Technology Cost and Technical Parameter Review,\nGHD, 2025 Energy Technology Retirement Cost and O&M Estimate Review"]
[null,"Variable Opex",null,"Variable operating cost per MWh of output for each generator or generator class","Aurecon, 2024 Energy Technology Cost and Technical Parameter Review,\nGHD, 2025 Energy Technology Retirement Cost and O&M Estimate Review"]
[null,"Marginal Loss Factors",null,"Marginal loss factors for each generator","Regions and Marginal Loss Factors: FY 2024-25 (2024 November release)"]
[null,"Locational Cost Factors",null,"Locational cost factors provide an indication of the variation in new entrants generators cost based on the shift in labour, equipment and shipping/delivery cost between regions.                             ","Aurecon, 2024 Energy Technology Cost and Technical Parameter Review,      \nGHD, 2025 Pumped Hydro Energy Storage Parameter Review,\nAEMO Internal study "]
[null,"Build Limits - REZs",null,"Modelled limitations for REZs impacting build constraints within the expansion modelling","AEMO (Review by TNSPs and jurisdictional planning bodies and consultation via IASR)"]
[null,"Build Limits - PHES",null,"Modelled limitations for PHES impacting build constraints within the expansion modelling","GHD, 2025 Pumped Hydro Energy Storage Parameter Review"]
[null,"First-Of-A-Kind Premium",null,"Premiums applied to emerging generation technologies to reflect the tendency of first-of-a-kind installations to exceed estimated costs.","CSIRO, GenCost 2024-25 Final report"]
[null,"Lead Time And Project Life",null,"Modelled limitations impacting build timings within the expansion modelling","Aurecon, 2024 Energy Technology Cost and Technical Parameter Review"]
[null,"Financial Parameters",null,"Financial parameters (discount rate, weighted average cost of capital, value of customer reliability, and value of emissions reductions) used during cost benefit analysis","AER, Values of Customer Reliability, December 2024,\nOxford Economics Australia, Discount Rates For Energy Infrastructure, 2024,\nAER - Transgrid FD PTRM - 2024-25 RoD update - Humelink S2 - August 2024 - Public, August 2024,\nAER, Valuing emissions reduction - AER guidance and explanatory statement, May 2024"]
[null,"Affine Heat Rates","ST model properties","Heat rate curves for large thermal units","GHD, 2018 AEMO costs and technical parameter review,\nAurecon, 2024 Energy Technology Cost and Technical Parameter Review,\nAEMO Internal study"]
[null,"Max Ramp Rates",null,"Maximum rates of change for thermal unit output up and down","Aurecon, 2024 Energy Technology Cost and Technical Parameter Review,\nAEMO Internal study"]
[null,"Coal Min Stable Level",null,"Coal generator minimum stable levels","AEMO internal study"]
[null,"GPG Min Stable Level",null,"Minimum operating levels for large GPG units","Aurecon, 2024 Energy Technology Cost and Technical Parameter Review,\nAEMO Internal study"]
[null,"Coal and Biomass Price","Fuel and gas system properties","Coal fuel price for each coal generator","ACIL Allen, 2024 Coal Price Forecasts"]
[null,"Gas, Liquid Fuel, H2 Price",null,"Fuel price for each gas and liquid fuel generator","ACIL Allen, 2024 Natural Gas Price Forecasts, \nACIL Allen, 2024 Diesel Price Forecasts, \nCSIRO, Multi-sectoral modelling (2024)(H2 prices)"]
[null,"Gas System Properties",null,"Key properties of Natural Gas Pipelines, Processing Facilities, Storage Facilities, Reserves and Resources, Pipeline Transmission Tariffs, and Production Costs","AEMO 2025 GSOO (any material changes to be updated following the publication of the 2026 GSOO)"]
[null,"GPG Emissions Reduction - Biom",null,"Factors projecting emissions reduction from GPG due to blending of biomethane into fuel gas","CSIRO, Multi-sectoral modelling (2024), AEMO internal study"]
[null,"Power System Security","Power system requirements","Reflect power system constraints to reflect secure operating limits ","AEMO internal study"]
[null,"Reserves",null,"Minimum reserve levels for reliable regional supply","AEMO Generation Information (July 2025 release)"]
[null,"Hydrogen Demand - Domestic","Hydrogen system parameters","Projections of domestic hydrogen demand","CSIRO, Multi-sectoral modelling (2024), AEMO internal study"]
[null,"Hydrogen Monthly Profiles",null,"Projections of monthly profiles of export/commodities hydrogen demand","CSIRO, Multi-sectoral modelling (2024), AEMO internal study"]
[null,"Hydrogen Demand-Export&Commod",null,"Projections of demand for export hydrogen and green commodities production","CSIRO, Multi-sectoral modelling (2024), ACIL Allen (2025), AEMO internal study"]
[null,"Hydrogen Consumption Locations",null,"Location of hydrogen consumption and candidate hydrogen hubs and ports","AEMO internal study"]
[null,"Water For Hydrogen",null,"Projections of treated water required for electrolytic hydrogen production","AEMO internal study"]
[null,"Desalination Demand For H2",null,"Projections of electricity required for water treatment associated with electrolytic hydrogen production","AEMO internal study"]
[null,"H2 As Fuel For GPG Limit",null,"Maximum fuel limit applied to hydrogen for GPG","CSIRO, Multi-sectoral modelling (2024), AEMO internal study"]
[null,"Build Cost - Hydrogen Pipeline",null,"Projections of cost to build hydrogen pipelines in a given REZ","AEMO internal study"]
[null,"Other Hydrogen Assumptions",null,"Various hydrogen-related assumptions","Aurecon, 2024 Energy Technology Cost and Technical Parameter Review,\nBloomberg New Energy Finance: Electrolyzer Price Survey 2024: Rising Costs, Glitchy Tech (March 2024),\nStakeholder engagement"]
[]
[null,"Supporting Materials"]
[null,"Source","Materials"]
[null,"Aurecon, 2024 Energy Technology Cost and Technical Parameter Review","https://aemo.com.au/energy-systems/major-publications/integrated-system-plan-isp/2026-integrated-system-plan-isp/2025-26-inputs-assumptions-and-scenarios"]
[null,"Aurecon, 2024 Energy Technology Cost and Technical Parameter Review – Mid Size Solar PV and BESS"]
[null,"Deloitte Access Economics, 2024, Economic Forecasts 2024-25"]
[null,"CSIRO, GenCost 2024-25 Final Report"]
[null,"CSIRO, 2024 Electric Vehicle Projections Report "]
[null,"CSIRO, Multi-sectoral modelling (2024)"]
[null,"CSIRO, 2024 Solar PV and Battery Projections Report"]
[null,"GEM, 2024 Solar PV and Battery Projections Report"]
[null,"Oxford Economics Australia, Discount Rates For Energy Infrastructure"]
[null,"Oxford Economics Australia, 2025 IASR Planning And Installation Cost Escalation Factors"]
[null,"Oxford Economics Australia, 2025 Data Centre Energy Consumption Final Report"]
[null,"SPR, 2025 Energy Efficiency Forecasts Final Report"]
[null,"GHD, Pumped Hydro Energy Storage Parameter Review"]
[null,"GHD, 2025 Energy Technology Retirement Cost & O&M Estimate Review"]
[null,"AEMO, Generator information (AEMO Generation Information (July 2025 release))","https://www.aemo.com.au/energy-systems/electricity/national-electricity-market-nem/nem-forecasting-and-planning/forecasting-and-planning-data/generation-information"]
[null,"AEMO, Transmission Cost Database","https://aemo.com.au/energy-systems/major-publications/integrated-system-plan-isp/2026-integrated-system-plan-isp/2025-26-inputs-assumptions-and-scenarios/transmission-cost-database"]
[null,"AEMO, 2025 Electricity Network Options Report","https://aemo.com.au/energy-systems/major-publications/integrated-system-plan-isp/2026-integrated-system-plan-isp/2025-26-inputs-assumptions-and-scenarios"]
[null,"ACIL Allen, 2014 Fuel and Technology Cost Review ","https://aemo.com.au/-/media/files/electricity/nem/planning_and_forecasting/ntndp/2014/data-sources/fuel_and_technology_cost_review_report_acil_allen.pdf"]
[null,"ACIL Allen, 2024 Fuel price forecast workbook","https://aemo.com.au/energy-systems/major-publications/integrated-system-plan-isp/2026-integrated-system-plan-isp/2025-26-inputs-assumptions-and-scenarios"]
[null,"AEMO, 2025 GSOO stakeholder surveys and gas supply input data","2025 Gas Statement of Opportunities supply input data files. Available at: https://aemo.com.au/-/media/files/gas/national_planning_and_forecasting/gsoo/2025/gsoo-supply-data.zip?la=en"]
[null,"AEP Elical, 2020 Assessment of Ageing Coal-Fired Generation Reliability","https://aemo.com.au/-/media/files/electricity/nem/planning_and_forecasting/inputs-assumptions-methodologies/2020/aep-elical-assessment-of-ageing-coal-fired-generation-reliability.pdf?la=en "]

{"sheet":"Scenarios","index":3,"n_rows":202,"n_cols":5,"rows_kept":202,"cut":false,"hidden":false,"merged":[[26,2,26,4],[28,1,28,4]]}
[null,"Go to Assumptions Summary"]
[null,"Summary of scenario parameters"]
[null,"Summary of parameters for scenarios in the 2025 IASR"]
[]
[null,"Parameter","Slower Growth","Step Change","Accelerated Transition"]
[null,"National decarbonisation targets"]
[null,"National Decarbonisation target","43% emissions reduction by 2030.​  Net zero by 2050.","At least 43% emissions reduction by 2030.​ Net zero by 2050.","At least 43% emissions reduction by 2030.​ Net zero by 2050."]
[null,"Demand drivers"]
[null,"Global economic growth and policy coordination​","Slower economic growth, lesser coordination","Moderate economic growth, stronger coordination","High economic growth, stronger coordination"]
[null,"Australian economic and demographic drivers​","Lower, with near-term economic growth calibrated with current economic conditions","Moderate economic growth, with near-term economic growth calibrated with current economic conditions","Higher, with near-term economic growth calibrated with current economic conditions"]
[null,"Energy Efficiency","Moderate","High","Higher​"]
[null,"Coordination of CER (VPP and V2G)","Low long-term coordination, with gradual acceptance of coordination","Moderate long-term coordination, with gradual acceptance of coordination","High long-term coordination, with faster acceptance of coordination"]
[null,"CER uptake"]
[null,"Consumer energy resource investments (batteries, PV and EVs)","Lower​ ","High","Higher​"]
[null,"Hydrogen and Biomethane"]
[null,"Hydrogen use and availability","Low production for domestic use, with no export hydrogen","Moderate-low production for domestic use, with no export hydrogen","Moderate production for domestic industries and green commodities, with no export hydrogen"]
[null,"Renewable gas blending in the gas distribution network (vol%)*","Up to 5% hydrogen blending by 2050, with unlimited blending opportunity for biomethane and other renewable gases","Up to 2% hydrogen blending by 2050, with unlimited blending opportunity for biomethane and other renewable gases","Negligible hydrogen blending by 2050, with unlimited blending opportunity for biomethane and other renewable gases"]
[null,"Scenario alignment"]
[null,"Global/domestic temperature settings and outcomes","Applies Representative Concentration Pathway (RCP) 4.5 where relevant, consistent with a global temperature rise of ~ 2.6°C by 2100","Applies RCP 2.6 where relevant, consistent with a global temperature rise of ~ 1.8°C by 2100","Applies Representative Concentration Pathway (RCP) 1.9 where relevant, consistent with a global temperature rise of ~ 1.5°C by 2100"]
[null,"International Energy Agency (IEA) 2024 World Energy Outlook scenario alignment","Stated Policies Scenario (STEPS)","Announced Pledges Scenario (APS)","Net Zero Emissions by 2050 (NZE)"]
[null,"Build cost trajectories"]
[null,"Generator and storage build costs\n (GenCost 2024-25 Final Report)","CSIRO GenCost Current Policies","CSIRO GenCost NZE post 2050","CSIRO GenCost NZE by 2050"]
[null,"Fuel price settings"]
[null,"Gas prices","ACIL Allen (2024), Progressive Change","ACIL Allen (2024), Step Change","ACIL Allen (2024), Green Energy Exports"]
[null,"Coal prices","ACIL Allen (2024), Progressive Change","ACIL Allen (2024), Step Change","ACIL Allen (2024), Green Energy Exports"]
[null,"Gas Market Settings"]
[null,"New gas supplies","As forecast in AEMO's 2025 GSOO"]
[null,"All other gas market settings","Consistent with AEMO's 2025 GSOO Progressive Change scenario","Consistent with AEMO's 2025 GSOO Step Change scenario","Consistent with AEMO's 2025 GSOO Green Energy Exports scenario"]
[null,"* Hydrogen blending into the gas distribution network will need to accommodate the technical requirements of distribution pipelines, as well as the capabilities of connected gas appliances. "]
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[]
[null,null,null,360]
[null,null,null,{"$f":"950-660","v":290}]
[null,null,null,{"$f":"SUM(D199:D200)","v":650}]
[null,null,null,540]

{"sheet":"Existing Gen Data Summary","index":4,"n_rows":668,"n_cols":45,"rows_kept":281,"cut":true,"hidden":false,"merged":[[9,1,11,1],[9,3,11,3],[9,4,11,4],[9,34,11,34],[9,12,10,12],[9,14,10,14],[9,5,11,5],[9,6,11,6],[9,13,10,13],[9,8,11,8],[9,7,11,7],[9,2,11,2],[9,9,11,9],[9,11,11,11],[9,10,11,10],[9,21,11,21],[9,15,11,15],[9,16,11,16],[9,17,11,17],[9,25,11,25],[9,18,11,18],[9,19,11,19],[9,20,11,20],[9,22,11,22],[9,23,11,23],[9,24,11,24],[9,44,11,44],[9,26,11,26],[9,28,11,28],[9,42,11,42],[9,41,11,41],[9,27,11,27],[9,43,11,43],[9,29,9,30],[9,31,9,32],[9,35,11,35],[9,36,11,36],[9,39,11,39],[9,40,11,40]],"bounds":{"rows_first":125,"rows_last":31,"rows_between":125,"halvings":4}}
[null,"Go to Assumptions Summary"]
[null,"Generator Summary - Existing, Committed and Anticipated generators"]
[null,"Notes"]
[null,"1. Fuel costs represent the selected Scenario on the Fuel Price summary sheet and the selected year in cell Q12."]
[null,"2. Seasonal ratings represent the selected year in Cell J12 to Cell L12. "]
[null,"3. SRMC is a calculation involving fuel costs, and as such will vary across scenario and year."]
[null,"4. Expected retirement date in this summary sheet is indicative of the first unit's retirement date."]
[]
[]
[null,"IASR ID","Power Station","Technology Type","Region","Sub-region","REZ Location","REZ ID","Status","Regional build cost zone","Maximum capacity (MW)","Storage capacity (MWh)","Summer peak rating (MW)","Summer typical rating (MW)","Winter rating (MW)","Minimum Stable Limit","No-Load  Heat Rate","Marginal Heat Rate","Pumping efficiency (%)","Charge efficiency (%)","Discharge efficiency (%)","Allowable max state of charge (%)","Allowable min state of charge (%)","Round trip efficiency (%)","Annual degradation (%)","Max Ramp Up\n(MW/min)","Max Ramp Down\n(MW/min)","Maintenance - Proportion of time out (%)","Maintenance - Equivalent average days per year on planned outage","Forced Outage Rate (%)",null,"Mean time to repair (hrs) ",null,"Derating Factor (%) ","FOM ($/kW/annum)","VOM \n($/MWh sent-out)","Heat rate\n(GJ/MWh HHV s.o.)","Fuel cost ($/GJ)","Scope 1 Emissions (kg/MWh)","MLF","Auxiliary load (% of nameplate capacity)","SRMC ($/MWh)","Expected Closure Year (Calendar year)","Retirement / Rehabilitation cost \n($/MW)","Fault Level Replacement Cost ($M)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Full outage (% of time)","Partial outage (% of time)","Full outage MTTR (hrs)","Partial outage MTTR (hrs)","Partial Outage Derating Factor (%) ",null,null,null,{"$f":"'Fuel Price Summary'!C7","v":"Step Change"},"Accelerated Transition"]
[null,null,null,null,null,null,null,null,null,null,null,null,"2025-26","2032-33",2033,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"2025-26","2025-26","2025-26","2025-26","2025-26",null,null,null,"2025-26","2038-39"]
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ratings'!$B$44)),FALSE)","v":660},{"$f":"VLOOKUP($B13,'Seasonal ratings'!$B$45:$AI$700,(MATCH(O$12,'Seasonal ratings'!$Z$44:$AI$44,0)+COLUMN('Seasonal ratings'!$Z$44)-COLUMN('Seasonal ratings'!$B$44)),FALSE)","v":660},{"$f":"_xlfn.XLOOKUP($B13,'Coal Min Stable Level'!$B$14:$B$57,'Coal Min Stable Level'!$G$14:$G$57,_xlfn.XLOOKUP($B13,'GPG Min Stable Level'!$B$12:$B$148,'GPG Min Stable Level'!$E$12:$E$148,\"not found\",0),0)","v":170},{"$f":"_xlfn.XLOOKUP($B13,'Affine Heat rates'!$B$8:$B$188,'Affine Heat rates'!$E$8:$E$188,\"not found\",0)","v":540},{"$f":"_xlfn.XLOOKUP($B13,'Affine Heat rates'!$B$8:$B$188,'Affine Heat rates'!$F$8:$F$188,\"not found\",0)","v":9.2337531793051983},{"$f":"_xlfn.XLOOKUP(_xlfn.XLOOKUP($B13,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$Y$7:$Y$662,\"not found\",0),'Storage properties'!$B$22:$B$28,'Storage properties'!$E$22:$E$28,\"not found\",0)","v":"not found"},{"$f":"_xlfn.XLOOKUP($D13,'Storage properties'!$B$6:$B$12,'Storage properties'!$E$6:$E$12, \"not found\",0)","v":"not found"},{"$f":"_xlfn.XLOOKUP($D13,'Storage properties'!$B$6:$B$12,'Storage properties'!$F$6:$F$12, \"not found\",0)","v":"not found"},{"$f":"_xlfn.XLOOKUP($D13,'Storage properties'!$B$6:$B$12,'Storage properties'!$G$6:$G$12, \"not found\",0)","v":"not found"},{"$f":"_xlfn.XLOOKUP($D13,'Storage properties'!$B$6:$B$12,'Storage properties'!$H$6:$H$12, \"not found\",0)","v":"not found"},{"$f":"_xlfn.XLOOKUP($D13,'Storage properties'!$B$6:$B$12,'Storage properties'!$I$6:$I$12, \"not found\",0)","v":"not found"},{"$f":"_xlfn.XLOOKUP($D13,'Storage properties'!$B$6:$B$12,'Storage properties'!$J$6:$J$12, \"not found\",0)","v":"not found"},{"$f":"_xlfn.XLOOKUP($B13,'Max Ramp Rates'!$B$9:$B$189,'Max Ramp Rates'!$E$9:$E$189, \"not found\", 0)","v":5},{"$f":"_xlfn.XLOOKUP($B13,'Max Ramp Rates'!$B$9:$B$189,'Max Ramp Rates'!$F$9:$F$189, \"not found\", 0)","v":5},{"$f":"_xlfn.XLOOKUP(_xlfn.XLOOKUP($B13,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$O$7:$O$662,\"not 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[null,{"$f":"'Summary Mapping'!C662","v":"Pine Lodge BESS"},{"$f":"'Summary Mapping'!D662","v":"Pine Lodge BESS"},{"$f":"'Summary Mapping'!E662","v":"Battery storage (2hrs storage)"},{"$f":"'Summary Mapping'!F662","v":"VIC"},{"$f":"'Summary Mapping'!G662","v":"WNV"},{"$f":"'Summary Mapping'!H662","v":"Not Applicable"},{"$f":"'Summary Mapping'!I662","v":"Not Applicable"},{"$f":"'Summary Mapping'!J662","v":"Anticipated"},{"$f":"'Summary Mapping'!K662","v":"Not Applicable"},{"$f":"_xlfn.XLOOKUP(B668,'Maximum capacity'!$B$10:$B$665,'Maximum capacity'!$G$10:$G$665,\"not found\",0)","v":250},{"$f":"_xlfn.XLOOKUP(B668,'Maximum capacity'!$B$10:$B$665,'Maximum capacity'!$H$10:$H$665,\"not found\",0)","v":550},{"$f":"VLOOKUP($B668,'Seasonal ratings'!$B$45:$AI$700,(MATCH(M$12,'Seasonal ratings'!$F$44:$O$44,0)+COLUMN('Seasonal ratings'!$F$44)-COLUMN('Seasonal ratings'!$B$44)),FALSE)","v":250},{"$f":"VLOOKUP($B668,'Seasonal ratings'!$B$45:$AI$700,(MATCH(N$12,'Seasonal 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Settings'!$B$23:$B$52&'Generator Reliability Settings'!$C$23:$C$52,0),MIN(COLUMNS('Generator Reliability Settings'!$B$22:$M$52),MATCH(AF$12,'Generator Reliability Settings'!$B$22:$M$22,0))), \"not found\"))","v":66.58},{"$f":"IF($D668=\"Biomass\",IFERROR(VLOOKUP($D668,'Generator Reliability Settings'!$B$58:$G$79,MATCH(AG$11,'Generator Reliability Settings'!$B$58:$G$58,0),FALSE),\"not found\"),IFERROR(INDEX('Generator Reliability Settings'!$B$23:$M$52,MATCH(_xlfn.XLOOKUP($B668,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$P$7:$P$662,\"not found\",0)&AG$11,'Generator Reliability Settings'!$B$23:$B$52&'Generator Reliability Settings'!$C$23:$C$52,0),MIN(COLUMNS('Generator Reliability Settings'!$B$22:$M$52),MATCH(AG$12,'Generator Reliability Settings'!$B$22:$M$22,0))), \"not found\"))","v":"-"},{"$f":"IF($D668=\"Biomass\",IFERROR(VLOOKUP($D668,'Generator Reliability Settings'!$B$58:$G$79,MATCH(AH$11,'Generator Reliability Settings'!$B$58:$G$58,0),FALSE),\"not 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{"sheet":"New Entrant Data Summary","index":5,"n_rows":475,"n_cols":53,"rows_kept":281,"cut":true,"hidden":false,"merged":[[8,1,10,1],[8,9,10,9],[8,3,10,3],[8,4,10,4],[8,6,10,6],[8,5,10,5],[8,2,10,2],[8,7,10,7],[8,8,10,8],[8,52,10,52],[8,40,10,40],[8,43,10,43],[8,44,10,44],[8,49,9,49],[8,47,9,47],[8,51,10,51],[8,50,10,50],[8,42,10,42],[8,18,10,18],[8,34,10,34],[8,48,9,48],[8,37,10,37],[8,41,10,41],[8,35,10,35],[8,36,10,36],[8,28,10,28],[8,20,10,20],[8,21,10,21],[8,22,10,22],[8,23,10,23],[8,10,10,10],[8,11,10,11],[8,29,8,30],[8,31,8,32],[8,26,10,26],[8,27,10,27],[8,12,8,14],[9,12,10,12],[9,14,10,14],[9,13,10,13],[8,24,10,24],[8,25,10,25],[8,19,10,19],[8,15,10,15],[8,16,10,16],[8,17,10,17]],"bounds":{"rows_first":125,"rows_last":31,"rows_between":125,"halvings":4}}
[null,"Go to Assumptions Summary"]
[null,"Generator Summary - New Entrants"]
[null,"Notes"]
[null,"1. Fuel costs represent the selected Scenario in cell C7 on the Fuel Price summary sheet and the selected year in cell U11."]
[null,"2. Build cost are for the selected scenario (cell M10) and the selected year (cell M11)."]
[null,"3. Emissions for all gas based generators are dependent on the blending biomethane into the gas network."]
[]
[]
[null,"IASR ID","Power Station","Technology Type","Region","Sub-region","REZ location","REZ ID","Status","Regional build cost zone","Maximum capacity (MW)","Storage capacity (hours)","Seasonal rating",null,null,"Min Stable Level \n(% of nameplate)","No-Load  Heat Rate","Marginal Heat Rate","Pumping efficiency (%)","Charge efficiency (%)","Discharge efficiency (%)","Allowable max state of charge (%)","Allowable min state of charge (%)","Round trip efficiency (%)","Annual degradation (%)","Max Ramp Up\n(MW/min)","Max Ramp Down\n(MW/min)","Maintenance - Proportion of time out (%)","Maintenance - Equivalent average days per year on planned outage","Forced Outage Rate (%)",null,"Mean time to repair (hrs) ",null,"Derating Factor (%) ","Locational Cost Factors","FOM ($/kW/annum)","VOM \n($/MWh sent-out)","Heat rate\n(GJ/MWh HHV s.o.)","Fuel cost ($/GJ)1","Scope 1 Emissions (kg/MWh)","MLF","Auxiliary load (% of nameplate capacity)","SRMC ($/MWh)","Expected Closure Year (Calendar year)","Retirement / Rehabilitation cost \n($/MW)","Build cost ($/kW)","Connection cost ($/kW)","Efficient Level of System Strength Cost ($/kW)","Balance of Plant consumption (%)","WACC (%)","Total lead time (years)","Economic life (years)","Technical life (years)"]
[null,null,null,null,null,null,null,null,null,null,null,null,"Summer peak rating\n(% of nameplate)","Summer typical rating\n(% of nameplate)","Winter rating\n(% of nameplate)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Full outage (% of time)","Partial outage (% of time)","Full outage MTTR (hrs)","Partial outage MTTR (hrs)","Partial Outage Derating Factor (%) ",null,null,null,null,{"$f":"'Fuel Price Summary'!C7","v":"Step Change"},"Step Change",null,null,null,null,null,"Step Change","Step Change"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"2025-26","2025-26","2025-26","2025-26","2025-26",null,null,null,null,"2025-26","2051-52",null,null,null,null,null,"2027-28","2027-28","2025-26","Step Change","Step Change"]
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{"sheet":"New Electrolyser Data Summary","index":6,"n_rows":123,"n_cols":42,"rows_kept":123,"cut":false,"hidden":false,"merged":[[5,13,6,13],[5,14,6,14],[4,29,6,29],[4,16,6,16],[4,17,6,17],[4,18,4,19],[4,20,4,21],[4,15,6,15],[4,25,6,25],[4,26,6,26],[4,28,6,28],[4,41,5,41],[4,36,5,36],[4,39,6,39],[4,40,6,40],[4,31,6,31],[4,37,5,37],[4,38,6,38],[4,35,5,35],[4,30,6,30],[4,12,4,14],[4,1,6,1],[4,2,6,2],[4,3,6,3],[4,4,6,4],[4,5,6,5],[4,6,6,6],[4,7,6,7],[4,8,6,8],[4,9,6,9],[4,10,6,10],[4,11,6,11],[4,23,6,23],[4,24,6,24],[5,12,6,12]]}
[null,"Go to Assumptions Summary"]
[null,"Generator Summary - New Entrants Electrolyser"]
[]
[]
[null,"IASR ID","Power Station","Technology Type","Region","Sub-region","REZ location","REZ ID","Status","Regional build cost zone","Maximum capacity (MW)","Storage capacity (hours)","Seasonal rating",null,null,"Min Stable Level \n(% of nameplate)","Maintenance - Proportion of time out (%)","Maintenance - Equivalent average days per year on planned outage","Forced Outage Rate (%)",null,"Mean time to repair (hrs) ",null,"Derating Factor (%) ","Locational Cost Factors","FOM ($/kW/annum)","VOM \n($/MWh sent-out)","Heat rate\n(GJ/MWh HHV s.o.)","Scope 1 Emissions (kg/MWh)","MLF","Auxiliary load (% of nameplate capacity)","Expected Closure Year (Calendar year)","Retirement / Rehabilitation cost \n($/MW)","Build cost ($/kW)","Associated Pipeline Cost ($/kW)","Connection cost ($/kW)","Efficient Level of System Strength Cost ($/kW)","Balance of Plant consumption (%)","WACC (%)","Total lead time (years)","Economic life (years)","Technical life (years)","Minimum Capacity/Utilization Factor (%)"]
[null,null,null,null,null,null,null,null,null,null,null,null,"Summer peak rating\n(% of nameplate)","Summer typical rating\n(% of nameplate)","Winter rating\n(% of nameplate)",null,null,null,"Full outage (% of time)","Partial outage (% of time)","Full outage MTTR (hrs)","Partial outage MTTR (hrs)","Partial Outage Derating Factor (%) ",null,null,null,null,"Step Change",null,null,null,null,"Step Change","Step Change","Step Change"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"2025-26","2025-26","2025-26","2025-26","2025-26",null,null,null,null,"2051-52",null,null,null,null,"2033-34","2028-29","2027-28","2027-28","Step Change","Step Change",null,null,null,"2037-38"]
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[null,{"$f":"'Summary Mapping'!C1308","v":"T1 to TAS Flexible Electrolyser Piped for Green Commodities"},{"$f":"'Summary Mapping'!D1308","v":"T1 to TAS Flexible Electrolyser Piped for Green Commodities"},{"$f":"'Summary Mapping'!E1308","v":"Alkaline Electrolyser"},{"$f":"'Summary Mapping'!F1308","v":"TAS"},{"$f":"'Summary Mapping'!G1308","v":"TAS"},{"$f":"'Summary Mapping'!H1308","v":"North East Tasmania"},{"$f":"'Summary Mapping'!I1308","v":"T1"},{"$f":"'Summary Mapping'!J1308","v":"New Entrant"},{"$f":"'Summary Mapping'!K1308","v":"T1"},{"$f":"_xlfn.XLOOKUP($D122,'Maximum capacity'!$L$10:$L$30,'Maximum capacity'!$M$10:$M$30,\"not found\",0)","v":1},null,{"$f":"_xlfn.XLOOKUP($D122,'Seasonal ratings'!$B$12:$B$32,'Seasonal ratings'!$C$12:$C$32,\"not found\",0)","v":100},{"$f":"_xlfn.XLOOKUP($D122,'Seasonal ratings'!$B$12:$B$32,'Seasonal ratings'!$D$12:$D$32,\"not found\",0)","v":100},{"$f":"_xlfn.XLOOKUP($D122,'Seasonal ratings'!$B$12:$B$32,'Seasonal ratings'!$E$12:$E$32,\"not found\",0)","v":100},{"$f":"_xlfn.XLOOKUP($D122,'GPG Min Stable Level'!$G$12:$G$32,'GPG Min Stable Level'!$H$12:$H$32,\"not found\",0)","v":0.1},{"$f":"_xlfn.XLOOKUP($D122,Maintenance!$G$7:$G$27,Maintenance!$H$7:$H$27,\"not found\",0)","v":4.10958904109589},{"$f":"_xlfn.XLOOKUP($D122,Maintenance!$G$7:$G$27,Maintenance!$I$7:$I$27,\"not found\",0)","v":15},{"$f":"VLOOKUP($D122,'Generator Reliability Settings'!$B$58:$G$79,MATCH(S$6,'Generator Reliability Settings'!$B$58:$G$58,0),FALSE)","v":0},{"$f":"VLOOKUP($D122,'Generator Reliability Settings'!$B$58:$G$79,MATCH(T$6,'Generator Reliability Settings'!$B$58:$G$58,0),FALSE)","v":0},{"$f":"VLOOKUP($D122,'Generator Reliability Settings'!$B$58:$G$79,MATCH(U$6,'Generator Reliability Settings'!$B$58:$G$58,0),FALSE)","v":0},{"$f":"VLOOKUP($D122,'Generator Reliability Settings'!$B$58:$G$79,MATCH(V$6,'Generator Reliability Settings'!$B$58:$G$58,0),FALSE)","v":0},{"$f":"VLOOKUP($D122,'Generator Reliability Settings'!$B$58:$G$79,MATCH(W$6,'Generator Reliability Settings'!$B$58:$G$58,0),FALSE)","v":0},{"$f":"VLOOKUP($J122,'Locational Cost Factors'!$B$152:$X$207,MIN(COLUMNS('Locational Cost Factors'!$B$152:$X$152),MATCH($D122,'Locational Cost Factors'!$B$152:$X$152,0)),FALSE)","v":1.0026111881005173},{"$f":"_xlfn.XLOOKUP($D122,'Fixed OPEX'!$G$8:$G$28,'Fixed OPEX'!$H$8:$H$28,\"not found\",0)*$X122","v":50.231181463863635},{"$f":"_xlfn.XLOOKUP($D122,'Variable OPEX'!$G$8:$G$28,'Variable OPEX'!$H$8:$H$28,\"not found\",0)","v":0},{"$f":"_xlfn.XLOOKUP($D122,'Heat rates'!$H$9:$H$29,'Heat rates'!$I$9:$I$29,\"not found\",0)","v":0},{"$f":"_xlfn.XLOOKUP($D122,'Emissions intensity'!$G$9:$G$29,'Emissions intensity'!$H$9:$H$29, \"not found\",0)","v":0},{"$f":"_xlfn.XLOOKUP($B122,'Marginal Loss Factors'!$O$13:$O$128,'Marginal Loss Factors'!$R$13:$R$128,\"not found\",0)","v":0.91990000000000005},{"$f":"_xlfn.XLOOKUP($D122,Auxiliary!$G$7:$G$27,Auxiliary!$H$7:$H$27,\"not found\",0)","v":5},"At the end of technical life",{"$f":"_xlfn.XLOOKUP($D122,Retirement!$I$14:$I$44,Retirement!$J$14:$J$44,\"not found\",0)","v":173500},{"$f":"INDEX('Build costs'!$B$10:$AI$73,MATCH($D122&AG$6,'Build costs'!$B$10:$B$73&'Build costs'!$D$10:$D$73,0),MATCH(AG$7,'Build costs'!$B$10:$AI$10,0))*$X122*(1-($AD122/100))","v":1346.8076089754247},{"$f":"IFERROR(INDEX('Build Cost - Hydrogen pipeline'!$G$7:$AJ$122,MATCH($B122&AH$6,'Build Cost - Hydrogen pipeline'!$B$7:$B$122&'Build Cost - Hydrogen pipeline'!$D$7:$D$122,0),MATCH(AH$7,'Build Cost - Hydrogen pipeline'!$G$6:$AJ$6,0)),\"not found\")","v":"not found"},{"$f":"IF(\nOR($D122={\"Large scale Solar PV\",\"Wind\",\"Wind - offshore (fixed)\",\"Wind - offshore (floating)\",\"Solar Thermal (16hrs storage)\"}),\n(SUMPRODUCT((('Connection cost forecasts'!$B$11:$B$103)=$H122)*(('Connection cost forecasts'!$D$11:$D$103)=AI$6)*(('Connection cost forecasts'!$F$10:$AI$10)=AI$7),'Connection cost forecasts'!$F$11:$AI$103)/_xlfn.XLOOKUP($H122,'Connection cost'!$B$9:$B$45,'Connection cost'!$F$9:$F$45,\"not found\",0))/1000,\nSUMPRODUCT((('Connection cost'!$B$56:$B$60)=$E122)*(('Connection cost'!$C$54:$R$54)=$D122),'Connection cost'!$C$56:R$60)\n)*$X122","v":115.78595149107538},{"$f":"IF(OR($D122={\"Distributed Resources Solar\",\"Distributed Resources Batteries\",\"Large scale Solar PV\",\"Wind\",\"Wind - offshore (fixed)\",\"Wind - 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[null,{"$f":"'Summary Mapping'!C1309","v":"T3 to TAS Flexible Electrolyser Piped for Green Commodities"},{"$f":"'Summary Mapping'!D1309","v":"T3 to TAS Flexible Electrolyser Piped for Green Commodities"},{"$f":"'Summary Mapping'!E1309","v":"Alkaline Electrolyser"},{"$f":"'Summary Mapping'!F1309","v":"TAS"},{"$f":"'Summary Mapping'!G1309","v":"TAS"},{"$f":"'Summary Mapping'!H1309","v":"Central Highlands"},{"$f":"'Summary Mapping'!I1309","v":"T3"},{"$f":"'Summary Mapping'!J1309","v":"New Entrant"},{"$f":"'Summary Mapping'!K1309","v":"T3"},{"$f":"_xlfn.XLOOKUP($D123,'Maximum capacity'!$L$10:$L$30,'Maximum capacity'!$M$10:$M$30,\"not found\",0)","v":1},null,{"$f":"_xlfn.XLOOKUP($D123,'Seasonal ratings'!$B$12:$B$32,'Seasonal ratings'!$C$12:$C$32,\"not found\",0)","v":100},{"$f":"_xlfn.XLOOKUP($D123,'Seasonal ratings'!$B$12:$B$32,'Seasonal ratings'!$D$12:$D$32,\"not found\",0)","v":100},{"$f":"_xlfn.XLOOKUP($D123,'Seasonal ratings'!$B$12:$B$32,'Seasonal ratings'!$E$12:$E$32,\"not found\",0)","v":100},{"$f":"_xlfn.XLOOKUP($D123,'GPG Min Stable Level'!$G$12:$G$32,'GPG Min Stable Level'!$H$12:$H$32,\"not found\",0)","v":0.1},{"$f":"_xlfn.XLOOKUP($D123,Maintenance!$G$7:$G$27,Maintenance!$H$7:$H$27,\"not found\",0)","v":4.10958904109589},{"$f":"_xlfn.XLOOKUP($D123,Maintenance!$G$7:$G$27,Maintenance!$I$7:$I$27,\"not found\",0)","v":15},{"$f":"VLOOKUP($D123,'Generator Reliability Settings'!$B$58:$G$79,MATCH(S$6,'Generator Reliability Settings'!$B$58:$G$58,0),FALSE)","v":0},{"$f":"VLOOKUP($D123,'Generator Reliability Settings'!$B$58:$G$79,MATCH(T$6,'Generator Reliability Settings'!$B$58:$G$58,0),FALSE)","v":0},{"$f":"VLOOKUP($D123,'Generator Reliability Settings'!$B$58:$G$79,MATCH(U$6,'Generator Reliability Settings'!$B$58:$G$58,0),FALSE)","v":0},{"$f":"VLOOKUP($D123,'Generator Reliability Settings'!$B$58:$G$79,MATCH(V$6,'Generator Reliability Settings'!$B$58:$G$58,0),FALSE)","v":0},{"$f":"VLOOKUP($D123,'Generator Reliability Settings'!$B$58:$G$79,MATCH(W$6,'Generator Reliability Settings'!$B$58:$G$58,0),FALSE)","v":0},{"$f":"VLOOKUP($J123,'Locational Cost Factors'!$B$152:$X$207,MIN(COLUMNS('Locational Cost Factors'!$B$152:$X$152),MATCH($D123,'Locational Cost Factors'!$B$152:$X$152,0)),FALSE)","v":1.1424311714708053},{"$f":"_xlfn.XLOOKUP($D123,'Fixed OPEX'!$G$8:$G$28,'Fixed OPEX'!$H$8:$H$28,\"not found\",0)*$X123","v":57.236212965909075},{"$f":"_xlfn.XLOOKUP($D123,'Variable OPEX'!$G$8:$G$28,'Variable OPEX'!$H$8:$H$28,\"not found\",0)","v":0},{"$f":"_xlfn.XLOOKUP($D123,'Heat rates'!$H$9:$H$29,'Heat rates'!$I$9:$I$29,\"not found\",0)","v":0},{"$f":"_xlfn.XLOOKUP($D123,'Emissions intensity'!$G$9:$G$29,'Emissions intensity'!$H$9:$H$29, \"not found\",0)","v":0},{"$f":"_xlfn.XLOOKUP($B123,'Marginal Loss Factors'!$O$13:$O$128,'Marginal Loss Factors'!$R$13:$R$128,\"not found\",0)","v":0.92930000000000001},{"$f":"_xlfn.XLOOKUP($D123,Auxiliary!$G$7:$G$27,Auxiliary!$H$7:$H$27,\"not found\",0)","v":5},"At the end of technical life",{"$f":"_xlfn.XLOOKUP($D123,Retirement!$I$14:$I$44,Retirement!$J$14:$J$44,\"not found\",0)","v":173500},{"$f":"INDEX('Build costs'!$B$10:$AI$73,MATCH($D123&AG$6,'Build costs'!$B$10:$B$73&'Build costs'!$D$10:$D$73,0),MATCH(AG$7,'Build costs'!$B$10:$AI$10,0))*$X123*(1-($AD123/100))","v":1534.6277926367327},{"$f":"IFERROR(INDEX('Build Cost - Hydrogen pipeline'!$G$7:$AJ$122,MATCH($B123&AH$6,'Build Cost - Hydrogen pipeline'!$B$7:$B$122&'Build Cost - Hydrogen pipeline'!$D$7:$D$122,0),MATCH(AH$7,'Build Cost - Hydrogen pipeline'!$G$6:$AJ$6,0)),\"not found\")","v":"not found"},{"$f":"IF(\nOR($D123={\"Large scale Solar PV\",\"Wind\",\"Wind - offshore (fixed)\",\"Wind - offshore (floating)\",\"Solar Thermal (16hrs storage)\"}),\n(SUMPRODUCT((('Connection cost forecasts'!$B$11:$B$103)=$H123)*(('Connection cost forecasts'!$D$11:$D$103)=AI$6)*(('Connection cost forecasts'!$F$10:$AI$10)=AI$7),'Connection cost forecasts'!$F$11:$AI$103)/_xlfn.XLOOKUP($H123,'Connection cost'!$B$9:$B$45,'Connection cost'!$F$9:$F$45,\"not found\",0))/1000,\nSUMPRODUCT((('Connection cost'!$B$56:$B$60)=$E123)*(('Connection cost'!$C$54:$R$54)=$D123),'Connection cost'!$C$56:R$60)\n)*$X123","v":131.93297837860305},{"$f":"IF(OR($D123={\"Distributed Resources Solar\",\"Distributed Resources Batteries\",\"Large scale Solar PV\",\"Wind\",\"Wind - offshore (fixed)\",\"Wind - 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{"sheet":"Fuel Price Summary","index":7,"n_rows":1138,"n_cols":37,"rows_kept":281,"cut":true,"hidden":false,"merged":[[6,18,6,20],[7,18,7,20],[8,18,8,20],[6,15,6,17],[7,15,7,17],[8,15,8,17],[3,1,3,3],[6,7,6,11],[7,7,7,11],[8,7,8,11],[6,12,6,14],[7,12,7,14],[8,12,8,14]],"bounds":{"rows_first":125,"rows_last":31,"rows_between":125,"halvings":4}}
[null,"Go to Assumptions Summary"]
[null,"Fuel Price ($/GJ)"]
[null,"Fuel prices for existing, committed, anticipated and new entrant generators for the selected scenario."]
[]
[]
[]
[null,"Scenario","Step Change",null,null,null,null,null,null,null,null,null,"Step Change",null,null,"Slower Growth",null,null,"Accelerated Transition"]
[null,"Gas price scenario",{"$f":"INDEX(M8:T8,MATCH($C$7,M$7:T$7,0))","v":"Step Change"},null,null,null,null,"Gas price scenario",null,null,null,null,"Step Change",null,null,"Slower Growth",null,null,"Accelerated Transition"]
[null,"Coal price scenario",{"$f":"INDEX(M9:T9,MATCH($C$7,M$7:T$7,0))","v":"Step Change"},null,null,null,null,"Coal and biomass price scenario",null,null,null,null,"Step Change",null,null,"Slower Growth",null,null,"Accelerated Transition"]
[]
[null,"Existing generators"]
[null,"Generator","Status","Region","Fuel type","REZ/Sub-region","Fuel cost mapping","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,{"$f":"'Summary Mapping'!$C7","v":"BW01"},{"$f":"'Summary Mapping'!$J7","v":"Existing"},{"$f":"'Summary Mapping'!$F7","v":"NSW"},{"$f":"'Summary Mapping'!$M7","v":"Black Coal"},{"$f":"IF('Summary Mapping'!$H7=\"N/A\",'Summary Mapping'!$G7,'Summary Mapping'!$H7)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N7","v":"Bayswater"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E13,\"*Coal\")+COUNTIF($E13,\"*Biomass*\"),1),MIN(COUNTIF($E13,\"*Liquid*\"),1),MIN(COUNTIF($E13,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G13),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G13),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G13)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":4.2768600000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E13,\"*Coal\")+COUNTIF($E13,\"*Biomass*\"),1),MIN(COUNTIF($E13,\"*Liquid*\"),1),MIN(COUNTIF($E13,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G13),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G13),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G13)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":4.3481409999999991},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E13,\"*Coal\")+COUNTIF($E13,\"*Biomass*\"),1),MIN(COUNTIF($E13,\"*Liquid*\"),1),MIN(COUNTIF($E13,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G13),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G13),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G13)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.66588},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E13,\"*Coal\")+COUNTIF($E13,\"*Biomass*\"),1),MIN(COUNTIF($E13,\"*Liquid*\"),1),MIN(COUNTIF($E13,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G13),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G13),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G13)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.482586},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E13,\"*Coal\")+COUNTIF($E13,\"*Biomass*\"),1),MIN(COUNTIF($E13,\"*Liquid*\"),1),MIN(COUNTIF($E13,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G13),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G13),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G13)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.401122},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E13,\"*Coal\")+COUNTIF($E13,\"*Biomass*\"),1),MIN(COUNTIF($E13,\"*Liquid*\"),1),MIN(COUNTIF($E13,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G13),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G13),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G13)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3094749999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E13,\"*Coal\")+COUNTIF($E13,\"*Biomass*\"),1),MIN(COUNTIF($E13,\"*Liquid*\"),1),MIN(COUNTIF($E13,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G13),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G13),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G13)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.228011},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E13,\"*Coal\")+COUNTIF($E13,\"*Biomass*\"),1),MIN(COUNTIF($E13,\"*Liquid*\"),1),MIN(COUNTIF($E13,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G13),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G13),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G13)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1770960000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E13,\"*Coal\")+COUNTIF($E13,\"*Biomass*\"),1),MIN(COUNTIF($E13,\"*Liquid*\"),1),MIN(COUNTIF($E13,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G13),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G13),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G13)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1770960000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E13,\"*Coal\")+COUNTIF($E13,\"*Biomass*\"),1),MIN(COUNTIF($E13,\"*Liquid*\"),1),MIN(COUNTIF($E13,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G13),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G13),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G13)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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[null,{"$f":"'Summary Mapping'!$C8","v":"BW02"},{"$f":"'Summary Mapping'!$J8","v":"Existing"},{"$f":"'Summary Mapping'!$F8","v":"NSW"},{"$f":"'Summary Mapping'!$M8","v":"Black Coal"},{"$f":"IF('Summary Mapping'!$H8=\"N/A\",'Summary Mapping'!$G8,'Summary Mapping'!$H8)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N8","v":"Bayswater"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E14,\"*Coal\")+COUNTIF($E14,\"*Biomass*\"),1),MIN(COUNTIF($E14,\"*Liquid*\"),1),MIN(COUNTIF($E14,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G14),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G14),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G14)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":4.2768600000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E14,\"*Coal\")+COUNTIF($E14,\"*Biomass*\"),1),MIN(COUNTIF($E14,\"*Liquid*\"),1),MIN(COUNTIF($E14,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G14),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G14),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G14)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":4.3481409999999991},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E14,\"*Coal\")+COUNTIF($E14,\"*Biomass*\"),1),MIN(COUNTIF($E14,\"*Liquid*\"),1),MIN(COUNTIF($E14,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G14),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G14),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G14)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.66588},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E14,\"*Coal\")+COUNTIF($E14,\"*Biomass*\"),1),MIN(COUNTIF($E14,\"*Liquid*\"),1),MIN(COUNTIF($E14,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G14),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G14),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G14)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.482586},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E14,\"*Coal\")+COUNTIF($E14,\"*Biomass*\"),1),MIN(COUNTIF($E14,\"*Liquid*\"),1),MIN(COUNTIF($E14,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G14),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G14),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G14)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.401122},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E14,\"*Coal\")+COUNTIF($E14,\"*Biomass*\"),1),MIN(COUNTIF($E14,\"*Liquid*\"),1),MIN(COUNTIF($E14,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G14),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G14),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G14)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3094749999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E14,\"*Coal\")+COUNTIF($E14,\"*Biomass*\"),1),MIN(COUNTIF($E14,\"*Liquid*\"),1),MIN(COUNTIF($E14,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G14),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G14),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G14)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.228011},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E14,\"*Coal\")+COUNTIF($E14,\"*Biomass*\"),1),MIN(COUNTIF($E14,\"*Liquid*\"),1),MIN(COUNTIF($E14,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G14),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G14),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G14)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1770960000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E14,\"*Coal\")+COUNTIF($E14,\"*Biomass*\"),1),MIN(COUNTIF($E14,\"*Liquid*\"),1),MIN(COUNTIF($E14,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G14),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G14),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G14)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1770960000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E14,\"*Coal\")+COUNTIF($E14,\"*Biomass*\"),1),MIN(COUNTIF($E14,\"*Liquid*\"),1),MIN(COUNTIF($E14,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G14),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G14),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G14)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1770960000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E14,\"*Coal\")+COUNTIF($E14,\"*Biomass*\"),1),MIN(COUNTIF($E14,\"*Liquid*\"),1),MIN(COUNTIF($E14,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G14),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G14),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G14)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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[null,{"$f":"'Summary Mapping'!$C9","v":"BW03"},{"$f":"'Summary Mapping'!$J9","v":"Existing"},{"$f":"'Summary Mapping'!$F9","v":"NSW"},{"$f":"'Summary Mapping'!$M9","v":"Black Coal"},{"$f":"IF('Summary Mapping'!$H9=\"N/A\",'Summary Mapping'!$G9,'Summary Mapping'!$H9)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N9","v":"Bayswater"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E15,\"*Coal\")+COUNTIF($E15,\"*Biomass*\"),1),MIN(COUNTIF($E15,\"*Liquid*\"),1),MIN(COUNTIF($E15,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G15),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G15),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G15)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":4.2768600000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E15,\"*Coal\")+COUNTIF($E15,\"*Biomass*\"),1),MIN(COUNTIF($E15,\"*Liquid*\"),1),MIN(COUNTIF($E15,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G15),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G15),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G15)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":4.3481409999999991},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E15,\"*Coal\")+COUNTIF($E15,\"*Biomass*\"),1),MIN(COUNTIF($E15,\"*Liquid*\"),1),MIN(COUNTIF($E15,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G15),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G15),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G15)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.66588},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E15,\"*Coal\")+COUNTIF($E15,\"*Biomass*\"),1),MIN(COUNTIF($E15,\"*Liquid*\"),1),MIN(COUNTIF($E15,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G15),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G15),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G15)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.482586},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E15,\"*Coal\")+COUNTIF($E15,\"*Biomass*\"),1),MIN(COUNTIF($E15,\"*Liquid*\"),1),MIN(COUNTIF($E15,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G15),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G15),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G15)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.401122},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E15,\"*Coal\")+COUNTIF($E15,\"*Biomass*\"),1),MIN(COUNTIF($E15,\"*Liquid*\"),1),MIN(COUNTIF($E15,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G15),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G15),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G15)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3094749999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E15,\"*Coal\")+COUNTIF($E15,\"*Biomass*\"),1),MIN(COUNTIF($E15,\"*Liquid*\"),1),MIN(COUNTIF($E15,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G15),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G15),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G15)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.228011},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E15,\"*Coal\")+COUNTIF($E15,\"*Biomass*\"),1),MIN(COUNTIF($E15,\"*Liquid*\"),1),MIN(COUNTIF($E15,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G15),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G15),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G15)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1770960000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E15,\"*Coal\")+COUNTIF($E15,\"*Biomass*\"),1),MIN(COUNTIF($E15,\"*Liquid*\"),1),MIN(COUNTIF($E15,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G15),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G15),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G15)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1770960000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E15,\"*Coal\")+COUNTIF($E15,\"*Biomass*\"),1),MIN(COUNTIF($E15,\"*Liquid*\"),1),MIN(COUNTIF($E15,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G15),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G15),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G15)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1770960000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E15,\"*Coal\")+COUNTIF($E15,\"*Biomass*\"),1),MIN(COUNTIF($E15,\"*Liquid*\"),1),MIN(COUNTIF($E15,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G15),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G15),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G15)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1770960000000001}]
[null,{"$f":"'Summary Mapping'!$C10","v":"BW04"},{"$f":"'Summary Mapping'!$J10","v":"Existing"},{"$f":"'Summary Mapping'!$F10","v":"NSW"},{"$f":"'Summary Mapping'!$M10","v":"Black Coal"},{"$f":"IF('Summary Mapping'!$H10=\"N/A\",'Summary Mapping'!$G10,'Summary Mapping'!$H10)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N10","v":"Bayswater"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E16,\"*Coal\")+COUNTIF($E16,\"*Biomass*\"),1),MIN(COUNTIF($E16,\"*Liquid*\"),1),MIN(COUNTIF($E16,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G16),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G16),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G16)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":4.2768600000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E16,\"*Coal\")+COUNTIF($E16,\"*Biomass*\"),1),MIN(COUNTIF($E16,\"*Liquid*\"),1),MIN(COUNTIF($E16,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G16),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G16),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G16)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":4.3481409999999991},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E16,\"*Coal\")+COUNTIF($E16,\"*Biomass*\"),1),MIN(COUNTIF($E16,\"*Liquid*\"),1),MIN(COUNTIF($E16,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G16),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G16),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G16)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.838991},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E16,\"*Coal\")+COUNTIF($E16,\"*Biomass*\"),1),MIN(COUNTIF($E16,\"*Liquid*\"),1),MIN(COUNTIF($E16,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G16),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G16),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G16)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.747344},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E16,\"*Coal\")+COUNTIF($E16,\"*Biomass*\"),1),MIN(COUNTIF($E16,\"*Liquid*\"),1),MIN(COUNTIF($E16,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G16),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G16),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G16)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.66588},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E16,\"*Coal\")+COUNTIF($E16,\"*Biomass*\"),1),MIN(COUNTIF($E16,\"*Liquid*\"),1),MIN(COUNTIF($E16,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G16),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G16),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G16)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.482586},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E16,\"*Coal\")+COUNTIF($E16,\"*Biomass*\"),1),MIN(COUNTIF($E16,\"*Liquid*\"),1),MIN(COUNTIF($E16,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G16),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G16),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G16)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.401122},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E16,\"*Coal\")+COUNTIF($E16,\"*Biomass*\"),1),MIN(COUNTIF($E16,\"*Liquid*\"),1),MIN(COUNTIF($E16,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G16),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G16),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G16)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3094749999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E16,\"*Coal\")+COUNTIF($E16,\"*Biomass*\"),1),MIN(COUNTIF($E16,\"*Liquid*\"),1),MIN(COUNTIF($E16,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G16),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G16),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G16)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.228011},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E16,\"*Coal\")+COUNTIF($E16,\"*Biomass*\"),1),MIN(COUNTIF($E16,\"*Liquid*\"),1),MIN(COUNTIF($E16,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G16),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G16),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G16)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1770960000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E16,\"*Coal\")+COUNTIF($E16,\"*Biomass*\"),1),MIN(COUNTIF($E16,\"*Liquid*\"),1),MIN(COUNTIF($E16,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G16),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G16),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G16)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.1770960000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E16,\"*Coal\")+COUNTIF($E16,\"*Biomass*\"),1),MIN(COUNTIF($E16,\"*Liquid*\"),1),MIN(COUNTIF($E16,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G16),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G16),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G16)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1770960000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E16,\"*Coal\")+COUNTIF($E16,\"*Biomass*\"),1),MIN(COUNTIF($E16,\"*Liquid*\"),1),MIN(COUNTIF($E16,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G16),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G16),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G16)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1770960000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E16,\"*Coal\")+COUNTIF($E16,\"*Biomass*\"),1),MIN(COUNTIF($E16,\"*Liquid*\"),1),MIN(COUNTIF($E16,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G16),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G16),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G16)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1770960000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E16,\"*Coal\")+COUNTIF($E16,\"*Biomass*\"),1),MIN(COUNTIF($E16,\"*Liquid*\"),1),MIN(COUNTIF($E16,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G16),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G16),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G16)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1770960000000001}]
[null,{"$f":"'Summary Mapping'!$C11","v":"CALL_B_1"},{"$f":"'Summary Mapping'!$J11","v":"Existing"},{"$f":"'Summary Mapping'!$F11","v":"QLD"},{"$f":"'Summary Mapping'!$M11","v":"Black Coal"},{"$f":"IF('Summary Mapping'!$H11=\"N/A\",'Summary Mapping'!$G11,'Summary Mapping'!$H11)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N11","v":"Callide B"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E17,\"*Coal\")+COUNTIF($E17,\"*Biomass*\"),1),MIN(COUNTIF($E17,\"*Liquid*\"),1),MIN(COUNTIF($E17,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E17,\"*Coal\")+COUNTIF($E17,\"*Biomass*\"),1),MIN(COUNTIF($E17,\"*Liquid*\"),1),MIN(COUNTIF($E17,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E17,\"*Coal\")+COUNTIF($E17,\"*Biomass*\"),1),MIN(COUNTIF($E17,\"*Liquid*\"),1),MIN(COUNTIF($E17,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E17,\"*Coal\")+COUNTIF($E17,\"*Biomass*\"),1),MIN(COUNTIF($E17,\"*Liquid*\"),1),MIN(COUNTIF($E17,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E17,\"*Coal\")+COUNTIF($E17,\"*Biomass*\"),1),MIN(COUNTIF($E17,\"*Liquid*\"),1),MIN(COUNTIF($E17,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E17,\"*Coal\")+COUNTIF($E17,\"*Biomass*\"),1),MIN(COUNTIF($E17,\"*Liquid*\"),1),MIN(COUNTIF($E17,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E17,\"*Coal\")+COUNTIF($E17,\"*Biomass*\"),1),MIN(COUNTIF($E17,\"*Liquid*\"),1),MIN(COUNTIF($E17,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E17,\"*Coal\")+COUNTIF($E17,\"*Biomass*\"),1),MIN(COUNTIF($E17,\"*Liquid*\"),1),MIN(COUNTIF($E17,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E17,\"*Coal\")+COUNTIF($E17,\"*Biomass*\"),1),MIN(COUNTIF($E17,\"*Liquid*\"),1),MIN(COUNTIF($E17,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E17,\"*Coal\")+COUNTIF($E17,\"*Biomass*\"),1),MIN(COUNTIF($E17,\"*Liquid*\"),1),MIN(COUNTIF($E17,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E17,\"*Coal\")+COUNTIF($E17,\"*Biomass*\"),1),MIN(COUNTIF($E17,\"*Liquid*\"),1),MIN(COUNTIF($E17,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E17,\"*Coal\")+COUNTIF($E17,\"*Biomass*\"),1),MIN(COUNTIF($E17,\"*Liquid*\"),1),MIN(COUNTIF($E17,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E17,\"*Coal\")+COUNTIF($E17,\"*Biomass*\"),1),MIN(COUNTIF($E17,\"*Liquid*\"),1),MIN(COUNTIF($E17,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E17,\"*Coal\")+COUNTIF($E17,\"*Biomass*\"),1),MIN(COUNTIF($E17,\"*Liquid*\"),1),MIN(COUNTIF($E17,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E17,\"*Coal\")+COUNTIF($E17,\"*Biomass*\"),1),MIN(COUNTIF($E17,\"*Liquid*\"),1),MIN(COUNTIF($E17,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E17,\"*Coal\")+COUNTIF($E17,\"*Biomass*\"),1),MIN(COUNTIF($E17,\"*Liquid*\"),1),MIN(COUNTIF($E17,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E17,\"*Coal\")+COUNTIF($E17,\"*Biomass*\"),1),MIN(COUNTIF($E17,\"*Liquid*\"),1),MIN(COUNTIF($E17,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E17,\"*Coal\")+COUNTIF($E17,\"*Biomass*\"),1),MIN(COUNTIF($E17,\"*Liquid*\"),1),MIN(COUNTIF($E17,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E17,\"*Coal\")+COUNTIF($E17,\"*Biomass*\"),1),MIN(COUNTIF($E17,\"*Liquid*\"),1),MIN(COUNTIF($E17,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17)*SUMIFS('GPG emissions reduction - 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BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E17,\"*Coal\")+COUNTIF($E17,\"*Biomass*\"),1),MIN(COUNTIF($E17,\"*Liquid*\"),1),MIN(COUNTIF($E17,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E17,\"*Coal\")+COUNTIF($E17,\"*Biomass*\"),1),MIN(COUNTIF($E17,\"*Liquid*\"),1),MIN(COUNTIF($E17,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E17,\"*Coal\")+COUNTIF($E17,\"*Biomass*\"),1),MIN(COUNTIF($E17,\"*Liquid*\"),1),MIN(COUNTIF($E17,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E17,\"*Coal\")+COUNTIF($E17,\"*Biomass*\"),1),MIN(COUNTIF($E17,\"*Liquid*\"),1),MIN(COUNTIF($E17,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E17,\"*Coal\")+COUNTIF($E17,\"*Biomass*\"),1),MIN(COUNTIF($E17,\"*Liquid*\"),1),MIN(COUNTIF($E17,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G17)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996}]
[null,{"$f":"'Summary Mapping'!$C12","v":"CALL_B_2"},{"$f":"'Summary Mapping'!$J12","v":"Existing"},{"$f":"'Summary Mapping'!$F12","v":"QLD"},{"$f":"'Summary Mapping'!$M12","v":"Black Coal"},{"$f":"IF('Summary Mapping'!$H12=\"N/A\",'Summary Mapping'!$G12,'Summary Mapping'!$H12)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N12","v":"Callide B"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E18,\"*Coal\")+COUNTIF($E18,\"*Biomass*\"),1),MIN(COUNTIF($E18,\"*Liquid*\"),1),MIN(COUNTIF($E18,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E18,\"*Coal\")+COUNTIF($E18,\"*Biomass*\"),1),MIN(COUNTIF($E18,\"*Liquid*\"),1),MIN(COUNTIF($E18,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E18,\"*Coal\")+COUNTIF($E18,\"*Biomass*\"),1),MIN(COUNTIF($E18,\"*Liquid*\"),1),MIN(COUNTIF($E18,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E18,\"*Coal\")+COUNTIF($E18,\"*Biomass*\"),1),MIN(COUNTIF($E18,\"*Liquid*\"),1),MIN(COUNTIF($E18,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E18,\"*Coal\")+COUNTIF($E18,\"*Biomass*\"),1),MIN(COUNTIF($E18,\"*Liquid*\"),1),MIN(COUNTIF($E18,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E18,\"*Coal\")+COUNTIF($E18,\"*Biomass*\"),1),MIN(COUNTIF($E18,\"*Liquid*\"),1),MIN(COUNTIF($E18,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E18,\"*Coal\")+COUNTIF($E18,\"*Biomass*\"),1),MIN(COUNTIF($E18,\"*Liquid*\"),1),MIN(COUNTIF($E18,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E18,\"*Coal\")+COUNTIF($E18,\"*Biomass*\"),1),MIN(COUNTIF($E18,\"*Liquid*\"),1),MIN(COUNTIF($E18,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E18,\"*Coal\")+COUNTIF($E18,\"*Biomass*\"),1),MIN(COUNTIF($E18,\"*Liquid*\"),1),MIN(COUNTIF($E18,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E18,\"*Coal\")+COUNTIF($E18,\"*Biomass*\"),1),MIN(COUNTIF($E18,\"*Liquid*\"),1),MIN(COUNTIF($E18,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E18,\"*Coal\")+COUNTIF($E18,\"*Biomass*\"),1),MIN(COUNTIF($E18,\"*Liquid*\"),1),MIN(COUNTIF($E18,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E18,\"*Coal\")+COUNTIF($E18,\"*Biomass*\"),1),MIN(COUNTIF($E18,\"*Liquid*\"),1),MIN(COUNTIF($E18,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E18,\"*Coal\")+COUNTIF($E18,\"*Biomass*\"),1),MIN(COUNTIF($E18,\"*Liquid*\"),1),MIN(COUNTIF($E18,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E18,\"*Coal\")+COUNTIF($E18,\"*Biomass*\"),1),MIN(COUNTIF($E18,\"*Liquid*\"),1),MIN(COUNTIF($E18,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E18,\"*Coal\")+COUNTIF($E18,\"*Biomass*\"),1),MIN(COUNTIF($E18,\"*Liquid*\"),1),MIN(COUNTIF($E18,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E18,\"*Coal\")+COUNTIF($E18,\"*Biomass*\"),1),MIN(COUNTIF($E18,\"*Liquid*\"),1),MIN(COUNTIF($E18,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E18,\"*Coal\")+COUNTIF($E18,\"*Biomass*\"),1),MIN(COUNTIF($E18,\"*Liquid*\"),1),MIN(COUNTIF($E18,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E18,\"*Coal\")+COUNTIF($E18,\"*Biomass*\"),1),MIN(COUNTIF($E18,\"*Liquid*\"),1),MIN(COUNTIF($E18,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E18,\"*Coal\")+COUNTIF($E18,\"*Biomass*\"),1),MIN(COUNTIF($E18,\"*Liquid*\"),1),MIN(COUNTIF($E18,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18)*SUMIFS('GPG emissions reduction - 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BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E18,\"*Coal\")+COUNTIF($E18,\"*Biomass*\"),1),MIN(COUNTIF($E18,\"*Liquid*\"),1),MIN(COUNTIF($E18,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E18,\"*Coal\")+COUNTIF($E18,\"*Biomass*\"),1),MIN(COUNTIF($E18,\"*Liquid*\"),1),MIN(COUNTIF($E18,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E18,\"*Coal\")+COUNTIF($E18,\"*Biomass*\"),1),MIN(COUNTIF($E18,\"*Liquid*\"),1),MIN(COUNTIF($E18,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E18,\"*Coal\")+COUNTIF($E18,\"*Biomass*\"),1),MIN(COUNTIF($E18,\"*Liquid*\"),1),MIN(COUNTIF($E18,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E18,\"*Coal\")+COUNTIF($E18,\"*Biomass*\"),1),MIN(COUNTIF($E18,\"*Liquid*\"),1),MIN(COUNTIF($E18,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E18,\"*Coal\")+COUNTIF($E18,\"*Biomass*\"),1),MIN(COUNTIF($E18,\"*Liquid*\"),1),MIN(COUNTIF($E18,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G18)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996}]
[null,{"$f":"'Summary Mapping'!$C13","v":"CPP_3"},{"$f":"'Summary Mapping'!$J13","v":"Existing"},{"$f":"'Summary Mapping'!$F13","v":"QLD"},{"$f":"'Summary Mapping'!$M13","v":"Black Coal"},{"$f":"IF('Summary Mapping'!$H13=\"N/A\",'Summary Mapping'!$G13,'Summary Mapping'!$H13)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N13","v":"Callide C"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E19,\"*Coal\")+COUNTIF($E19,\"*Biomass*\"),1),MIN(COUNTIF($E19,\"*Liquid*\"),1),MIN(COUNTIF($E19,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E19,\"*Coal\")+COUNTIF($E19,\"*Biomass*\"),1),MIN(COUNTIF($E19,\"*Liquid*\"),1),MIN(COUNTIF($E19,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E19,\"*Coal\")+COUNTIF($E19,\"*Biomass*\"),1),MIN(COUNTIF($E19,\"*Liquid*\"),1),MIN(COUNTIF($E19,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E19,\"*Coal\")+COUNTIF($E19,\"*Biomass*\"),1),MIN(COUNTIF($E19,\"*Liquid*\"),1),MIN(COUNTIF($E19,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E19,\"*Coal\")+COUNTIF($E19,\"*Biomass*\"),1),MIN(COUNTIF($E19,\"*Liquid*\"),1),MIN(COUNTIF($E19,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E19,\"*Coal\")+COUNTIF($E19,\"*Biomass*\"),1),MIN(COUNTIF($E19,\"*Liquid*\"),1),MIN(COUNTIF($E19,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E19,\"*Coal\")+COUNTIF($E19,\"*Biomass*\"),1),MIN(COUNTIF($E19,\"*Liquid*\"),1),MIN(COUNTIF($E19,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E19,\"*Coal\")+COUNTIF($E19,\"*Biomass*\"),1),MIN(COUNTIF($E19,\"*Liquid*\"),1),MIN(COUNTIF($E19,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E19,\"*Coal\")+COUNTIF($E19,\"*Biomass*\"),1),MIN(COUNTIF($E19,\"*Liquid*\"),1),MIN(COUNTIF($E19,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E19,\"*Coal\")+COUNTIF($E19,\"*Biomass*\"),1),MIN(COUNTIF($E19,\"*Liquid*\"),1),MIN(COUNTIF($E19,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E19,\"*Coal\")+COUNTIF($E19,\"*Biomass*\"),1),MIN(COUNTIF($E19,\"*Liquid*\"),1),MIN(COUNTIF($E19,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E19,\"*Coal\")+COUNTIF($E19,\"*Biomass*\"),1),MIN(COUNTIF($E19,\"*Liquid*\"),1),MIN(COUNTIF($E19,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E19,\"*Coal\")+COUNTIF($E19,\"*Biomass*\"),1),MIN(COUNTIF($E19,\"*Liquid*\"),1),MIN(COUNTIF($E19,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E19,\"*Coal\")+COUNTIF($E19,\"*Biomass*\"),1),MIN(COUNTIF($E19,\"*Liquid*\"),1),MIN(COUNTIF($E19,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E19,\"*Coal\")+COUNTIF($E19,\"*Biomass*\"),1),MIN(COUNTIF($E19,\"*Liquid*\"),1),MIN(COUNTIF($E19,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E19,\"*Coal\")+COUNTIF($E19,\"*Biomass*\"),1),MIN(COUNTIF($E19,\"*Liquid*\"),1),MIN(COUNTIF($E19,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E19,\"*Coal\")+COUNTIF($E19,\"*Biomass*\"),1),MIN(COUNTIF($E19,\"*Liquid*\"),1),MIN(COUNTIF($E19,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E19,\"*Coal\")+COUNTIF($E19,\"*Biomass*\"),1),MIN(COUNTIF($E19,\"*Liquid*\"),1),MIN(COUNTIF($E19,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E19,\"*Coal\")+COUNTIF($E19,\"*Biomass*\"),1),MIN(COUNTIF($E19,\"*Liquid*\"),1),MIN(COUNTIF($E19,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E19,\"*Coal\")+COUNTIF($E19,\"*Biomass*\"),1),MIN(COUNTIF($E19,\"*Liquid*\"),1),MIN(COUNTIF($E19,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E19,\"*Coal\")+COUNTIF($E19,\"*Biomass*\"),1),MIN(COUNTIF($E19,\"*Liquid*\"),1),MIN(COUNTIF($E19,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!X:X,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!X:X,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!X:X,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19)*SUMIFS('GPG emissions reduction - BioM'!W:W,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!X:X,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E19,\"*Coal\")+COUNTIF($E19,\"*Biomass*\"),1),MIN(COUNTIF($E19,\"*Liquid*\"),1),MIN(COUNTIF($E19,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E19,\"*Coal\")+COUNTIF($E19,\"*Biomass*\"),1),MIN(COUNTIF($E19,\"*Liquid*\"),1),MIN(COUNTIF($E19,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E19,\"*Coal\")+COUNTIF($E19,\"*Biomass*\"),1),MIN(COUNTIF($E19,\"*Liquid*\"),1),MIN(COUNTIF($E19,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E19,\"*Coal\")+COUNTIF($E19,\"*Biomass*\"),1),MIN(COUNTIF($E19,\"*Liquid*\"),1),MIN(COUNTIF($E19,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E19,\"*Coal\")+COUNTIF($E19,\"*Biomass*\"),1),MIN(COUNTIF($E19,\"*Liquid*\"),1),MIN(COUNTIF($E19,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E19,\"*Coal\")+COUNTIF($E19,\"*Biomass*\"),1),MIN(COUNTIF($E19,\"*Liquid*\"),1),MIN(COUNTIF($E19,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G19)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996}]
[null,{"$f":"'Summary Mapping'!$C14","v":"CPP_4"},{"$f":"'Summary Mapping'!$J14","v":"Existing"},{"$f":"'Summary Mapping'!$F14","v":"QLD"},{"$f":"'Summary Mapping'!$M14","v":"Black Coal"},{"$f":"IF('Summary Mapping'!$H14=\"N/A\",'Summary Mapping'!$G14,'Summary Mapping'!$H14)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N14","v":"Callide C"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E20,\"*Coal\")+COUNTIF($E20,\"*Biomass*\"),1),MIN(COUNTIF($E20,\"*Liquid*\"),1),MIN(COUNTIF($E20,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E20,\"*Coal\")+COUNTIF($E20,\"*Biomass*\"),1),MIN(COUNTIF($E20,\"*Liquid*\"),1),MIN(COUNTIF($E20,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E20,\"*Coal\")+COUNTIF($E20,\"*Biomass*\"),1),MIN(COUNTIF($E20,\"*Liquid*\"),1),MIN(COUNTIF($E20,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E20,\"*Coal\")+COUNTIF($E20,\"*Biomass*\"),1),MIN(COUNTIF($E20,\"*Liquid*\"),1),MIN(COUNTIF($E20,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E20,\"*Coal\")+COUNTIF($E20,\"*Biomass*\"),1),MIN(COUNTIF($E20,\"*Liquid*\"),1),MIN(COUNTIF($E20,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E20,\"*Coal\")+COUNTIF($E20,\"*Biomass*\"),1),MIN(COUNTIF($E20,\"*Liquid*\"),1),MIN(COUNTIF($E20,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E20,\"*Coal\")+COUNTIF($E20,\"*Biomass*\"),1),MIN(COUNTIF($E20,\"*Liquid*\"),1),MIN(COUNTIF($E20,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E20,\"*Coal\")+COUNTIF($E20,\"*Biomass*\"),1),MIN(COUNTIF($E20,\"*Liquid*\"),1),MIN(COUNTIF($E20,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E20,\"*Coal\")+COUNTIF($E20,\"*Biomass*\"),1),MIN(COUNTIF($E20,\"*Liquid*\"),1),MIN(COUNTIF($E20,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E20,\"*Coal\")+COUNTIF($E20,\"*Biomass*\"),1),MIN(COUNTIF($E20,\"*Liquid*\"),1),MIN(COUNTIF($E20,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E20,\"*Coal\")+COUNTIF($E20,\"*Biomass*\"),1),MIN(COUNTIF($E20,\"*Liquid*\"),1),MIN(COUNTIF($E20,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E20,\"*Coal\")+COUNTIF($E20,\"*Biomass*\"),1),MIN(COUNTIF($E20,\"*Liquid*\"),1),MIN(COUNTIF($E20,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E20,\"*Coal\")+COUNTIF($E20,\"*Biomass*\"),1),MIN(COUNTIF($E20,\"*Liquid*\"),1),MIN(COUNTIF($E20,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E20,\"*Coal\")+COUNTIF($E20,\"*Biomass*\"),1),MIN(COUNTIF($E20,\"*Liquid*\"),1),MIN(COUNTIF($E20,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E20,\"*Coal\")+COUNTIF($E20,\"*Biomass*\"),1),MIN(COUNTIF($E20,\"*Liquid*\"),1),MIN(COUNTIF($E20,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E20,\"*Coal\")+COUNTIF($E20,\"*Biomass*\"),1),MIN(COUNTIF($E20,\"*Liquid*\"),1),MIN(COUNTIF($E20,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E20,\"*Coal\")+COUNTIF($E20,\"*Biomass*\"),1),MIN(COUNTIF($E20,\"*Liquid*\"),1),MIN(COUNTIF($E20,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E20,\"*Coal\")+COUNTIF($E20,\"*Biomass*\"),1),MIN(COUNTIF($E20,\"*Liquid*\"),1),MIN(COUNTIF($E20,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E20,\"*Coal\")+COUNTIF($E20,\"*Biomass*\"),1),MIN(COUNTIF($E20,\"*Liquid*\"),1),MIN(COUNTIF($E20,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20)*SUMIFS('GPG emissions reduction - 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BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E20,\"*Coal\")+COUNTIF($E20,\"*Biomass*\"),1),MIN(COUNTIF($E20,\"*Liquid*\"),1),MIN(COUNTIF($E20,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E20,\"*Coal\")+COUNTIF($E20,\"*Biomass*\"),1),MIN(COUNTIF($E20,\"*Liquid*\"),1),MIN(COUNTIF($E20,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E20,\"*Coal\")+COUNTIF($E20,\"*Biomass*\"),1),MIN(COUNTIF($E20,\"*Liquid*\"),1),MIN(COUNTIF($E20,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E20,\"*Coal\")+COUNTIF($E20,\"*Biomass*\"),1),MIN(COUNTIF($E20,\"*Liquid*\"),1),MIN(COUNTIF($E20,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E20,\"*Coal\")+COUNTIF($E20,\"*Biomass*\"),1),MIN(COUNTIF($E20,\"*Liquid*\"),1),MIN(COUNTIF($E20,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G20)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3196579999999996}]
[null,{"$f":"'Summary Mapping'!$C15","v":"ER01"},{"$f":"'Summary Mapping'!$J15","v":"Existing"},{"$f":"'Summary Mapping'!$F15","v":"NSW"},{"$f":"'Summary Mapping'!$M15","v":"Black Coal"},{"$f":"IF('Summary Mapping'!$H15=\"N/A\",'Summary Mapping'!$G15,'Summary Mapping'!$H15)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N15","v":"Eraring"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E21,\"*Coal\")+COUNTIF($E21,\"*Biomass*\"),1),MIN(COUNTIF($E21,\"*Liquid*\"),1),MIN(COUNTIF($E21,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G21),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G21),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G21)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":6.3541920000000003},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E21,\"*Coal\")+COUNTIF($E21,\"*Biomass*\"),1),MIN(COUNTIF($E21,\"*Liquid*\"),1),MIN(COUNTIF($E21,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G21),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G21),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G21)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":5.6922969999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E21,\"*Coal\")+COUNTIF($E21,\"*Biomass*\"),1),MIN(COUNTIF($E21,\"*Liquid*\"),1),MIN(COUNTIF($E21,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G21),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G21),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G21)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":5.0304020000000005},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E21,\"*Coal\")+COUNTIF($E21,\"*Biomass*\"),1),MIN(COUNTIF($E21,\"*Liquid*\"),1),MIN(COUNTIF($E21,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G21),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G21),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G21)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":4.3685070000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E21,\"*Coal\")+COUNTIF($E21,\"*Biomass*\"),1),MIN(COUNTIF($E21,\"*Liquid*\"),1),MIN(COUNTIF($E21,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G21),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G21),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G21)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8186249999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E21,\"*Coal\")+COUNTIF($E21,\"*Biomass*\"),1),MIN(COUNTIF($E21,\"*Liquid*\"),1),MIN(COUNTIF($E21,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G21),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G21),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G21)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.737161},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E21,\"*Coal\")+COUNTIF($E21,\"*Biomass*\"),1),MIN(COUNTIF($E21,\"*Liquid*\"),1),MIN(COUNTIF($E21,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G21),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G21),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G21)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.5640499999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E21,\"*Coal\")+COUNTIF($E21,\"*Biomass*\"),1),MIN(COUNTIF($E21,\"*Liquid*\"),1),MIN(COUNTIF($E21,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G21),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G21),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G21)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.482586},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E21,\"*Coal\")+COUNTIF($E21,\"*Biomass*\"),1),MIN(COUNTIF($E21,\"*Liquid*\"),1),MIN(COUNTIF($E21,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G21),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G21),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G21)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3909389999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E21,\"*Coal\")+COUNTIF($E21,\"*Biomass*\"),1),MIN(COUNTIF($E21,\"*Liquid*\"),1),MIN(COUNTIF($E21,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G21),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G21),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G21)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3094749999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E21,\"*Coal\")+COUNTIF($E21,\"*Biomass*\"),1),MIN(COUNTIF($E21,\"*Liquid*\"),1),MIN(COUNTIF($E21,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G21),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G21),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G21)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.2687429999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E21,\"*Coal\")+COUNTIF($E21,\"*Biomass*\"),1),MIN(COUNTIF($E21,\"*Liquid*\"),1),MIN(COUNTIF($E21,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G21),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G21),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G21)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.2687429999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E21,\"*Coal\")+COUNTIF($E21,\"*Biomass*\"),1),MIN(COUNTIF($E21,\"*Liquid*\"),1),MIN(COUNTIF($E21,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G21),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G21),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G21)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.2687429999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E21,\"*Coal\")+COUNTIF($E21,\"*Biomass*\"),1),MIN(COUNTIF($E21,\"*Liquid*\"),1),MIN(COUNTIF($E21,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G21),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G21),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G21)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.2687429999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E21,\"*Coal\")+COUNTIF($E21,\"*Biomass*\"),1),MIN(COUNTIF($E21,\"*Liquid*\"),1),MIN(COUNTIF($E21,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G21),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G21),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G21)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.2687429999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E21,\"*Coal\")+COUNTIF($E21,\"*Biomass*\"),1),MIN(COUNTIF($E21,\"*Liquid*\"),1),MIN(COUNTIF($E21,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G21),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G21),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G21)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.2687429999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E21,\"*Coal\")+COUNTIF($E21,\"*Biomass*\"),1),MIN(COUNTIF($E21,\"*Liquid*\"),1),MIN(COUNTIF($E21,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G21),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G21),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G21)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.2687429999999997}]
[null,{"$f":"'Summary Mapping'!$C16","v":"ER02"},{"$f":"'Summary Mapping'!$J16","v":"Existing"},{"$f":"'Summary Mapping'!$F16","v":"NSW"},{"$f":"'Summary Mapping'!$M16","v":"Black Coal"},{"$f":"IF('Summary Mapping'!$H16=\"N/A\",'Summary Mapping'!$G16,'Summary Mapping'!$H16)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N16","v":"Eraring"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E22,\"*Coal\")+COUNTIF($E22,\"*Biomass*\"),1),MIN(COUNTIF($E22,\"*Liquid*\"),1),MIN(COUNTIF($E22,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":6.3541920000000003},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E22,\"*Coal\")+COUNTIF($E22,\"*Biomass*\"),1),MIN(COUNTIF($E22,\"*Liquid*\"),1),MIN(COUNTIF($E22,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":5.6922969999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E22,\"*Coal\")+COUNTIF($E22,\"*Biomass*\"),1),MIN(COUNTIF($E22,\"*Liquid*\"),1),MIN(COUNTIF($E22,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":5.0304020000000005},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E22,\"*Coal\")+COUNTIF($E22,\"*Biomass*\"),1),MIN(COUNTIF($E22,\"*Liquid*\"),1),MIN(COUNTIF($E22,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":4.3685070000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E22,\"*Coal\")+COUNTIF($E22,\"*Biomass*\"),1),MIN(COUNTIF($E22,\"*Liquid*\"),1),MIN(COUNTIF($E22,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8186249999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E22,\"*Coal\")+COUNTIF($E22,\"*Biomass*\"),1),MIN(COUNTIF($E22,\"*Liquid*\"),1),MIN(COUNTIF($E22,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.737161},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E22,\"*Coal\")+COUNTIF($E22,\"*Biomass*\"),1),MIN(COUNTIF($E22,\"*Liquid*\"),1),MIN(COUNTIF($E22,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.5640499999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E22,\"*Coal\")+COUNTIF($E22,\"*Biomass*\"),1),MIN(COUNTIF($E22,\"*Liquid*\"),1),MIN(COUNTIF($E22,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.482586},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E22,\"*Coal\")+COUNTIF($E22,\"*Biomass*\"),1),MIN(COUNTIF($E22,\"*Liquid*\"),1),MIN(COUNTIF($E22,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3909389999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E22,\"*Coal\")+COUNTIF($E22,\"*Biomass*\"),1),MIN(COUNTIF($E22,\"*Liquid*\"),1),MIN(COUNTIF($E22,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3094749999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E22,\"*Coal\")+COUNTIF($E22,\"*Biomass*\"),1),MIN(COUNTIF($E22,\"*Liquid*\"),1),MIN(COUNTIF($E22,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.2687429999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E22,\"*Coal\")+COUNTIF($E22,\"*Biomass*\"),1),MIN(COUNTIF($E22,\"*Liquid*\"),1),MIN(COUNTIF($E22,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.2687429999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E22,\"*Coal\")+COUNTIF($E22,\"*Biomass*\"),1),MIN(COUNTIF($E22,\"*Liquid*\"),1),MIN(COUNTIF($E22,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.2687429999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E22,\"*Coal\")+COUNTIF($E22,\"*Biomass*\"),1),MIN(COUNTIF($E22,\"*Liquid*\"),1),MIN(COUNTIF($E22,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.2687429999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E22,\"*Coal\")+COUNTIF($E22,\"*Biomass*\"),1),MIN(COUNTIF($E22,\"*Liquid*\"),1),MIN(COUNTIF($E22,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.2687429999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E22,\"*Coal\")+COUNTIF($E22,\"*Biomass*\"),1),MIN(COUNTIF($E22,\"*Liquid*\"),1),MIN(COUNTIF($E22,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.2687429999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E22,\"*Coal\")+COUNTIF($E22,\"*Biomass*\"),1),MIN(COUNTIF($E22,\"*Liquid*\"),1),MIN(COUNTIF($E22,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.2687429999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E22,\"*Coal\")+COUNTIF($E22,\"*Biomass*\"),1),MIN(COUNTIF($E22,\"*Liquid*\"),1),MIN(COUNTIF($E22,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.2687429999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E22,\"*Coal\")+COUNTIF($E22,\"*Biomass*\"),1),MIN(COUNTIF($E22,\"*Liquid*\"),1),MIN(COUNTIF($E22,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.2687429999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E22,\"*Coal\")+COUNTIF($E22,\"*Biomass*\"),1),MIN(COUNTIF($E22,\"*Liquid*\"),1),MIN(COUNTIF($E22,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G22)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.2687429999999997}]
[null,{"$f":"'Summary Mapping'!$C17","v":"ER03"},{"$f":"'Summary Mapping'!$J17","v":"Existing"},{"$f":"'Summary Mapping'!$F17","v":"NSW"},{"$f":"'Summary Mapping'!$M17","v":"Black Coal"},{"$f":"IF('Summary Mapping'!$H17=\"N/A\",'Summary Mapping'!$G17,'Summary Mapping'!$H17)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N17","v":"Eraring"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E23,\"*Coal\")+COUNTIF($E23,\"*Biomass*\"),1),MIN(COUNTIF($E23,\"*Liquid*\"),1),MIN(COUNTIF($E23,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G23),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G23),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G23)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":6.3541920000000003},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E23,\"*Coal\")+COUNTIF($E23,\"*Biomass*\"),1),MIN(COUNTIF($E23,\"*Liquid*\"),1),MIN(COUNTIF($E23,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G23),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G23),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G23)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":5.6922969999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E23,\"*Coal\")+COUNTIF($E23,\"*Biomass*\"),1),MIN(COUNTIF($E23,\"*Liquid*\"),1),MIN(COUNTIF($E23,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G23),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G23),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G23)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":5.0304020000000005},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E23,\"*Coal\")+COUNTIF($E23,\"*Biomass*\"),1),MIN(COUNTIF($E23,\"*Liquid*\"),1),MIN(COUNTIF($E23,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G23),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G23),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G23)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":4.3685070000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E23,\"*Coal\")+COUNTIF($E23,\"*Biomass*\"),1),MIN(COUNTIF($E23,\"*Liquid*\"),1),MIN(COUNTIF($E23,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G23),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G23),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G23)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8186249999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E23,\"*Coal\")+COUNTIF($E23,\"*Biomass*\"),1),MIN(COUNTIF($E23,\"*Liquid*\"),1),MIN(COUNTIF($E23,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G23),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G23),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G23)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.737161},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E23,\"*Coal\")+COUNTIF($E23,\"*Biomass*\"),1),MIN(COUNTIF($E23,\"*Liquid*\"),1),MIN(COUNTIF($E23,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G23),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G23),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G23)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.5640499999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E23,\"*Coal\")+COUNTIF($E23,\"*Biomass*\"),1),MIN(COUNTIF($E23,\"*Liquid*\"),1),MIN(COUNTIF($E23,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G23),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G23),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G23)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.482586},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E23,\"*Coal\")+COUNTIF($E23,\"*Biomass*\"),1),MIN(COUNTIF($E23,\"*Liquid*\"),1),MIN(COUNTIF($E23,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G23),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G23),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G23)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3909389999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E23,\"*Coal\")+COUNTIF($E23,\"*Biomass*\"),1),MIN(COUNTIF($E23,\"*Liquid*\"),1),MIN(COUNTIF($E23,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G23),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G23),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G23)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3094749999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E23,\"*Coal\")+COUNTIF($E23,\"*Biomass*\"),1),MIN(COUNTIF($E23,\"*Liquid*\"),1),MIN(COUNTIF($E23,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G23),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G23),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G23)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.2687429999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E23,\"*Coal\")+COUNTIF($E23,\"*Biomass*\"),1),MIN(COUNTIF($E23,\"*Liquid*\"),1),MIN(COUNTIF($E23,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G23),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G23),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G23)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.2687429999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E23,\"*Coal\")+COUNTIF($E23,\"*Biomass*\"),1),MIN(COUNTIF($E23,\"*Liquid*\"),1),MIN(COUNTIF($E23,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G23),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G23),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G23)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.2687429999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E23,\"*Coal\")+COUNTIF($E23,\"*Biomass*\"),1),MIN(COUNTIF($E23,\"*Liquid*\"),1),MIN(COUNTIF($E23,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G23),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G23),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G23)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.2687429999999997}]
[null,{"$f":"'Summary Mapping'!$C18","v":"ER04"},{"$f":"'Summary Mapping'!$J18","v":"Existing"},{"$f":"'Summary Mapping'!$F18","v":"NSW"},{"$f":"'Summary Mapping'!$M18","v":"Black Coal"},{"$f":"IF('Summary Mapping'!$H18=\"N/A\",'Summary Mapping'!$G18,'Summary Mapping'!$H18)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N18","v":"Eraring"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E24,\"*Coal\")+COUNTIF($E24,\"*Biomass*\"),1),MIN(COUNTIF($E24,\"*Liquid*\"),1),MIN(COUNTIF($E24,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G24),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G24),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G24)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":5.0304020000000005},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E24,\"*Coal\")+COUNTIF($E24,\"*Biomass*\"),1),MIN(COUNTIF($E24,\"*Liquid*\"),1),MIN(COUNTIF($E24,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G24),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G24),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G24)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":4.3685070000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E24,\"*Coal\")+COUNTIF($E24,\"*Biomass*\"),1),MIN(COUNTIF($E24,\"*Liquid*\"),1),MIN(COUNTIF($E24,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G24),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G24),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G24)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8186249999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E24,\"*Coal\")+COUNTIF($E24,\"*Biomass*\"),1),MIN(COUNTIF($E24,\"*Liquid*\"),1),MIN(COUNTIF($E24,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G24),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G24),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G24)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.737161},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E24,\"*Coal\")+COUNTIF($E24,\"*Biomass*\"),1),MIN(COUNTIF($E24,\"*Liquid*\"),1),MIN(COUNTIF($E24,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G24),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G24),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G24)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.5640499999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E24,\"*Coal\")+COUNTIF($E24,\"*Biomass*\"),1),MIN(COUNTIF($E24,\"*Liquid*\"),1),MIN(COUNTIF($E24,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G24),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G24),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G24)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.482586},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E24,\"*Coal\")+COUNTIF($E24,\"*Biomass*\"),1),MIN(COUNTIF($E24,\"*Liquid*\"),1),MIN(COUNTIF($E24,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G24),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G24),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G24)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3909389999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E24,\"*Coal\")+COUNTIF($E24,\"*Biomass*\"),1),MIN(COUNTIF($E24,\"*Liquid*\"),1),MIN(COUNTIF($E24,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G24),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G24),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G24)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3094749999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E24,\"*Coal\")+COUNTIF($E24,\"*Biomass*\"),1),MIN(COUNTIF($E24,\"*Liquid*\"),1),MIN(COUNTIF($E24,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G24),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G24),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G24)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.2687429999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E24,\"*Coal\")+COUNTIF($E24,\"*Biomass*\"),1),MIN(COUNTIF($E24,\"*Liquid*\"),1),MIN(COUNTIF($E24,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G24),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G24),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G24)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.2687429999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E24,\"*Coal\")+COUNTIF($E24,\"*Biomass*\"),1),MIN(COUNTIF($E24,\"*Liquid*\"),1),MIN(COUNTIF($E24,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G24),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G24),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G24)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.2687429999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E24,\"*Coal\")+COUNTIF($E24,\"*Biomass*\"),1),MIN(COUNTIF($E24,\"*Liquid*\"),1),MIN(COUNTIF($E24,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G24),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G24),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G24)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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[null,{"$f":"'Summary Mapping'!$C19","v":"GSTONE1"},{"$f":"'Summary Mapping'!$J19","v":"Existing"},{"$f":"'Summary Mapping'!$F19","v":"QLD"},{"$f":"'Summary Mapping'!$M19","v":"Black Coal"},{"$f":"IF('Summary Mapping'!$H19=\"N/A\",'Summary Mapping'!$G19,'Summary Mapping'!$H19)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N19","v":"Gladstone"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E25,\"*Coal\")+COUNTIF($E25,\"*Biomass*\"),1),MIN(COUNTIF($E25,\"*Liquid*\"),1),MIN(COUNTIF($E25,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G25),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G25),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G25)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":4.6536309999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E25,\"*Coal\")+COUNTIF($E25,\"*Biomass*\"),1),MIN(COUNTIF($E25,\"*Liquid*\"),1),MIN(COUNTIF($E25,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G25),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G25),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G25)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":4.1241149999999998},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E25,\"*Coal\")+COUNTIF($E25,\"*Biomass*\"),1),MIN(COUNTIF($E25,\"*Liquid*\"),1),MIN(COUNTIF($E25,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G25),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G25),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G25)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.7167949999999998},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E25,\"*Coal\")+COUNTIF($E25,\"*Biomass*\"),1),MIN(COUNTIF($E25,\"*Liquid*\"),1),MIN(COUNTIF($E25,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G25),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G25),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G25)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.6760629999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E25,\"*Coal\")+COUNTIF($E25,\"*Biomass*\"),1),MIN(COUNTIF($E25,\"*Liquid*\"),1),MIN(COUNTIF($E25,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G25),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G25),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G25)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.492769},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E25,\"*Coal\")+COUNTIF($E25,\"*Biomass*\"),1),MIN(COUNTIF($E25,\"*Liquid*\"),1),MIN(COUNTIF($E25,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G25),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G25),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G25)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.4622199999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E25,\"*Coal\")+COUNTIF($E25,\"*Biomass*\"),1),MIN(COUNTIF($E25,\"*Liquid*\"),1),MIN(COUNTIF($E25,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G25),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G25),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G25)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.4622199999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E25,\"*Coal\")+COUNTIF($E25,\"*Biomass*\"),1),MIN(COUNTIF($E25,\"*Liquid*\"),1),MIN(COUNTIF($E25,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G25),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G25),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G25)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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[null,{"$f":"'Summary Mapping'!$C20","v":"GSTONE2"},{"$f":"'Summary Mapping'!$J20","v":"Existing"},{"$f":"'Summary Mapping'!$F20","v":"QLD"},{"$f":"'Summary Mapping'!$M20","v":"Black Coal"},{"$f":"IF('Summary Mapping'!$H20=\"N/A\",'Summary Mapping'!$G20,'Summary Mapping'!$H20)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N20","v":"Gladstone"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E26,\"*Coal\")+COUNTIF($E26,\"*Biomass*\"),1),MIN(COUNTIF($E26,\"*Liquid*\"),1),MIN(COUNTIF($E26,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G26),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G26),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G26)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":4.6536309999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E26,\"*Coal\")+COUNTIF($E26,\"*Biomass*\"),1),MIN(COUNTIF($E26,\"*Liquid*\"),1),MIN(COUNTIF($E26,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G26),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G26),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G26)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - 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BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.7167949999999998},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E26,\"*Coal\")+COUNTIF($E26,\"*Biomass*\"),1),MIN(COUNTIF($E26,\"*Liquid*\"),1),MIN(COUNTIF($E26,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G26),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G26),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G26)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.6760629999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E26,\"*Coal\")+COUNTIF($E26,\"*Biomass*\"),1),MIN(COUNTIF($E26,\"*Liquid*\"),1),MIN(COUNTIF($E26,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G26),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G26),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G26)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.492769},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E26,\"*Coal\")+COUNTIF($E26,\"*Biomass*\"),1),MIN(COUNTIF($E26,\"*Liquid*\"),1),MIN(COUNTIF($E26,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G26),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G26),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G26)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.4622199999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E26,\"*Coal\")+COUNTIF($E26,\"*Biomass*\"),1),MIN(COUNTIF($E26,\"*Liquid*\"),1),MIN(COUNTIF($E26,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G26),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G26),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G26)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.4622199999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E26,\"*Coal\")+COUNTIF($E26,\"*Biomass*\"),1),MIN(COUNTIF($E26,\"*Liquid*\"),1),MIN(COUNTIF($E26,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G26),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G26),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G26)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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[null,{"$f":"'Summary Mapping'!$C21","v":"GSTONE3"},{"$f":"'Summary Mapping'!$J21","v":"Existing"},{"$f":"'Summary Mapping'!$F21","v":"QLD"},{"$f":"'Summary Mapping'!$M21","v":"Black Coal"},{"$f":"IF('Summary Mapping'!$H21=\"N/A\",'Summary Mapping'!$G21,'Summary Mapping'!$H21)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N21","v":"Gladstone"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E27,\"*Coal\")+COUNTIF($E27,\"*Biomass*\"),1),MIN(COUNTIF($E27,\"*Liquid*\"),1),MIN(COUNTIF($E27,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G27),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G27),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G27)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":4.6536309999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E27,\"*Coal\")+COUNTIF($E27,\"*Biomass*\"),1),MIN(COUNTIF($E27,\"*Liquid*\"),1),MIN(COUNTIF($E27,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G27),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G27),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G27)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":4.1241149999999998},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E27,\"*Coal\")+COUNTIF($E27,\"*Biomass*\"),1),MIN(COUNTIF($E27,\"*Liquid*\"),1),MIN(COUNTIF($E27,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G27),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G27),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G27)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.8084420000000003},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E27,\"*Coal\")+COUNTIF($E27,\"*Biomass*\"),1),MIN(COUNTIF($E27,\"*Liquid*\"),1),MIN(COUNTIF($E27,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G27),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G27),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G27)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.7677100000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E27,\"*Coal\")+COUNTIF($E27,\"*Biomass*\"),1),MIN(COUNTIF($E27,\"*Liquid*\"),1),MIN(COUNTIF($E27,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G27),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G27),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G27)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.7167949999999998},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E27,\"*Coal\")+COUNTIF($E27,\"*Biomass*\"),1),MIN(COUNTIF($E27,\"*Liquid*\"),1),MIN(COUNTIF($E27,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G27),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G27),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G27)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.6760629999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E27,\"*Coal\")+COUNTIF($E27,\"*Biomass*\"),1),MIN(COUNTIF($E27,\"*Liquid*\"),1),MIN(COUNTIF($E27,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G27),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G27),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G27)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.584416},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E27,\"*Coal\")+COUNTIF($E27,\"*Biomass*\"),1),MIN(COUNTIF($E27,\"*Liquid*\"),1),MIN(COUNTIF($E27,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G27),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G27),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G27)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.5335010000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E27,\"*Coal\")+COUNTIF($E27,\"*Biomass*\"),1),MIN(COUNTIF($E27,\"*Liquid*\"),1),MIN(COUNTIF($E27,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G27),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G27),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G27)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.492769},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E27,\"*Coal\")+COUNTIF($E27,\"*Biomass*\"),1),MIN(COUNTIF($E27,\"*Liquid*\"),1),MIN(COUNTIF($E27,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G27),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G27),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G27)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.4622199999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E27,\"*Coal\")+COUNTIF($E27,\"*Biomass*\"),1),MIN(COUNTIF($E27,\"*Liquid*\"),1),MIN(COUNTIF($E27,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G27),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G27),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G27)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.4622199999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E27,\"*Coal\")+COUNTIF($E27,\"*Biomass*\"),1),MIN(COUNTIF($E27,\"*Liquid*\"),1),MIN(COUNTIF($E27,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G27),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G27),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G27)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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[null,{"$f":"'Summary Mapping'!$C22","v":"GSTONE4"},{"$f":"'Summary Mapping'!$J22","v":"Existing"},{"$f":"'Summary Mapping'!$F22","v":"QLD"},{"$f":"'Summary Mapping'!$M22","v":"Black Coal"},{"$f":"IF('Summary Mapping'!$H22=\"N/A\",'Summary Mapping'!$G22,'Summary Mapping'!$H22)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N22","v":"Gladstone"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E28,\"*Coal\")+COUNTIF($E28,\"*Biomass*\"),1),MIN(COUNTIF($E28,\"*Liquid*\"),1),MIN(COUNTIF($E28,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G28),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G28),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G28)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":5.7941270000000005},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E28,\"*Coal\")+COUNTIF($E28,\"*Biomass*\"),1),MIN(COUNTIF($E28,\"*Liquid*\"),1),MIN(COUNTIF($E28,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G28),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G28),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G28)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":5.2238790000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E28,\"*Coal\")+COUNTIF($E28,\"*Biomass*\"),1),MIN(COUNTIF($E28,\"*Liquid*\"),1),MIN(COUNTIF($E28,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G28),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G28),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G28)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":4.6536309999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E28,\"*Coal\")+COUNTIF($E28,\"*Biomass*\"),1),MIN(COUNTIF($E28,\"*Liquid*\"),1),MIN(COUNTIF($E28,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G28),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G28),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G28)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":4.1241149999999998},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E28,\"*Coal\")+COUNTIF($E28,\"*Biomass*\"),1),MIN(COUNTIF($E28,\"*Liquid*\"),1),MIN(COUNTIF($E28,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G28),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G28),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G28)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.8084420000000003},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E28,\"*Coal\")+COUNTIF($E28,\"*Biomass*\"),1),MIN(COUNTIF($E28,\"*Liquid*\"),1),MIN(COUNTIF($E28,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G28),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G28),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G28)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.7677100000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E28,\"*Coal\")+COUNTIF($E28,\"*Biomass*\"),1),MIN(COUNTIF($E28,\"*Liquid*\"),1),MIN(COUNTIF($E28,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G28),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G28),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G28)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.7167949999999998},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E28,\"*Coal\")+COUNTIF($E28,\"*Biomass*\"),1),MIN(COUNTIF($E28,\"*Liquid*\"),1),MIN(COUNTIF($E28,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G28),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G28),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G28)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.6760629999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E28,\"*Coal\")+COUNTIF($E28,\"*Biomass*\"),1),MIN(COUNTIF($E28,\"*Liquid*\"),1),MIN(COUNTIF($E28,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G28),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G28),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G28)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.584416},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E28,\"*Coal\")+COUNTIF($E28,\"*Biomass*\"),1),MIN(COUNTIF($E28,\"*Liquid*\"),1),MIN(COUNTIF($E28,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G28),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G28),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G28)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.5335010000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E28,\"*Coal\")+COUNTIF($E28,\"*Biomass*\"),1),MIN(COUNTIF($E28,\"*Liquid*\"),1),MIN(COUNTIF($E28,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G28),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G28),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G28)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.492769},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E28,\"*Coal\")+COUNTIF($E28,\"*Biomass*\"),1),MIN(COUNTIF($E28,\"*Liquid*\"),1),MIN(COUNTIF($E28,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G28),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G28),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G28)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.4622199999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E28,\"*Coal\")+COUNTIF($E28,\"*Biomass*\"),1),MIN(COUNTIF($E28,\"*Liquid*\"),1),MIN(COUNTIF($E28,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G28),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G28),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G28)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.4622199999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E28,\"*Coal\")+COUNTIF($E28,\"*Biomass*\"),1),MIN(COUNTIF($E28,\"*Liquid*\"),1),MIN(COUNTIF($E28,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G28),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G28),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G28)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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[null,{"$f":"'Summary Mapping'!$C23","v":"GSTONE5"},{"$f":"'Summary Mapping'!$J23","v":"Existing"},{"$f":"'Summary Mapping'!$F23","v":"QLD"},{"$f":"'Summary Mapping'!$M23","v":"Black Coal"},{"$f":"IF('Summary Mapping'!$H23=\"N/A\",'Summary Mapping'!$G23,'Summary Mapping'!$H23)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N23","v":"Gladstone"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E29,\"*Coal\")+COUNTIF($E29,\"*Biomass*\"),1),MIN(COUNTIF($E29,\"*Liquid*\"),1),MIN(COUNTIF($E29,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G29),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G29),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G29)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":4.6536309999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E29,\"*Coal\")+COUNTIF($E29,\"*Biomass*\"),1),MIN(COUNTIF($E29,\"*Liquid*\"),1),MIN(COUNTIF($E29,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G29),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G29),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G29)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":4.1241149999999998},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E29,\"*Coal\")+COUNTIF($E29,\"*Biomass*\"),1),MIN(COUNTIF($E29,\"*Liquid*\"),1),MIN(COUNTIF($E29,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G29),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G29),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G29)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.8084420000000003},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E29,\"*Coal\")+COUNTIF($E29,\"*Biomass*\"),1),MIN(COUNTIF($E29,\"*Liquid*\"),1),MIN(COUNTIF($E29,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G29),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G29),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G29)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.7677100000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E29,\"*Coal\")+COUNTIF($E29,\"*Biomass*\"),1),MIN(COUNTIF($E29,\"*Liquid*\"),1),MIN(COUNTIF($E29,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G29),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G29),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G29)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.7167949999999998},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E29,\"*Coal\")+COUNTIF($E29,\"*Biomass*\"),1),MIN(COUNTIF($E29,\"*Liquid*\"),1),MIN(COUNTIF($E29,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G29),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G29),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G29)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.6760629999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E29,\"*Coal\")+COUNTIF($E29,\"*Biomass*\"),1),MIN(COUNTIF($E29,\"*Liquid*\"),1),MIN(COUNTIF($E29,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G29),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G29),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G29)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.584416},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E29,\"*Coal\")+COUNTIF($E29,\"*Biomass*\"),1),MIN(COUNTIF($E29,\"*Liquid*\"),1),MIN(COUNTIF($E29,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G29),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G29),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G29)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.5335010000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E29,\"*Coal\")+COUNTIF($E29,\"*Biomass*\"),1),MIN(COUNTIF($E29,\"*Liquid*\"),1),MIN(COUNTIF($E29,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G29),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G29),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G29)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.492769},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E29,\"*Coal\")+COUNTIF($E29,\"*Biomass*\"),1),MIN(COUNTIF($E29,\"*Liquid*\"),1),MIN(COUNTIF($E29,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G29),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G29),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G29)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.4622199999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E29,\"*Coal\")+COUNTIF($E29,\"*Biomass*\"),1),MIN(COUNTIF($E29,\"*Liquid*\"),1),MIN(COUNTIF($E29,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G29),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G29),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G29)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.4622199999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E29,\"*Coal\")+COUNTIF($E29,\"*Biomass*\"),1),MIN(COUNTIF($E29,\"*Liquid*\"),1),MIN(COUNTIF($E29,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G29),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G29),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G29)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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[null,{"$f":"'Summary Mapping'!$C24","v":"GSTONE6"},{"$f":"'Summary Mapping'!$J24","v":"Existing"},{"$f":"'Summary Mapping'!$F24","v":"QLD"},{"$f":"'Summary Mapping'!$M24","v":"Black Coal"},{"$f":"IF('Summary Mapping'!$H24=\"N/A\",'Summary Mapping'!$G24,'Summary Mapping'!$H24)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N24","v":"Gladstone"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E30,\"*Coal\")+COUNTIF($E30,\"*Biomass*\"),1),MIN(COUNTIF($E30,\"*Liquid*\"),1),MIN(COUNTIF($E30,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G30),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G30),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G30)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":4.6536309999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E30,\"*Coal\")+COUNTIF($E30,\"*Biomass*\"),1),MIN(COUNTIF($E30,\"*Liquid*\"),1),MIN(COUNTIF($E30,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G30),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G30),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G30)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":4.1241149999999998},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E30,\"*Coal\")+COUNTIF($E30,\"*Biomass*\"),1),MIN(COUNTIF($E30,\"*Liquid*\"),1),MIN(COUNTIF($E30,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G30),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G30),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G30)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.8084420000000003},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E30,\"*Coal\")+COUNTIF($E30,\"*Biomass*\"),1),MIN(COUNTIF($E30,\"*Liquid*\"),1),MIN(COUNTIF($E30,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G30),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G30),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G30)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.7677100000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E30,\"*Coal\")+COUNTIF($E30,\"*Biomass*\"),1),MIN(COUNTIF($E30,\"*Liquid*\"),1),MIN(COUNTIF($E30,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G30),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G30),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G30)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.7167949999999998},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E30,\"*Coal\")+COUNTIF($E30,\"*Biomass*\"),1),MIN(COUNTIF($E30,\"*Liquid*\"),1),MIN(COUNTIF($E30,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G30),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G30),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G30)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.6760629999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E30,\"*Coal\")+COUNTIF($E30,\"*Biomass*\"),1),MIN(COUNTIF($E30,\"*Liquid*\"),1),MIN(COUNTIF($E30,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G30),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G30),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G30)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.584416},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E30,\"*Coal\")+COUNTIF($E30,\"*Biomass*\"),1),MIN(COUNTIF($E30,\"*Liquid*\"),1),MIN(COUNTIF($E30,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G30),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G30),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G30)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.5335010000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E30,\"*Coal\")+COUNTIF($E30,\"*Biomass*\"),1),MIN(COUNTIF($E30,\"*Liquid*\"),1),MIN(COUNTIF($E30,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G30),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G30),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G30)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.492769},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E30,\"*Coal\")+COUNTIF($E30,\"*Biomass*\"),1),MIN(COUNTIF($E30,\"*Liquid*\"),1),MIN(COUNTIF($E30,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G30),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G30),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G30)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.4622199999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E30,\"*Coal\")+COUNTIF($E30,\"*Biomass*\"),1),MIN(COUNTIF($E30,\"*Liquid*\"),1),MIN(COUNTIF($E30,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G30),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G30),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G30)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.4622199999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E30,\"*Coal\")+COUNTIF($E30,\"*Biomass*\"),1),MIN(COUNTIF($E30,\"*Liquid*\"),1),MIN(COUNTIF($E30,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G30),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G30),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G30)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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[null,{"$f":"'Summary Mapping'!$C25","v":"KPP_1"},{"$f":"'Summary Mapping'!$J25","v":"Existing"},{"$f":"'Summary Mapping'!$F25","v":"QLD"},{"$f":"'Summary Mapping'!$M25","v":"Black Coal"},{"$f":"IF('Summary Mapping'!$H25=\"N/A\",'Summary Mapping'!$G25,'Summary Mapping'!$H25)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N25","v":"Kogan Creek"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E31,\"*Coal\")+COUNTIF($E31,\"*Biomass*\"),1),MIN(COUNTIF($E31,\"*Liquid*\"),1),MIN(COUNTIF($E31,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.3217239999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E31,\"*Coal\")+COUNTIF($E31,\"*Biomass*\"),1),MIN(COUNTIF($E31,\"*Liquid*\"),1),MIN(COUNTIF($E31,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.3217239999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E31,\"*Coal\")+COUNTIF($E31,\"*Biomass*\"),1),MIN(COUNTIF($E31,\"*Liquid*\"),1),MIN(COUNTIF($E31,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.3217239999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E31,\"*Coal\")+COUNTIF($E31,\"*Biomass*\"),1),MIN(COUNTIF($E31,\"*Liquid*\"),1),MIN(COUNTIF($E31,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.3217239999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E31,\"*Coal\")+COUNTIF($E31,\"*Biomass*\"),1),MIN(COUNTIF($E31,\"*Liquid*\"),1),MIN(COUNTIF($E31,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.3217239999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E31,\"*Coal\")+COUNTIF($E31,\"*Biomass*\"),1),MIN(COUNTIF($E31,\"*Liquid*\"),1),MIN(COUNTIF($E31,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.3217239999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E31,\"*Coal\")+COUNTIF($E31,\"*Biomass*\"),1),MIN(COUNTIF($E31,\"*Liquid*\"),1),MIN(COUNTIF($E31,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.3217239999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E31,\"*Coal\")+COUNTIF($E31,\"*Biomass*\"),1),MIN(COUNTIF($E31,\"*Liquid*\"),1),MIN(COUNTIF($E31,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.3217239999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E31,\"*Coal\")+COUNTIF($E31,\"*Biomass*\"),1),MIN(COUNTIF($E31,\"*Liquid*\"),1),MIN(COUNTIF($E31,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.3217239999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E31,\"*Coal\")+COUNTIF($E31,\"*Biomass*\"),1),MIN(COUNTIF($E31,\"*Liquid*\"),1),MIN(COUNTIF($E31,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.3217239999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E31,\"*Coal\")+COUNTIF($E31,\"*Biomass*\"),1),MIN(COUNTIF($E31,\"*Liquid*\"),1),MIN(COUNTIF($E31,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.3217239999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E31,\"*Coal\")+COUNTIF($E31,\"*Biomass*\"),1),MIN(COUNTIF($E31,\"*Liquid*\"),1),MIN(COUNTIF($E31,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.3217239999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E31,\"*Coal\")+COUNTIF($E31,\"*Biomass*\"),1),MIN(COUNTIF($E31,\"*Liquid*\"),1),MIN(COUNTIF($E31,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.3217239999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E31,\"*Coal\")+COUNTIF($E31,\"*Biomass*\"),1),MIN(COUNTIF($E31,\"*Liquid*\"),1),MIN(COUNTIF($E31,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.3217239999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E31,\"*Coal\")+COUNTIF($E31,\"*Biomass*\"),1),MIN(COUNTIF($E31,\"*Liquid*\"),1),MIN(COUNTIF($E31,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.3217239999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E31,\"*Coal\")+COUNTIF($E31,\"*Biomass*\"),1),MIN(COUNTIF($E31,\"*Liquid*\"),1),MIN(COUNTIF($E31,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.3217239999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E31,\"*Coal\")+COUNTIF($E31,\"*Biomass*\"),1),MIN(COUNTIF($E31,\"*Liquid*\"),1),MIN(COUNTIF($E31,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.3217239999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E31,\"*Coal\")+COUNTIF($E31,\"*Biomass*\"),1),MIN(COUNTIF($E31,\"*Liquid*\"),1),MIN(COUNTIF($E31,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.3217239999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E31,\"*Coal\")+COUNTIF($E31,\"*Biomass*\"),1),MIN(COUNTIF($E31,\"*Liquid*\"),1),MIN(COUNTIF($E31,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31)*SUMIFS('GPG emissions reduction - 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BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.3217239999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E31,\"*Coal\")+COUNTIF($E31,\"*Biomass*\"),1),MIN(COUNTIF($E31,\"*Liquid*\"),1),MIN(COUNTIF($E31,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.3217239999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E31,\"*Coal\")+COUNTIF($E31,\"*Biomass*\"),1),MIN(COUNTIF($E31,\"*Liquid*\"),1),MIN(COUNTIF($E31,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":2.3217239999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E31,\"*Coal\")+COUNTIF($E31,\"*Biomass*\"),1),MIN(COUNTIF($E31,\"*Liquid*\"),1),MIN(COUNTIF($E31,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.3217239999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E31,\"*Coal\")+COUNTIF($E31,\"*Biomass*\"),1),MIN(COUNTIF($E31,\"*Liquid*\"),1),MIN(COUNTIF($E31,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.3217239999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E31,\"*Coal\")+COUNTIF($E31,\"*Biomass*\"),1),MIN(COUNTIF($E31,\"*Liquid*\"),1),MIN(COUNTIF($E31,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G31)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.3217239999999997}]
[null,{"$f":"'Summary Mapping'!$C26","v":"MPP_1"},{"$f":"'Summary Mapping'!$J26","v":"Existing"},{"$f":"'Summary Mapping'!$F26","v":"QLD"},{"$f":"'Summary Mapping'!$M26","v":"Black Coal"},{"$f":"IF('Summary Mapping'!$H26=\"N/A\",'Summary Mapping'!$G26,'Summary Mapping'!$H26)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N26","v":"Millmerran"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E32,\"*Coal\")+COUNTIF($E32,\"*Biomass*\"),1),MIN(COUNTIF($E32,\"*Liquid*\"),1),MIN(COUNTIF($E32,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E32,\"*Coal\")+COUNTIF($E32,\"*Biomass*\"),1),MIN(COUNTIF($E32,\"*Liquid*\"),1),MIN(COUNTIF($E32,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E32,\"*Coal\")+COUNTIF($E32,\"*Biomass*\"),1),MIN(COUNTIF($E32,\"*Liquid*\"),1),MIN(COUNTIF($E32,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E32,\"*Coal\")+COUNTIF($E32,\"*Biomass*\"),1),MIN(COUNTIF($E32,\"*Liquid*\"),1),MIN(COUNTIF($E32,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E32,\"*Coal\")+COUNTIF($E32,\"*Biomass*\"),1),MIN(COUNTIF($E32,\"*Liquid*\"),1),MIN(COUNTIF($E32,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E32,\"*Coal\")+COUNTIF($E32,\"*Biomass*\"),1),MIN(COUNTIF($E32,\"*Liquid*\"),1),MIN(COUNTIF($E32,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E32,\"*Coal\")+COUNTIF($E32,\"*Biomass*\"),1),MIN(COUNTIF($E32,\"*Liquid*\"),1),MIN(COUNTIF($E32,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E32,\"*Coal\")+COUNTIF($E32,\"*Biomass*\"),1),MIN(COUNTIF($E32,\"*Liquid*\"),1),MIN(COUNTIF($E32,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E32,\"*Coal\")+COUNTIF($E32,\"*Biomass*\"),1),MIN(COUNTIF($E32,\"*Liquid*\"),1),MIN(COUNTIF($E32,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E32,\"*Coal\")+COUNTIF($E32,\"*Biomass*\"),1),MIN(COUNTIF($E32,\"*Liquid*\"),1),MIN(COUNTIF($E32,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E32,\"*Coal\")+COUNTIF($E32,\"*Biomass*\"),1),MIN(COUNTIF($E32,\"*Liquid*\"),1),MIN(COUNTIF($E32,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E32,\"*Coal\")+COUNTIF($E32,\"*Biomass*\"),1),MIN(COUNTIF($E32,\"*Liquid*\"),1),MIN(COUNTIF($E32,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E32,\"*Coal\")+COUNTIF($E32,\"*Biomass*\"),1),MIN(COUNTIF($E32,\"*Liquid*\"),1),MIN(COUNTIF($E32,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E32,\"*Coal\")+COUNTIF($E32,\"*Biomass*\"),1),MIN(COUNTIF($E32,\"*Liquid*\"),1),MIN(COUNTIF($E32,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E32,\"*Coal\")+COUNTIF($E32,\"*Biomass*\"),1),MIN(COUNTIF($E32,\"*Liquid*\"),1),MIN(COUNTIF($E32,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E32,\"*Coal\")+COUNTIF($E32,\"*Biomass*\"),1),MIN(COUNTIF($E32,\"*Liquid*\"),1),MIN(COUNTIF($E32,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E32,\"*Coal\")+COUNTIF($E32,\"*Biomass*\"),1),MIN(COUNTIF($E32,\"*Liquid*\"),1),MIN(COUNTIF($E32,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E32,\"*Coal\")+COUNTIF($E32,\"*Biomass*\"),1),MIN(COUNTIF($E32,\"*Liquid*\"),1),MIN(COUNTIF($E32,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E32,\"*Coal\")+COUNTIF($E32,\"*Biomass*\"),1),MIN(COUNTIF($E32,\"*Liquid*\"),1),MIN(COUNTIF($E32,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32)*SUMIFS('GPG emissions reduction - 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BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E32,\"*Coal\")+COUNTIF($E32,\"*Biomass*\"),1),MIN(COUNTIF($E32,\"*Liquid*\"),1),MIN(COUNTIF($E32,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E32,\"*Coal\")+COUNTIF($E32,\"*Biomass*\"),1),MIN(COUNTIF($E32,\"*Liquid*\"),1),MIN(COUNTIF($E32,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E32,\"*Coal\")+COUNTIF($E32,\"*Biomass*\"),1),MIN(COUNTIF($E32,\"*Liquid*\"),1),MIN(COUNTIF($E32,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E32,\"*Coal\")+COUNTIF($E32,\"*Biomass*\"),1),MIN(COUNTIF($E32,\"*Liquid*\"),1),MIN(COUNTIF($E32,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E32,\"*Coal\")+COUNTIF($E32,\"*Biomass*\"),1),MIN(COUNTIF($E32,\"*Liquid*\"),1),MIN(COUNTIF($E32,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G32)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001}]
[null,{"$f":"'Summary Mapping'!$C27","v":"MPP_2"},{"$f":"'Summary Mapping'!$J27","v":"Existing"},{"$f":"'Summary Mapping'!$F27","v":"QLD"},{"$f":"'Summary Mapping'!$M27","v":"Black Coal"},{"$f":"IF('Summary Mapping'!$H27=\"N/A\",'Summary Mapping'!$G27,'Summary Mapping'!$H27)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N27","v":"Millmerran"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E33,\"*Coal\")+COUNTIF($E33,\"*Biomass*\"),1),MIN(COUNTIF($E33,\"*Liquid*\"),1),MIN(COUNTIF($E33,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E33,\"*Coal\")+COUNTIF($E33,\"*Biomass*\"),1),MIN(COUNTIF($E33,\"*Liquid*\"),1),MIN(COUNTIF($E33,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E33,\"*Coal\")+COUNTIF($E33,\"*Biomass*\"),1),MIN(COUNTIF($E33,\"*Liquid*\"),1),MIN(COUNTIF($E33,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E33,\"*Coal\")+COUNTIF($E33,\"*Biomass*\"),1),MIN(COUNTIF($E33,\"*Liquid*\"),1),MIN(COUNTIF($E33,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E33,\"*Coal\")+COUNTIF($E33,\"*Biomass*\"),1),MIN(COUNTIF($E33,\"*Liquid*\"),1),MIN(COUNTIF($E33,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E33,\"*Coal\")+COUNTIF($E33,\"*Biomass*\"),1),MIN(COUNTIF($E33,\"*Liquid*\"),1),MIN(COUNTIF($E33,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E33,\"*Coal\")+COUNTIF($E33,\"*Biomass*\"),1),MIN(COUNTIF($E33,\"*Liquid*\"),1),MIN(COUNTIF($E33,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E33,\"*Coal\")+COUNTIF($E33,\"*Biomass*\"),1),MIN(COUNTIF($E33,\"*Liquid*\"),1),MIN(COUNTIF($E33,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E33,\"*Coal\")+COUNTIF($E33,\"*Biomass*\"),1),MIN(COUNTIF($E33,\"*Liquid*\"),1),MIN(COUNTIF($E33,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E33,\"*Coal\")+COUNTIF($E33,\"*Biomass*\"),1),MIN(COUNTIF($E33,\"*Liquid*\"),1),MIN(COUNTIF($E33,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E33,\"*Coal\")+COUNTIF($E33,\"*Biomass*\"),1),MIN(COUNTIF($E33,\"*Liquid*\"),1),MIN(COUNTIF($E33,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E33,\"*Coal\")+COUNTIF($E33,\"*Biomass*\"),1),MIN(COUNTIF($E33,\"*Liquid*\"),1),MIN(COUNTIF($E33,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E33,\"*Coal\")+COUNTIF($E33,\"*Biomass*\"),1),MIN(COUNTIF($E33,\"*Liquid*\"),1),MIN(COUNTIF($E33,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E33,\"*Coal\")+COUNTIF($E33,\"*Biomass*\"),1),MIN(COUNTIF($E33,\"*Liquid*\"),1),MIN(COUNTIF($E33,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E33,\"*Coal\")+COUNTIF($E33,\"*Biomass*\"),1),MIN(COUNTIF($E33,\"*Liquid*\"),1),MIN(COUNTIF($E33,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E33,\"*Coal\")+COUNTIF($E33,\"*Biomass*\"),1),MIN(COUNTIF($E33,\"*Liquid*\"),1),MIN(COUNTIF($E33,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E33,\"*Coal\")+COUNTIF($E33,\"*Biomass*\"),1),MIN(COUNTIF($E33,\"*Liquid*\"),1),MIN(COUNTIF($E33,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E33,\"*Coal\")+COUNTIF($E33,\"*Biomass*\"),1),MIN(COUNTIF($E33,\"*Liquid*\"),1),MIN(COUNTIF($E33,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G33)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":2.0569660000000001}]
[null,{"$f":"'Summary Mapping'!$C28","v":"MP1"},{"$f":"'Summary Mapping'!$J28","v":"Existing"},{"$f":"'Summary Mapping'!$F28","v":"NSW"},{"$f":"'Summary Mapping'!$M28","v":"Black Coal"},{"$f":"IF('Summary Mapping'!$H28=\"N/A\",'Summary Mapping'!$G28,'Summary Mapping'!$H28)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N28","v":"Mt Piper"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E34,\"*Coal\")+COUNTIF($E34,\"*Biomass*\"),1),MIN(COUNTIF($E34,\"*Liquid*\"),1),MIN(COUNTIF($E34,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G34),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G34),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G34)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":5.2544279999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E34,\"*Coal\")+COUNTIF($E34,\"*Biomass*\"),1),MIN(COUNTIF($E34,\"*Liquid*\"),1),MIN(COUNTIF($E34,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G34),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G34),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G34)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":4.6027159999999991},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E34,\"*Coal\")+COUNTIF($E34,\"*Biomass*\"),1),MIN(COUNTIF($E34,\"*Liquid*\"),1),MIN(COUNTIF($E34,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G34),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G34),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G34)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":4.2361279999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E34,\"*Coal\")+COUNTIF($E34,\"*Biomass*\"),1),MIN(COUNTIF($E34,\"*Liquid*\"),1),MIN(COUNTIF($E34,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G34),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G34),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G34)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":4.1546640000000004},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E34,\"*Coal\")+COUNTIF($E34,\"*Biomass*\"),1),MIN(COUNTIF($E34,\"*Liquid*\"),1),MIN(COUNTIF($E34,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G34),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G34),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G34)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":4.0630170000000003},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E34,\"*Coal\")+COUNTIF($E34,\"*Biomass*\"),1),MIN(COUNTIF($E34,\"*Liquid*\"),1),MIN(COUNTIF($E34,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G34),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G34),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G34)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.9815529999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E34,\"*Coal\")+COUNTIF($E34,\"*Biomass*\"),1),MIN(COUNTIF($E34,\"*Liquid*\"),1),MIN(COUNTIF($E34,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G34),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G34),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G34)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.8084420000000003},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E34,\"*Coal\")+COUNTIF($E34,\"*Biomass*\"),1),MIN(COUNTIF($E34,\"*Liquid*\"),1),MIN(COUNTIF($E34,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G34),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G34),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G34)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.7269779999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E34,\"*Coal\")+COUNTIF($E34,\"*Biomass*\"),1),MIN(COUNTIF($E34,\"*Liquid*\"),1),MIN(COUNTIF($E34,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G34),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G34),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G34)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.6455139999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E34,\"*Coal\")+COUNTIF($E34,\"*Biomass*\"),1),MIN(COUNTIF($E34,\"*Liquid*\"),1),MIN(COUNTIF($E34,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G34),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G34),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G34)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.5538670000000003},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E34,\"*Coal\")+COUNTIF($E34,\"*Biomass*\"),1),MIN(COUNTIF($E34,\"*Liquid*\"),1),MIN(COUNTIF($E34,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G34),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G34),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G34)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.5131350000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E34,\"*Coal\")+COUNTIF($E34,\"*Biomass*\"),1),MIN(COUNTIF($E34,\"*Liquid*\"),1),MIN(COUNTIF($E34,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G34),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G34),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G34)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.5131350000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E34,\"*Coal\")+COUNTIF($E34,\"*Biomass*\"),1),MIN(COUNTIF($E34,\"*Liquid*\"),1),MIN(COUNTIF($E34,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G34),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G34),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G34)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.5131350000000001}]
[null,{"$f":"'Summary Mapping'!$C29","v":"MP2"},{"$f":"'Summary Mapping'!$J29","v":"Existing"},{"$f":"'Summary Mapping'!$F29","v":"NSW"},{"$f":"'Summary Mapping'!$M29","v":"Black Coal"},{"$f":"IF('Summary Mapping'!$H29=\"N/A\",'Summary Mapping'!$G29,'Summary Mapping'!$H29)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N29","v":"Mt Piper"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E35,\"*Coal\")+COUNTIF($E35,\"*Biomass*\"),1),MIN(COUNTIF($E35,\"*Liquid*\"),1),MIN(COUNTIF($E35,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G35),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G35),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G35)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":5.2544279999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E35,\"*Coal\")+COUNTIF($E35,\"*Biomass*\"),1),MIN(COUNTIF($E35,\"*Liquid*\"),1),MIN(COUNTIF($E35,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G35),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G35),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G35)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":4.6027159999999991},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E35,\"*Coal\")+COUNTIF($E35,\"*Biomass*\"),1),MIN(COUNTIF($E35,\"*Liquid*\"),1),MIN(COUNTIF($E35,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G35),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G35),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G35)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":4.2361279999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E35,\"*Coal\")+COUNTIF($E35,\"*Biomass*\"),1),MIN(COUNTIF($E35,\"*Liquid*\"),1),MIN(COUNTIF($E35,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G35),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G35),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G35)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":4.1546640000000004},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E35,\"*Coal\")+COUNTIF($E35,\"*Biomass*\"),1),MIN(COUNTIF($E35,\"*Liquid*\"),1),MIN(COUNTIF($E35,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G35),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G35),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G35)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":4.0630170000000003},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E35,\"*Coal\")+COUNTIF($E35,\"*Biomass*\"),1),MIN(COUNTIF($E35,\"*Liquid*\"),1),MIN(COUNTIF($E35,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G35),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G35),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G35)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.9815529999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E35,\"*Coal\")+COUNTIF($E35,\"*Biomass*\"),1),MIN(COUNTIF($E35,\"*Liquid*\"),1),MIN(COUNTIF($E35,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G35),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G35),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G35)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.8084420000000003},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E35,\"*Coal\")+COUNTIF($E35,\"*Biomass*\"),1),MIN(COUNTIF($E35,\"*Liquid*\"),1),MIN(COUNTIF($E35,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G35),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G35),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G35)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.7269779999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E35,\"*Coal\")+COUNTIF($E35,\"*Biomass*\"),1),MIN(COUNTIF($E35,\"*Liquid*\"),1),MIN(COUNTIF($E35,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G35),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G35),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G35)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.6455139999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E35,\"*Coal\")+COUNTIF($E35,\"*Biomass*\"),1),MIN(COUNTIF($E35,\"*Liquid*\"),1),MIN(COUNTIF($E35,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G35),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G35),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G35)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.5538670000000003},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E35,\"*Coal\")+COUNTIF($E35,\"*Biomass*\"),1),MIN(COUNTIF($E35,\"*Liquid*\"),1),MIN(COUNTIF($E35,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G35),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G35),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G35)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.5131350000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E35,\"*Coal\")+COUNTIF($E35,\"*Biomass*\"),1),MIN(COUNTIF($E35,\"*Liquid*\"),1),MIN(COUNTIF($E35,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G35),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G35),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G35)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.5131350000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E35,\"*Coal\")+COUNTIF($E35,\"*Biomass*\"),1),MIN(COUNTIF($E35,\"*Liquid*\"),1),MIN(COUNTIF($E35,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G35),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G35),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G35)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.5131350000000001}]
[null,{"$f":"'Summary Mapping'!$C30","v":"STAN-1"},{"$f":"'Summary Mapping'!$J30","v":"Existing"},{"$f":"'Summary Mapping'!$F30","v":"QLD"},{"$f":"'Summary Mapping'!$M30","v":"Black Coal"},{"$f":"IF('Summary Mapping'!$H30=\"N/A\",'Summary Mapping'!$G30,'Summary Mapping'!$H30)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N30","v":"Stanwell"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E36,\"*Coal\")+COUNTIF($E36,\"*Biomass*\"),1),MIN(COUNTIF($E36,\"*Liquid*\"),1),MIN(COUNTIF($E36,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G36),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G36),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G36)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.6047820000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E36,\"*Coal\")+COUNTIF($E36,\"*Biomass*\"),1),MIN(COUNTIF($E36,\"*Liquid*\"),1),MIN(COUNTIF($E36,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G36),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G36),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G36)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.5233179999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E36,\"*Coal\")+COUNTIF($E36,\"*Biomass*\"),1),MIN(COUNTIF($E36,\"*Liquid*\"),1),MIN(COUNTIF($E36,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G36),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G36),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G36)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1770960000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E36,\"*Coal\")+COUNTIF($E36,\"*Biomass*\"),1),MIN(COUNTIF($E36,\"*Liquid*\"),1),MIN(COUNTIF($E36,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G36),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G36),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G36)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1363639999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E36,\"*Coal\")+COUNTIF($E36,\"*Biomass*\"),1),MIN(COUNTIF($E36,\"*Liquid*\"),1),MIN(COUNTIF($E36,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G36),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G36),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G36)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1363639999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E36,\"*Coal\")+COUNTIF($E36,\"*Biomass*\"),1),MIN(COUNTIF($E36,\"*Liquid*\"),1),MIN(COUNTIF($E36,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G36),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G36),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G36)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1363639999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E36,\"*Coal\")+COUNTIF($E36,\"*Biomass*\"),1),MIN(COUNTIF($E36,\"*Liquid*\"),1),MIN(COUNTIF($E36,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G36),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G36),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G36)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1363639999999999}]
[null,{"$f":"'Summary Mapping'!$C31","v":"STAN-2"},{"$f":"'Summary Mapping'!$J31","v":"Existing"},{"$f":"'Summary Mapping'!$F31","v":"QLD"},{"$f":"'Summary Mapping'!$M31","v":"Black Coal"},{"$f":"IF('Summary Mapping'!$H31=\"N/A\",'Summary Mapping'!$G31,'Summary Mapping'!$H31)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N31","v":"Stanwell"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E37,\"*Coal\")+COUNTIF($E37,\"*Biomass*\"),1),MIN(COUNTIF($E37,\"*Liquid*\"),1),MIN(COUNTIF($E37,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":6.4967540000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E37,\"*Coal\")+COUNTIF($E37,\"*Biomass*\"),1),MIN(COUNTIF($E37,\"*Liquid*\"),1),MIN(COUNTIF($E37,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":5.7533950000000003},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E37,\"*Coal\")+COUNTIF($E37,\"*Biomass*\"),1),MIN(COUNTIF($E37,\"*Liquid*\"),1),MIN(COUNTIF($E37,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":5.0100359999999995},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E37,\"*Coal\")+COUNTIF($E37,\"*Biomass*\"),1),MIN(COUNTIF($E37,\"*Liquid*\"),1),MIN(COUNTIF($E37,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":4.2768600000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E37,\"*Coal\")+COUNTIF($E37,\"*Biomass*\"),1),MIN(COUNTIF($E37,\"*Liquid*\"),1),MIN(COUNTIF($E37,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.7778929999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E37,\"*Coal\")+COUNTIF($E37,\"*Biomass*\"),1),MIN(COUNTIF($E37,\"*Liquid*\"),1),MIN(COUNTIF($E37,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.6964289999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E37,\"*Coal\")+COUNTIF($E37,\"*Biomass*\"),1),MIN(COUNTIF($E37,\"*Liquid*\"),1),MIN(COUNTIF($E37,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.6047820000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E37,\"*Coal\")+COUNTIF($E37,\"*Biomass*\"),1),MIN(COUNTIF($E37,\"*Liquid*\"),1),MIN(COUNTIF($E37,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.5233179999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E37,\"*Coal\")+COUNTIF($E37,\"*Biomass*\"),1),MIN(COUNTIF($E37,\"*Liquid*\"),1),MIN(COUNTIF($E37,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.4316710000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E37,\"*Coal\")+COUNTIF($E37,\"*Biomass*\"),1),MIN(COUNTIF($E37,\"*Liquid*\"),1),MIN(COUNTIF($E37,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3502070000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E37,\"*Coal\")+COUNTIF($E37,\"*Biomass*\"),1),MIN(COUNTIF($E37,\"*Liquid*\"),1),MIN(COUNTIF($E37,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.2585600000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E37,\"*Coal\")+COUNTIF($E37,\"*Biomass*\"),1),MIN(COUNTIF($E37,\"*Liquid*\"),1),MIN(COUNTIF($E37,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1770960000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E37,\"*Coal\")+COUNTIF($E37,\"*Biomass*\"),1),MIN(COUNTIF($E37,\"*Liquid*\"),1),MIN(COUNTIF($E37,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1363639999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E37,\"*Coal\")+COUNTIF($E37,\"*Biomass*\"),1),MIN(COUNTIF($E37,\"*Liquid*\"),1),MIN(COUNTIF($E37,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1363639999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E37,\"*Coal\")+COUNTIF($E37,\"*Biomass*\"),1),MIN(COUNTIF($E37,\"*Liquid*\"),1),MIN(COUNTIF($E37,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1363639999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E37,\"*Coal\")+COUNTIF($E37,\"*Biomass*\"),1),MIN(COUNTIF($E37,\"*Liquid*\"),1),MIN(COUNTIF($E37,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.1363639999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E37,\"*Coal\")+COUNTIF($E37,\"*Biomass*\"),1),MIN(COUNTIF($E37,\"*Liquid*\"),1),MIN(COUNTIF($E37,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1363639999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E37,\"*Coal\")+COUNTIF($E37,\"*Biomass*\"),1),MIN(COUNTIF($E37,\"*Liquid*\"),1),MIN(COUNTIF($E37,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1363639999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E37,\"*Coal\")+COUNTIF($E37,\"*Biomass*\"),1),MIN(COUNTIF($E37,\"*Liquid*\"),1),MIN(COUNTIF($E37,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G37)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1363639999999999}]
[null,{"$f":"'Summary Mapping'!$C32","v":"STAN-3"},{"$f":"'Summary Mapping'!$J32","v":"Existing"},{"$f":"'Summary Mapping'!$F32","v":"QLD"},{"$f":"'Summary Mapping'!$M32","v":"Black Coal"},{"$f":"IF('Summary Mapping'!$H32=\"N/A\",'Summary Mapping'!$G32,'Summary Mapping'!$H32)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N32","v":"Stanwell"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E38,\"*Coal\")+COUNTIF($E38,\"*Biomass*\"),1),MIN(COUNTIF($E38,\"*Liquid*\"),1),MIN(COUNTIF($E38,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":6.4967540000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E38,\"*Coal\")+COUNTIF($E38,\"*Biomass*\"),1),MIN(COUNTIF($E38,\"*Liquid*\"),1),MIN(COUNTIF($E38,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":5.7533950000000003},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E38,\"*Coal\")+COUNTIF($E38,\"*Biomass*\"),1),MIN(COUNTIF($E38,\"*Liquid*\"),1),MIN(COUNTIF($E38,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":5.0100359999999995},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E38,\"*Coal\")+COUNTIF($E38,\"*Biomass*\"),1),MIN(COUNTIF($E38,\"*Liquid*\"),1),MIN(COUNTIF($E38,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":4.2768600000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E38,\"*Coal\")+COUNTIF($E38,\"*Biomass*\"),1),MIN(COUNTIF($E38,\"*Liquid*\"),1),MIN(COUNTIF($E38,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.7778929999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E38,\"*Coal\")+COUNTIF($E38,\"*Biomass*\"),1),MIN(COUNTIF($E38,\"*Liquid*\"),1),MIN(COUNTIF($E38,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.6964289999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E38,\"*Coal\")+COUNTIF($E38,\"*Biomass*\"),1),MIN(COUNTIF($E38,\"*Liquid*\"),1),MIN(COUNTIF($E38,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.6047820000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E38,\"*Coal\")+COUNTIF($E38,\"*Biomass*\"),1),MIN(COUNTIF($E38,\"*Liquid*\"),1),MIN(COUNTIF($E38,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.5233179999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E38,\"*Coal\")+COUNTIF($E38,\"*Biomass*\"),1),MIN(COUNTIF($E38,\"*Liquid*\"),1),MIN(COUNTIF($E38,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.4316710000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E38,\"*Coal\")+COUNTIF($E38,\"*Biomass*\"),1),MIN(COUNTIF($E38,\"*Liquid*\"),1),MIN(COUNTIF($E38,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3502070000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E38,\"*Coal\")+COUNTIF($E38,\"*Biomass*\"),1),MIN(COUNTIF($E38,\"*Liquid*\"),1),MIN(COUNTIF($E38,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.2585600000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E38,\"*Coal\")+COUNTIF($E38,\"*Biomass*\"),1),MIN(COUNTIF($E38,\"*Liquid*\"),1),MIN(COUNTIF($E38,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1770960000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E38,\"*Coal\")+COUNTIF($E38,\"*Biomass*\"),1),MIN(COUNTIF($E38,\"*Liquid*\"),1),MIN(COUNTIF($E38,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1363639999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E38,\"*Coal\")+COUNTIF($E38,\"*Biomass*\"),1),MIN(COUNTIF($E38,\"*Liquid*\"),1),MIN(COUNTIF($E38,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1363639999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E38,\"*Coal\")+COUNTIF($E38,\"*Biomass*\"),1),MIN(COUNTIF($E38,\"*Liquid*\"),1),MIN(COUNTIF($E38,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.1363639999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E38,\"*Coal\")+COUNTIF($E38,\"*Biomass*\"),1),MIN(COUNTIF($E38,\"*Liquid*\"),1),MIN(COUNTIF($E38,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1363639999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E38,\"*Coal\")+COUNTIF($E38,\"*Biomass*\"),1),MIN(COUNTIF($E38,\"*Liquid*\"),1),MIN(COUNTIF($E38,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1363639999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E38,\"*Coal\")+COUNTIF($E38,\"*Biomass*\"),1),MIN(COUNTIF($E38,\"*Liquid*\"),1),MIN(COUNTIF($E38,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G38)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1363639999999999}]
[null,{"$f":"'Summary Mapping'!$C33","v":"STAN-4"},{"$f":"'Summary Mapping'!$J33","v":"Existing"},{"$f":"'Summary Mapping'!$F33","v":"QLD"},{"$f":"'Summary Mapping'!$M33","v":"Black Coal"},{"$f":"IF('Summary Mapping'!$H33=\"N/A\",'Summary Mapping'!$G33,'Summary Mapping'!$H33)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N33","v":"Stanwell"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E39,\"*Coal\")+COUNTIF($E39,\"*Biomass*\"),1),MIN(COUNTIF($E39,\"*Liquid*\"),1),MIN(COUNTIF($E39,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G39),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G39),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G39)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":5.0100359999999995},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E39,\"*Coal\")+COUNTIF($E39,\"*Biomass*\"),1),MIN(COUNTIF($E39,\"*Liquid*\"),1),MIN(COUNTIF($E39,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G39),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G39),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G39)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":4.2768600000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E39,\"*Coal\")+COUNTIF($E39,\"*Biomass*\"),1),MIN(COUNTIF($E39,\"*Liquid*\"),1),MIN(COUNTIF($E39,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G39),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G39),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G39)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.6047820000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E39,\"*Coal\")+COUNTIF($E39,\"*Biomass*\"),1),MIN(COUNTIF($E39,\"*Liquid*\"),1),MIN(COUNTIF($E39,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G39),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G39),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G39)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.5233179999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E39,\"*Coal\")+COUNTIF($E39,\"*Biomass*\"),1),MIN(COUNTIF($E39,\"*Liquid*\"),1),MIN(COUNTIF($E39,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G39),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G39),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G39)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.3502070000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E39,\"*Coal\")+COUNTIF($E39,\"*Biomass*\"),1),MIN(COUNTIF($E39,\"*Liquid*\"),1),MIN(COUNTIF($E39,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G39),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G39),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G39)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.2585600000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E39,\"*Coal\")+COUNTIF($E39,\"*Biomass*\"),1),MIN(COUNTIF($E39,\"*Liquid*\"),1),MIN(COUNTIF($E39,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G39),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G39),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G39)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1770960000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E39,\"*Coal\")+COUNTIF($E39,\"*Biomass*\"),1),MIN(COUNTIF($E39,\"*Liquid*\"),1),MIN(COUNTIF($E39,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G39),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G39),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G39)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1363639999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E39,\"*Coal\")+COUNTIF($E39,\"*Biomass*\"),1),MIN(COUNTIF($E39,\"*Liquid*\"),1),MIN(COUNTIF($E39,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G39),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G39),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G39)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1363639999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E39,\"*Coal\")+COUNTIF($E39,\"*Biomass*\"),1),MIN(COUNTIF($E39,\"*Liquid*\"),1),MIN(COUNTIF($E39,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G39),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G39),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G39)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1363639999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E39,\"*Coal\")+COUNTIF($E39,\"*Biomass*\"),1),MIN(COUNTIF($E39,\"*Liquid*\"),1),MIN(COUNTIF($E39,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G39),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G39),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G39)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.1363639999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E39,\"*Coal\")+COUNTIF($E39,\"*Biomass*\"),1),MIN(COUNTIF($E39,\"*Liquid*\"),1),MIN(COUNTIF($E39,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G39),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G39),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G39)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1363639999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E39,\"*Coal\")+COUNTIF($E39,\"*Biomass*\"),1),MIN(COUNTIF($E39,\"*Liquid*\"),1),MIN(COUNTIF($E39,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G39),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G39),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G39)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1363639999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E39,\"*Coal\")+COUNTIF($E39,\"*Biomass*\"),1),MIN(COUNTIF($E39,\"*Liquid*\"),1),MIN(COUNTIF($E39,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G39),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G39),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G39)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.1363639999999999}]
[null,{"$f":"'Summary Mapping'!$C34","v":"TARONG#1"},{"$f":"'Summary Mapping'!$J34","v":"Existing"},{"$f":"'Summary Mapping'!$F34","v":"QLD"},{"$f":"'Summary Mapping'!$M34","v":"Black Coal"},{"$f":"IF('Summary Mapping'!$H34=\"N/A\",'Summary Mapping'!$G34,'Summary Mapping'!$H34)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N34","v":"Tarong"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E40,\"*Coal\")+COUNTIF($E40,\"*Biomass*\"),1),MIN(COUNTIF($E40,\"*Liquid*\"),1),MIN(COUNTIF($E40,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E40,\"*Coal\")+COUNTIF($E40,\"*Biomass*\"),1),MIN(COUNTIF($E40,\"*Liquid*\"),1),MIN(COUNTIF($E40,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E40,\"*Coal\")+COUNTIF($E40,\"*Biomass*\"),1),MIN(COUNTIF($E40,\"*Liquid*\"),1),MIN(COUNTIF($E40,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E40,\"*Coal\")+COUNTIF($E40,\"*Biomass*\"),1),MIN(COUNTIF($E40,\"*Liquid*\"),1),MIN(COUNTIF($E40,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E40,\"*Coal\")+COUNTIF($E40,\"*Biomass*\"),1),MIN(COUNTIF($E40,\"*Liquid*\"),1),MIN(COUNTIF($E40,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E40,\"*Coal\")+COUNTIF($E40,\"*Biomass*\"),1),MIN(COUNTIF($E40,\"*Liquid*\"),1),MIN(COUNTIF($E40,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E40,\"*Coal\")+COUNTIF($E40,\"*Biomass*\"),1),MIN(COUNTIF($E40,\"*Liquid*\"),1),MIN(COUNTIF($E40,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E40,\"*Coal\")+COUNTIF($E40,\"*Biomass*\"),1),MIN(COUNTIF($E40,\"*Liquid*\"),1),MIN(COUNTIF($E40,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E40,\"*Coal\")+COUNTIF($E40,\"*Biomass*\"),1),MIN(COUNTIF($E40,\"*Liquid*\"),1),MIN(COUNTIF($E40,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E40,\"*Coal\")+COUNTIF($E40,\"*Biomass*\"),1),MIN(COUNTIF($E40,\"*Liquid*\"),1),MIN(COUNTIF($E40,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E40,\"*Coal\")+COUNTIF($E40,\"*Biomass*\"),1),MIN(COUNTIF($E40,\"*Liquid*\"),1),MIN(COUNTIF($E40,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E40,\"*Coal\")+COUNTIF($E40,\"*Biomass*\"),1),MIN(COUNTIF($E40,\"*Liquid*\"),1),MIN(COUNTIF($E40,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E40,\"*Coal\")+COUNTIF($E40,\"*Biomass*\"),1),MIN(COUNTIF($E40,\"*Liquid*\"),1),MIN(COUNTIF($E40,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E40,\"*Coal\")+COUNTIF($E40,\"*Biomass*\"),1),MIN(COUNTIF($E40,\"*Liquid*\"),1),MIN(COUNTIF($E40,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E40,\"*Coal\")+COUNTIF($E40,\"*Biomass*\"),1),MIN(COUNTIF($E40,\"*Liquid*\"),1),MIN(COUNTIF($E40,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E40,\"*Coal\")+COUNTIF($E40,\"*Biomass*\"),1),MIN(COUNTIF($E40,\"*Liquid*\"),1),MIN(COUNTIF($E40,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E40,\"*Coal\")+COUNTIF($E40,\"*Biomass*\"),1),MIN(COUNTIF($E40,\"*Liquid*\"),1),MIN(COUNTIF($E40,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - 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BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E40,\"*Coal\")+COUNTIF($E40,\"*Biomass*\"),1),MIN(COUNTIF($E40,\"*Liquid*\"),1),MIN(COUNTIF($E40,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E40,\"*Coal\")+COUNTIF($E40,\"*Biomass*\"),1),MIN(COUNTIF($E40,\"*Liquid*\"),1),MIN(COUNTIF($E40,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E40,\"*Coal\")+COUNTIF($E40,\"*Biomass*\"),1),MIN(COUNTIF($E40,\"*Liquid*\"),1),MIN(COUNTIF($E40,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E40,\"*Coal\")+COUNTIF($E40,\"*Biomass*\"),1),MIN(COUNTIF($E40,\"*Liquid*\"),1),MIN(COUNTIF($E40,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E40,\"*Coal\")+COUNTIF($E40,\"*Biomass*\"),1),MIN(COUNTIF($E40,\"*Liquid*\"),1),MIN(COUNTIF($E40,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G40)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001}]
[null,{"$f":"'Summary Mapping'!$C35","v":"TARONG#2"},{"$f":"'Summary Mapping'!$J35","v":"Existing"},{"$f":"'Summary Mapping'!$F35","v":"QLD"},{"$f":"'Summary Mapping'!$M35","v":"Black Coal"},{"$f":"IF('Summary Mapping'!$H35=\"N/A\",'Summary Mapping'!$G35,'Summary Mapping'!$H35)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N35","v":"Tarong"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E41,\"*Coal\")+COUNTIF($E41,\"*Biomass*\"),1),MIN(COUNTIF($E41,\"*Liquid*\"),1),MIN(COUNTIF($E41,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E41,\"*Coal\")+COUNTIF($E41,\"*Biomass*\"),1),MIN(COUNTIF($E41,\"*Liquid*\"),1),MIN(COUNTIF($E41,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E41,\"*Coal\")+COUNTIF($E41,\"*Biomass*\"),1),MIN(COUNTIF($E41,\"*Liquid*\"),1),MIN(COUNTIF($E41,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E41,\"*Coal\")+COUNTIF($E41,\"*Biomass*\"),1),MIN(COUNTIF($E41,\"*Liquid*\"),1),MIN(COUNTIF($E41,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E41,\"*Coal\")+COUNTIF($E41,\"*Biomass*\"),1),MIN(COUNTIF($E41,\"*Liquid*\"),1),MIN(COUNTIF($E41,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E41,\"*Coal\")+COUNTIF($E41,\"*Biomass*\"),1),MIN(COUNTIF($E41,\"*Liquid*\"),1),MIN(COUNTIF($E41,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E41,\"*Coal\")+COUNTIF($E41,\"*Biomass*\"),1),MIN(COUNTIF($E41,\"*Liquid*\"),1),MIN(COUNTIF($E41,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E41,\"*Coal\")+COUNTIF($E41,\"*Biomass*\"),1),MIN(COUNTIF($E41,\"*Liquid*\"),1),MIN(COUNTIF($E41,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E41,\"*Coal\")+COUNTIF($E41,\"*Biomass*\"),1),MIN(COUNTIF($E41,\"*Liquid*\"),1),MIN(COUNTIF($E41,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E41,\"*Coal\")+COUNTIF($E41,\"*Biomass*\"),1),MIN(COUNTIF($E41,\"*Liquid*\"),1),MIN(COUNTIF($E41,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E41,\"*Coal\")+COUNTIF($E41,\"*Biomass*\"),1),MIN(COUNTIF($E41,\"*Liquid*\"),1),MIN(COUNTIF($E41,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E41,\"*Coal\")+COUNTIF($E41,\"*Biomass*\"),1),MIN(COUNTIF($E41,\"*Liquid*\"),1),MIN(COUNTIF($E41,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E41,\"*Coal\")+COUNTIF($E41,\"*Biomass*\"),1),MIN(COUNTIF($E41,\"*Liquid*\"),1),MIN(COUNTIF($E41,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E41,\"*Coal\")+COUNTIF($E41,\"*Biomass*\"),1),MIN(COUNTIF($E41,\"*Liquid*\"),1),MIN(COUNTIF($E41,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E41,\"*Coal\")+COUNTIF($E41,\"*Biomass*\"),1),MIN(COUNTIF($E41,\"*Liquid*\"),1),MIN(COUNTIF($E41,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E41,\"*Coal\")+COUNTIF($E41,\"*Biomass*\"),1),MIN(COUNTIF($E41,\"*Liquid*\"),1),MIN(COUNTIF($E41,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E41,\"*Coal\")+COUNTIF($E41,\"*Biomass*\"),1),MIN(COUNTIF($E41,\"*Liquid*\"),1),MIN(COUNTIF($E41,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - 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BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E41,\"*Coal\")+COUNTIF($E41,\"*Biomass*\"),1),MIN(COUNTIF($E41,\"*Liquid*\"),1),MIN(COUNTIF($E41,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E41,\"*Coal\")+COUNTIF($E41,\"*Biomass*\"),1),MIN(COUNTIF($E41,\"*Liquid*\"),1),MIN(COUNTIF($E41,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E41,\"*Coal\")+COUNTIF($E41,\"*Biomass*\"),1),MIN(COUNTIF($E41,\"*Liquid*\"),1),MIN(COUNTIF($E41,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E41,\"*Coal\")+COUNTIF($E41,\"*Biomass*\"),1),MIN(COUNTIF($E41,\"*Liquid*\"),1),MIN(COUNTIF($E41,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E41,\"*Coal\")+COUNTIF($E41,\"*Biomass*\"),1),MIN(COUNTIF($E41,\"*Liquid*\"),1),MIN(COUNTIF($E41,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G41)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001}]
[null,{"$f":"'Summary Mapping'!$C36","v":"TARONG#3"},{"$f":"'Summary Mapping'!$J36","v":"Existing"},{"$f":"'Summary Mapping'!$F36","v":"QLD"},{"$f":"'Summary Mapping'!$M36","v":"Black Coal"},{"$f":"IF('Summary Mapping'!$H36=\"N/A\",'Summary Mapping'!$G36,'Summary Mapping'!$H36)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N36","v":"Tarong"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E42,\"*Coal\")+COUNTIF($E42,\"*Biomass*\"),1),MIN(COUNTIF($E42,\"*Liquid*\"),1),MIN(COUNTIF($E42,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E42,\"*Coal\")+COUNTIF($E42,\"*Biomass*\"),1),MIN(COUNTIF($E42,\"*Liquid*\"),1),MIN(COUNTIF($E42,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E42,\"*Coal\")+COUNTIF($E42,\"*Biomass*\"),1),MIN(COUNTIF($E42,\"*Liquid*\"),1),MIN(COUNTIF($E42,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E42,\"*Coal\")+COUNTIF($E42,\"*Biomass*\"),1),MIN(COUNTIF($E42,\"*Liquid*\"),1),MIN(COUNTIF($E42,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E42,\"*Coal\")+COUNTIF($E42,\"*Biomass*\"),1),MIN(COUNTIF($E42,\"*Liquid*\"),1),MIN(COUNTIF($E42,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E42,\"*Coal\")+COUNTIF($E42,\"*Biomass*\"),1),MIN(COUNTIF($E42,\"*Liquid*\"),1),MIN(COUNTIF($E42,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E42,\"*Coal\")+COUNTIF($E42,\"*Biomass*\"),1),MIN(COUNTIF($E42,\"*Liquid*\"),1),MIN(COUNTIF($E42,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E42,\"*Coal\")+COUNTIF($E42,\"*Biomass*\"),1),MIN(COUNTIF($E42,\"*Liquid*\"),1),MIN(COUNTIF($E42,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E42,\"*Coal\")+COUNTIF($E42,\"*Biomass*\"),1),MIN(COUNTIF($E42,\"*Liquid*\"),1),MIN(COUNTIF($E42,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E42,\"*Coal\")+COUNTIF($E42,\"*Biomass*\"),1),MIN(COUNTIF($E42,\"*Liquid*\"),1),MIN(COUNTIF($E42,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E42,\"*Coal\")+COUNTIF($E42,\"*Biomass*\"),1),MIN(COUNTIF($E42,\"*Liquid*\"),1),MIN(COUNTIF($E42,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E42,\"*Coal\")+COUNTIF($E42,\"*Biomass*\"),1),MIN(COUNTIF($E42,\"*Liquid*\"),1),MIN(COUNTIF($E42,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E42,\"*Coal\")+COUNTIF($E42,\"*Biomass*\"),1),MIN(COUNTIF($E42,\"*Liquid*\"),1),MIN(COUNTIF($E42,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E42,\"*Coal\")+COUNTIF($E42,\"*Biomass*\"),1),MIN(COUNTIF($E42,\"*Liquid*\"),1),MIN(COUNTIF($E42,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E42,\"*Coal\")+COUNTIF($E42,\"*Biomass*\"),1),MIN(COUNTIF($E42,\"*Liquid*\"),1),MIN(COUNTIF($E42,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E42,\"*Coal\")+COUNTIF($E42,\"*Biomass*\"),1),MIN(COUNTIF($E42,\"*Liquid*\"),1),MIN(COUNTIF($E42,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E42,\"*Coal\")+COUNTIF($E42,\"*Biomass*\"),1),MIN(COUNTIF($E42,\"*Liquid*\"),1),MIN(COUNTIF($E42,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E42,\"*Coal\")+COUNTIF($E42,\"*Biomass*\"),1),MIN(COUNTIF($E42,\"*Liquid*\"),1),MIN(COUNTIF($E42,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E42,\"*Coal\")+COUNTIF($E42,\"*Biomass*\"),1),MIN(COUNTIF($E42,\"*Liquid*\"),1),MIN(COUNTIF($E42,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42)*SUMIFS('GPG emissions reduction - 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BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E42,\"*Coal\")+COUNTIF($E42,\"*Biomass*\"),1),MIN(COUNTIF($E42,\"*Liquid*\"),1),MIN(COUNTIF($E42,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E42,\"*Coal\")+COUNTIF($E42,\"*Biomass*\"),1),MIN(COUNTIF($E42,\"*Liquid*\"),1),MIN(COUNTIF($E42,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E42,\"*Coal\")+COUNTIF($E42,\"*Biomass*\"),1),MIN(COUNTIF($E42,\"*Liquid*\"),1),MIN(COUNTIF($E42,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E42,\"*Coal\")+COUNTIF($E42,\"*Biomass*\"),1),MIN(COUNTIF($E42,\"*Liquid*\"),1),MIN(COUNTIF($E42,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E42,\"*Coal\")+COUNTIF($E42,\"*Biomass*\"),1),MIN(COUNTIF($E42,\"*Liquid*\"),1),MIN(COUNTIF($E42,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G42)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001}]
[null,{"$f":"'Summary Mapping'!$C37","v":"TARONG#4"},{"$f":"'Summary Mapping'!$J37","v":"Existing"},{"$f":"'Summary Mapping'!$F37","v":"QLD"},{"$f":"'Summary Mapping'!$M37","v":"Black Coal"},{"$f":"IF('Summary Mapping'!$H37=\"N/A\",'Summary Mapping'!$G37,'Summary Mapping'!$H37)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N37","v":"Tarong"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E43,\"*Coal\")+COUNTIF($E43,\"*Biomass*\"),1),MIN(COUNTIF($E43,\"*Liquid*\"),1),MIN(COUNTIF($E43,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E43,\"*Coal\")+COUNTIF($E43,\"*Biomass*\"),1),MIN(COUNTIF($E43,\"*Liquid*\"),1),MIN(COUNTIF($E43,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E43,\"*Coal\")+COUNTIF($E43,\"*Biomass*\"),1),MIN(COUNTIF($E43,\"*Liquid*\"),1),MIN(COUNTIF($E43,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E43,\"*Coal\")+COUNTIF($E43,\"*Biomass*\"),1),MIN(COUNTIF($E43,\"*Liquid*\"),1),MIN(COUNTIF($E43,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E43,\"*Coal\")+COUNTIF($E43,\"*Biomass*\"),1),MIN(COUNTIF($E43,\"*Liquid*\"),1),MIN(COUNTIF($E43,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E43,\"*Coal\")+COUNTIF($E43,\"*Biomass*\"),1),MIN(COUNTIF($E43,\"*Liquid*\"),1),MIN(COUNTIF($E43,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E43,\"*Coal\")+COUNTIF($E43,\"*Biomass*\"),1),MIN(COUNTIF($E43,\"*Liquid*\"),1),MIN(COUNTIF($E43,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E43,\"*Coal\")+COUNTIF($E43,\"*Biomass*\"),1),MIN(COUNTIF($E43,\"*Liquid*\"),1),MIN(COUNTIF($E43,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E43,\"*Coal\")+COUNTIF($E43,\"*Biomass*\"),1),MIN(COUNTIF($E43,\"*Liquid*\"),1),MIN(COUNTIF($E43,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E43,\"*Coal\")+COUNTIF($E43,\"*Biomass*\"),1),MIN(COUNTIF($E43,\"*Liquid*\"),1),MIN(COUNTIF($E43,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E43,\"*Coal\")+COUNTIF($E43,\"*Biomass*\"),1),MIN(COUNTIF($E43,\"*Liquid*\"),1),MIN(COUNTIF($E43,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E43,\"*Coal\")+COUNTIF($E43,\"*Biomass*\"),1),MIN(COUNTIF($E43,\"*Liquid*\"),1),MIN(COUNTIF($E43,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E43,\"*Coal\")+COUNTIF($E43,\"*Biomass*\"),1),MIN(COUNTIF($E43,\"*Liquid*\"),1),MIN(COUNTIF($E43,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E43,\"*Coal\")+COUNTIF($E43,\"*Biomass*\"),1),MIN(COUNTIF($E43,\"*Liquid*\"),1),MIN(COUNTIF($E43,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E43,\"*Coal\")+COUNTIF($E43,\"*Biomass*\"),1),MIN(COUNTIF($E43,\"*Liquid*\"),1),MIN(COUNTIF($E43,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E43,\"*Coal\")+COUNTIF($E43,\"*Biomass*\"),1),MIN(COUNTIF($E43,\"*Liquid*\"),1),MIN(COUNTIF($E43,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E43,\"*Coal\")+COUNTIF($E43,\"*Biomass*\"),1),MIN(COUNTIF($E43,\"*Liquid*\"),1),MIN(COUNTIF($E43,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - 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BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E43,\"*Coal\")+COUNTIF($E43,\"*Biomass*\"),1),MIN(COUNTIF($E43,\"*Liquid*\"),1),MIN(COUNTIF($E43,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E43,\"*Coal\")+COUNTIF($E43,\"*Biomass*\"),1),MIN(COUNTIF($E43,\"*Liquid*\"),1),MIN(COUNTIF($E43,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E43,\"*Coal\")+COUNTIF($E43,\"*Biomass*\"),1),MIN(COUNTIF($E43,\"*Liquid*\"),1),MIN(COUNTIF($E43,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E43,\"*Coal\")+COUNTIF($E43,\"*Biomass*\"),1),MIN(COUNTIF($E43,\"*Liquid*\"),1),MIN(COUNTIF($E43,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E43,\"*Coal\")+COUNTIF($E43,\"*Biomass*\"),1),MIN(COUNTIF($E43,\"*Liquid*\"),1),MIN(COUNTIF($E43,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G43)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001}]
[null,{"$f":"'Summary Mapping'!$C38","v":"TNPS1"},{"$f":"'Summary Mapping'!$J38","v":"Existing"},{"$f":"'Summary Mapping'!$F38","v":"QLD"},{"$f":"'Summary Mapping'!$M38","v":"Black Coal"},{"$f":"IF('Summary Mapping'!$H38=\"N/A\",'Summary Mapping'!$G38,'Summary Mapping'!$H38)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N38","v":"Tarong North"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E44,\"*Coal\")+COUNTIF($E44,\"*Biomass*\"),1),MIN(COUNTIF($E44,\"*Liquid*\"),1),MIN(COUNTIF($E44,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E44,\"*Coal\")+COUNTIF($E44,\"*Biomass*\"),1),MIN(COUNTIF($E44,\"*Liquid*\"),1),MIN(COUNTIF($E44,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E44,\"*Coal\")+COUNTIF($E44,\"*Biomass*\"),1),MIN(COUNTIF($E44,\"*Liquid*\"),1),MIN(COUNTIF($E44,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E44,\"*Coal\")+COUNTIF($E44,\"*Biomass*\"),1),MIN(COUNTIF($E44,\"*Liquid*\"),1),MIN(COUNTIF($E44,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E44,\"*Coal\")+COUNTIF($E44,\"*Biomass*\"),1),MIN(COUNTIF($E44,\"*Liquid*\"),1),MIN(COUNTIF($E44,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E44,\"*Coal\")+COUNTIF($E44,\"*Biomass*\"),1),MIN(COUNTIF($E44,\"*Liquid*\"),1),MIN(COUNTIF($E44,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E44,\"*Coal\")+COUNTIF($E44,\"*Biomass*\"),1),MIN(COUNTIF($E44,\"*Liquid*\"),1),MIN(COUNTIF($E44,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E44,\"*Coal\")+COUNTIF($E44,\"*Biomass*\"),1),MIN(COUNTIF($E44,\"*Liquid*\"),1),MIN(COUNTIF($E44,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E44,\"*Coal\")+COUNTIF($E44,\"*Biomass*\"),1),MIN(COUNTIF($E44,\"*Liquid*\"),1),MIN(COUNTIF($E44,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E44,\"*Coal\")+COUNTIF($E44,\"*Biomass*\"),1),MIN(COUNTIF($E44,\"*Liquid*\"),1),MIN(COUNTIF($E44,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E44,\"*Coal\")+COUNTIF($E44,\"*Biomass*\"),1),MIN(COUNTIF($E44,\"*Liquid*\"),1),MIN(COUNTIF($E44,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E44,\"*Coal\")+COUNTIF($E44,\"*Biomass*\"),1),MIN(COUNTIF($E44,\"*Liquid*\"),1),MIN(COUNTIF($E44,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E44,\"*Coal\")+COUNTIF($E44,\"*Biomass*\"),1),MIN(COUNTIF($E44,\"*Liquid*\"),1),MIN(COUNTIF($E44,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E44,\"*Coal\")+COUNTIF($E44,\"*Biomass*\"),1),MIN(COUNTIF($E44,\"*Liquid*\"),1),MIN(COUNTIF($E44,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E44,\"*Coal\")+COUNTIF($E44,\"*Biomass*\"),1),MIN(COUNTIF($E44,\"*Liquid*\"),1),MIN(COUNTIF($E44,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E44,\"*Coal\")+COUNTIF($E44,\"*Biomass*\"),1),MIN(COUNTIF($E44,\"*Liquid*\"),1),MIN(COUNTIF($E44,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E44,\"*Coal\")+COUNTIF($E44,\"*Biomass*\"),1),MIN(COUNTIF($E44,\"*Liquid*\"),1),MIN(COUNTIF($E44,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E44,\"*Coal\")+COUNTIF($E44,\"*Biomass*\"),1),MIN(COUNTIF($E44,\"*Liquid*\"),1),MIN(COUNTIF($E44,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E44,\"*Coal\")+COUNTIF($E44,\"*Biomass*\"),1),MIN(COUNTIF($E44,\"*Liquid*\"),1),MIN(COUNTIF($E44,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E44,\"*Coal\")+COUNTIF($E44,\"*Biomass*\"),1),MIN(COUNTIF($E44,\"*Liquid*\"),1),MIN(COUNTIF($E44,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E44,\"*Coal\")+COUNTIF($E44,\"*Biomass*\"),1),MIN(COUNTIF($E44,\"*Liquid*\"),1),MIN(COUNTIF($E44,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G44)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8593570000000001}]
[null,{"$f":"'Summary Mapping'!$C39","v":"VP5"},{"$f":"'Summary Mapping'!$J39","v":"Existing"},{"$f":"'Summary Mapping'!$F39","v":"NSW"},{"$f":"'Summary Mapping'!$M39","v":"Black Coal"},{"$f":"IF('Summary Mapping'!$H39=\"N/A\",'Summary Mapping'!$G39,'Summary Mapping'!$H39)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N39","v":"Vales Point B"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E45,\"*Coal\")+COUNTIF($E45,\"*Biomass*\"),1),MIN(COUNTIF($E45,\"*Liquid*\"),1),MIN(COUNTIF($E45,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G45),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G45),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G45)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":5.0304020000000005},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E45,\"*Coal\")+COUNTIF($E45,\"*Biomass*\"),1),MIN(COUNTIF($E45,\"*Liquid*\"),1),MIN(COUNTIF($E45,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G45),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G45),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G45)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":4.3685070000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E45,\"*Coal\")+COUNTIF($E45,\"*Biomass*\"),1),MIN(COUNTIF($E45,\"*Liquid*\"),1),MIN(COUNTIF($E45,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G45),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G45),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G45)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.991736},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E45,\"*Coal\")+COUNTIF($E45,\"*Biomass*\"),1),MIN(COUNTIF($E45,\"*Liquid*\"),1),MIN(COUNTIF($E45,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G45),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G45),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G45)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.910272},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E45,\"*Coal\")+COUNTIF($E45,\"*Biomass*\"),1),MIN(COUNTIF($E45,\"*Liquid*\"),1),MIN(COUNTIF($E45,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G45),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G45),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G45)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8186249999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E45,\"*Coal\")+COUNTIF($E45,\"*Biomass*\"),1),MIN(COUNTIF($E45,\"*Liquid*\"),1),MIN(COUNTIF($E45,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G45),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G45),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G45)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.737161},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E45,\"*Coal\")+COUNTIF($E45,\"*Biomass*\"),1),MIN(COUNTIF($E45,\"*Liquid*\"),1),MIN(COUNTIF($E45,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G45),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G45),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G45)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.5640499999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E45,\"*Coal\")+COUNTIF($E45,\"*Biomass*\"),1),MIN(COUNTIF($E45,\"*Liquid*\"),1),MIN(COUNTIF($E45,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G45),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G45),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G45)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.482586},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E45,\"*Coal\")+COUNTIF($E45,\"*Biomass*\"),1),MIN(COUNTIF($E45,\"*Liquid*\"),1),MIN(COUNTIF($E45,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G45),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G45),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G45)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3909389999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E45,\"*Coal\")+COUNTIF($E45,\"*Biomass*\"),1),MIN(COUNTIF($E45,\"*Liquid*\"),1),MIN(COUNTIF($E45,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G45),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G45),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G45)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3094749999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E45,\"*Coal\")+COUNTIF($E45,\"*Biomass*\"),1),MIN(COUNTIF($E45,\"*Liquid*\"),1),MIN(COUNTIF($E45,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G45),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G45),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G45)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.2687429999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E45,\"*Coal\")+COUNTIF($E45,\"*Biomass*\"),1),MIN(COUNTIF($E45,\"*Liquid*\"),1),MIN(COUNTIF($E45,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G45),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G45),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G45)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.2687429999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E45,\"*Coal\")+COUNTIF($E45,\"*Biomass*\"),1),MIN(COUNTIF($E45,\"*Liquid*\"),1),MIN(COUNTIF($E45,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G45),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G45),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G45)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.2687429999999997}]
[null,{"$f":"'Summary Mapping'!$C40","v":"VP6"},{"$f":"'Summary Mapping'!$J40","v":"Existing"},{"$f":"'Summary Mapping'!$F40","v":"NSW"},{"$f":"'Summary Mapping'!$M40","v":"Black Coal"},{"$f":"IF('Summary Mapping'!$H40=\"N/A\",'Summary Mapping'!$G40,'Summary Mapping'!$H40)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N40","v":"Vales Point B"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E46,\"*Coal\")+COUNTIF($E46,\"*Biomass*\"),1),MIN(COUNTIF($E46,\"*Liquid*\"),1),MIN(COUNTIF($E46,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G46),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G46),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G46)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":5.0304020000000005},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E46,\"*Coal\")+COUNTIF($E46,\"*Biomass*\"),1),MIN(COUNTIF($E46,\"*Liquid*\"),1),MIN(COUNTIF($E46,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G46),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G46),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G46)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":4.3685070000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E46,\"*Coal\")+COUNTIF($E46,\"*Biomass*\"),1),MIN(COUNTIF($E46,\"*Liquid*\"),1),MIN(COUNTIF($E46,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G46),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G46),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G46)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.8186249999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E46,\"*Coal\")+COUNTIF($E46,\"*Biomass*\"),1),MIN(COUNTIF($E46,\"*Liquid*\"),1),MIN(COUNTIF($E46,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G46),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G46),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G46)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.737161},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E46,\"*Coal\")+COUNTIF($E46,\"*Biomass*\"),1),MIN(COUNTIF($E46,\"*Liquid*\"),1),MIN(COUNTIF($E46,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G46),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G46),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G46)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.5640499999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E46,\"*Coal\")+COUNTIF($E46,\"*Biomass*\"),1),MIN(COUNTIF($E46,\"*Liquid*\"),1),MIN(COUNTIF($E46,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G46),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G46),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G46)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.482586},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E46,\"*Coal\")+COUNTIF($E46,\"*Biomass*\"),1),MIN(COUNTIF($E46,\"*Liquid*\"),1),MIN(COUNTIF($E46,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G46),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G46),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G46)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3909389999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E46,\"*Coal\")+COUNTIF($E46,\"*Biomass*\"),1),MIN(COUNTIF($E46,\"*Liquid*\"),1),MIN(COUNTIF($E46,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G46),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G46),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G46)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.3094749999999999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E46,\"*Coal\")+COUNTIF($E46,\"*Biomass*\"),1),MIN(COUNTIF($E46,\"*Liquid*\"),1),MIN(COUNTIF($E46,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G46),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G46),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G46)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.2687429999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E46,\"*Coal\")+COUNTIF($E46,\"*Biomass*\"),1),MIN(COUNTIF($E46,\"*Liquid*\"),1),MIN(COUNTIF($E46,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G46),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G46),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G46)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.2687429999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E46,\"*Coal\")+COUNTIF($E46,\"*Biomass*\"),1),MIN(COUNTIF($E46,\"*Liquid*\"),1),MIN(COUNTIF($E46,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G46),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G46),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G46)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":3.2687429999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E46,\"*Coal\")+COUNTIF($E46,\"*Biomass*\"),1),MIN(COUNTIF($E46,\"*Liquid*\"),1),MIN(COUNTIF($E46,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G46),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G46),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G46)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.2687429999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E46,\"*Coal\")+COUNTIF($E46,\"*Biomass*\"),1),MIN(COUNTIF($E46,\"*Liquid*\"),1),MIN(COUNTIF($E46,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G46),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G46),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G46)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.2687429999999997},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E46,\"*Coal\")+COUNTIF($E46,\"*Biomass*\"),1),MIN(COUNTIF($E46,\"*Liquid*\"),1),MIN(COUNTIF($E46,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G46),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G46),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G46)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":3.2687429999999997}]
[null,{"$f":"'Summary Mapping'!$C41","v":"LYA1"},{"$f":"'Summary Mapping'!$J41","v":"Existing"},{"$f":"'Summary Mapping'!$F41","v":"VIC"},{"$f":"'Summary Mapping'!$M41","v":"Brown Coal"},{"$f":"IF('Summary Mapping'!$H41=\"N/A\",'Summary Mapping'!$G41,'Summary Mapping'!$H41)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N41","v":"Loy Yang A"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E47,\"*Coal\")+COUNTIF($E47,\"*Biomass*\"),1),MIN(COUNTIF($E47,\"*Liquid*\"),1),MIN(COUNTIF($E47,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E47,\"*Coal\")+COUNTIF($E47,\"*Biomass*\"),1),MIN(COUNTIF($E47,\"*Liquid*\"),1),MIN(COUNTIF($E47,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E47,\"*Coal\")+COUNTIF($E47,\"*Biomass*\"),1),MIN(COUNTIF($E47,\"*Liquid*\"),1),MIN(COUNTIF($E47,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E47,\"*Coal\")+COUNTIF($E47,\"*Biomass*\"),1),MIN(COUNTIF($E47,\"*Liquid*\"),1),MIN(COUNTIF($E47,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E47,\"*Coal\")+COUNTIF($E47,\"*Biomass*\"),1),MIN(COUNTIF($E47,\"*Liquid*\"),1),MIN(COUNTIF($E47,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E47,\"*Coal\")+COUNTIF($E47,\"*Biomass*\"),1),MIN(COUNTIF($E47,\"*Liquid*\"),1),MIN(COUNTIF($E47,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E47,\"*Coal\")+COUNTIF($E47,\"*Biomass*\"),1),MIN(COUNTIF($E47,\"*Liquid*\"),1),MIN(COUNTIF($E47,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E47,\"*Coal\")+COUNTIF($E47,\"*Biomass*\"),1),MIN(COUNTIF($E47,\"*Liquid*\"),1),MIN(COUNTIF($E47,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E47,\"*Coal\")+COUNTIF($E47,\"*Biomass*\"),1),MIN(COUNTIF($E47,\"*Liquid*\"),1),MIN(COUNTIF($E47,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E47,\"*Coal\")+COUNTIF($E47,\"*Biomass*\"),1),MIN(COUNTIF($E47,\"*Liquid*\"),1),MIN(COUNTIF($E47,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E47,\"*Coal\")+COUNTIF($E47,\"*Biomass*\"),1),MIN(COUNTIF($E47,\"*Liquid*\"),1),MIN(COUNTIF($E47,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E47,\"*Coal\")+COUNTIF($E47,\"*Biomass*\"),1),MIN(COUNTIF($E47,\"*Liquid*\"),1),MIN(COUNTIF($E47,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E47,\"*Coal\")+COUNTIF($E47,\"*Biomass*\"),1),MIN(COUNTIF($E47,\"*Liquid*\"),1),MIN(COUNTIF($E47,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E47,\"*Coal\")+COUNTIF($E47,\"*Biomass*\"),1),MIN(COUNTIF($E47,\"*Liquid*\"),1),MIN(COUNTIF($E47,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E47,\"*Coal\")+COUNTIF($E47,\"*Biomass*\"),1),MIN(COUNTIF($E47,\"*Liquid*\"),1),MIN(COUNTIF($E47,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E47,\"*Coal\")+COUNTIF($E47,\"*Biomass*\"),1),MIN(COUNTIF($E47,\"*Liquid*\"),1),MIN(COUNTIF($E47,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E47,\"*Coal\")+COUNTIF($E47,\"*Biomass*\"),1),MIN(COUNTIF($E47,\"*Liquid*\"),1),MIN(COUNTIF($E47,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E47,\"*Coal\")+COUNTIF($E47,\"*Biomass*\"),1),MIN(COUNTIF($E47,\"*Liquid*\"),1),MIN(COUNTIF($E47,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E47,\"*Coal\")+COUNTIF($E47,\"*Biomass*\"),1),MIN(COUNTIF($E47,\"*Liquid*\"),1),MIN(COUNTIF($E47,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47)*SUMIFS('GPG emissions reduction - 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BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E47,\"*Coal\")+COUNTIF($E47,\"*Biomass*\"),1),MIN(COUNTIF($E47,\"*Liquid*\"),1),MIN(COUNTIF($E47,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E47,\"*Coal\")+COUNTIF($E47,\"*Biomass*\"),1),MIN(COUNTIF($E47,\"*Liquid*\"),1),MIN(COUNTIF($E47,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E47,\"*Coal\")+COUNTIF($E47,\"*Biomass*\"),1),MIN(COUNTIF($E47,\"*Liquid*\"),1),MIN(COUNTIF($E47,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E47,\"*Coal\")+COUNTIF($E47,\"*Biomass*\"),1),MIN(COUNTIF($E47,\"*Liquid*\"),1),MIN(COUNTIF($E47,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E47,\"*Coal\")+COUNTIF($E47,\"*Biomass*\"),1),MIN(COUNTIF($E47,\"*Liquid*\"),1),MIN(COUNTIF($E47,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G47)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996}]
[null,{"$f":"'Summary Mapping'!$C42","v":"LYA2"},{"$f":"'Summary Mapping'!$J42","v":"Existing"},{"$f":"'Summary Mapping'!$F42","v":"VIC"},{"$f":"'Summary Mapping'!$M42","v":"Brown Coal"},{"$f":"IF('Summary Mapping'!$H42=\"N/A\",'Summary Mapping'!$G42,'Summary Mapping'!$H42)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N42","v":"Loy Yang A"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E48,\"*Coal\")+COUNTIF($E48,\"*Biomass*\"),1),MIN(COUNTIF($E48,\"*Liquid*\"),1),MIN(COUNTIF($E48,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E48,\"*Coal\")+COUNTIF($E48,\"*Biomass*\"),1),MIN(COUNTIF($E48,\"*Liquid*\"),1),MIN(COUNTIF($E48,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E48,\"*Coal\")+COUNTIF($E48,\"*Biomass*\"),1),MIN(COUNTIF($E48,\"*Liquid*\"),1),MIN(COUNTIF($E48,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E48,\"*Coal\")+COUNTIF($E48,\"*Biomass*\"),1),MIN(COUNTIF($E48,\"*Liquid*\"),1),MIN(COUNTIF($E48,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E48,\"*Coal\")+COUNTIF($E48,\"*Biomass*\"),1),MIN(COUNTIF($E48,\"*Liquid*\"),1),MIN(COUNTIF($E48,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E48,\"*Coal\")+COUNTIF($E48,\"*Biomass*\"),1),MIN(COUNTIF($E48,\"*Liquid*\"),1),MIN(COUNTIF($E48,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E48,\"*Coal\")+COUNTIF($E48,\"*Biomass*\"),1),MIN(COUNTIF($E48,\"*Liquid*\"),1),MIN(COUNTIF($E48,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E48,\"*Coal\")+COUNTIF($E48,\"*Biomass*\"),1),MIN(COUNTIF($E48,\"*Liquid*\"),1),MIN(COUNTIF($E48,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E48,\"*Coal\")+COUNTIF($E48,\"*Biomass*\"),1),MIN(COUNTIF($E48,\"*Liquid*\"),1),MIN(COUNTIF($E48,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E48,\"*Coal\")+COUNTIF($E48,\"*Biomass*\"),1),MIN(COUNTIF($E48,\"*Liquid*\"),1),MIN(COUNTIF($E48,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E48,\"*Coal\")+COUNTIF($E48,\"*Biomass*\"),1),MIN(COUNTIF($E48,\"*Liquid*\"),1),MIN(COUNTIF($E48,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E48,\"*Coal\")+COUNTIF($E48,\"*Biomass*\"),1),MIN(COUNTIF($E48,\"*Liquid*\"),1),MIN(COUNTIF($E48,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E48,\"*Coal\")+COUNTIF($E48,\"*Biomass*\"),1),MIN(COUNTIF($E48,\"*Liquid*\"),1),MIN(COUNTIF($E48,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E48,\"*Coal\")+COUNTIF($E48,\"*Biomass*\"),1),MIN(COUNTIF($E48,\"*Liquid*\"),1),MIN(COUNTIF($E48,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E48,\"*Coal\")+COUNTIF($E48,\"*Biomass*\"),1),MIN(COUNTIF($E48,\"*Liquid*\"),1),MIN(COUNTIF($E48,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E48,\"*Coal\")+COUNTIF($E48,\"*Biomass*\"),1),MIN(COUNTIF($E48,\"*Liquid*\"),1),MIN(COUNTIF($E48,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E48,\"*Coal\")+COUNTIF($E48,\"*Biomass*\"),1),MIN(COUNTIF($E48,\"*Liquid*\"),1),MIN(COUNTIF($E48,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - 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BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E48,\"*Coal\")+COUNTIF($E48,\"*Biomass*\"),1),MIN(COUNTIF($E48,\"*Liquid*\"),1),MIN(COUNTIF($E48,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E48,\"*Coal\")+COUNTIF($E48,\"*Biomass*\"),1),MIN(COUNTIF($E48,\"*Liquid*\"),1),MIN(COUNTIF($E48,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E48,\"*Coal\")+COUNTIF($E48,\"*Biomass*\"),1),MIN(COUNTIF($E48,\"*Liquid*\"),1),MIN(COUNTIF($E48,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E48,\"*Coal\")+COUNTIF($E48,\"*Biomass*\"),1),MIN(COUNTIF($E48,\"*Liquid*\"),1),MIN(COUNTIF($E48,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E48,\"*Coal\")+COUNTIF($E48,\"*Biomass*\"),1),MIN(COUNTIF($E48,\"*Liquid*\"),1),MIN(COUNTIF($E48,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G48)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996}]
[null,{"$f":"'Summary Mapping'!$C43","v":"LYA3"},{"$f":"'Summary Mapping'!$J43","v":"Existing"},{"$f":"'Summary Mapping'!$F43","v":"VIC"},{"$f":"'Summary Mapping'!$M43","v":"Brown Coal"},{"$f":"IF('Summary Mapping'!$H43=\"N/A\",'Summary Mapping'!$G43,'Summary Mapping'!$H43)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N43","v":"Loy Yang A"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E49,\"*Coal\")+COUNTIF($E49,\"*Biomass*\"),1),MIN(COUNTIF($E49,\"*Liquid*\"),1),MIN(COUNTIF($E49,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E49,\"*Coal\")+COUNTIF($E49,\"*Biomass*\"),1),MIN(COUNTIF($E49,\"*Liquid*\"),1),MIN(COUNTIF($E49,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E49,\"*Coal\")+COUNTIF($E49,\"*Biomass*\"),1),MIN(COUNTIF($E49,\"*Liquid*\"),1),MIN(COUNTIF($E49,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E49,\"*Coal\")+COUNTIF($E49,\"*Biomass*\"),1),MIN(COUNTIF($E49,\"*Liquid*\"),1),MIN(COUNTIF($E49,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E49,\"*Coal\")+COUNTIF($E49,\"*Biomass*\"),1),MIN(COUNTIF($E49,\"*Liquid*\"),1),MIN(COUNTIF($E49,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E49,\"*Coal\")+COUNTIF($E49,\"*Biomass*\"),1),MIN(COUNTIF($E49,\"*Liquid*\"),1),MIN(COUNTIF($E49,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E49,\"*Coal\")+COUNTIF($E49,\"*Biomass*\"),1),MIN(COUNTIF($E49,\"*Liquid*\"),1),MIN(COUNTIF($E49,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E49,\"*Coal\")+COUNTIF($E49,\"*Biomass*\"),1),MIN(COUNTIF($E49,\"*Liquid*\"),1),MIN(COUNTIF($E49,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E49,\"*Coal\")+COUNTIF($E49,\"*Biomass*\"),1),MIN(COUNTIF($E49,\"*Liquid*\"),1),MIN(COUNTIF($E49,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E49,\"*Coal\")+COUNTIF($E49,\"*Biomass*\"),1),MIN(COUNTIF($E49,\"*Liquid*\"),1),MIN(COUNTIF($E49,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E49,\"*Coal\")+COUNTIF($E49,\"*Biomass*\"),1),MIN(COUNTIF($E49,\"*Liquid*\"),1),MIN(COUNTIF($E49,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E49,\"*Coal\")+COUNTIF($E49,\"*Biomass*\"),1),MIN(COUNTIF($E49,\"*Liquid*\"),1),MIN(COUNTIF($E49,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E49,\"*Coal\")+COUNTIF($E49,\"*Biomass*\"),1),MIN(COUNTIF($E49,\"*Liquid*\"),1),MIN(COUNTIF($E49,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E49,\"*Coal\")+COUNTIF($E49,\"*Biomass*\"),1),MIN(COUNTIF($E49,\"*Liquid*\"),1),MIN(COUNTIF($E49,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E49,\"*Coal\")+COUNTIF($E49,\"*Biomass*\"),1),MIN(COUNTIF($E49,\"*Liquid*\"),1),MIN(COUNTIF($E49,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E49,\"*Coal\")+COUNTIF($E49,\"*Biomass*\"),1),MIN(COUNTIF($E49,\"*Liquid*\"),1),MIN(COUNTIF($E49,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E49,\"*Coal\")+COUNTIF($E49,\"*Biomass*\"),1),MIN(COUNTIF($E49,\"*Liquid*\"),1),MIN(COUNTIF($E49,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E49,\"*Coal\")+COUNTIF($E49,\"*Biomass*\"),1),MIN(COUNTIF($E49,\"*Liquid*\"),1),MIN(COUNTIF($E49,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E49,\"*Coal\")+COUNTIF($E49,\"*Biomass*\"),1),MIN(COUNTIF($E49,\"*Liquid*\"),1),MIN(COUNTIF($E49,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E49,\"*Coal\")+COUNTIF($E49,\"*Biomass*\"),1),MIN(COUNTIF($E49,\"*Liquid*\"),1),MIN(COUNTIF($E49,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E49,\"*Coal\")+COUNTIF($E49,\"*Biomass*\"),1),MIN(COUNTIF($E49,\"*Liquid*\"),1),MIN(COUNTIF($E49,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G49)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996}]
[null,{"$f":"'Summary Mapping'!$C44","v":"LYA4"},{"$f":"'Summary Mapping'!$J44","v":"Existing"},{"$f":"'Summary Mapping'!$F44","v":"VIC"},{"$f":"'Summary Mapping'!$M44","v":"Brown Coal"},{"$f":"IF('Summary Mapping'!$H44=\"N/A\",'Summary Mapping'!$G44,'Summary Mapping'!$H44)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N44","v":"Loy Yang A"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E50,\"*Coal\")+COUNTIF($E50,\"*Biomass*\"),1),MIN(COUNTIF($E50,\"*Liquid*\"),1),MIN(COUNTIF($E50,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E50,\"*Coal\")+COUNTIF($E50,\"*Biomass*\"),1),MIN(COUNTIF($E50,\"*Liquid*\"),1),MIN(COUNTIF($E50,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E50,\"*Coal\")+COUNTIF($E50,\"*Biomass*\"),1),MIN(COUNTIF($E50,\"*Liquid*\"),1),MIN(COUNTIF($E50,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E50,\"*Coal\")+COUNTIF($E50,\"*Biomass*\"),1),MIN(COUNTIF($E50,\"*Liquid*\"),1),MIN(COUNTIF($E50,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E50,\"*Coal\")+COUNTIF($E50,\"*Biomass*\"),1),MIN(COUNTIF($E50,\"*Liquid*\"),1),MIN(COUNTIF($E50,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E50,\"*Coal\")+COUNTIF($E50,\"*Biomass*\"),1),MIN(COUNTIF($E50,\"*Liquid*\"),1),MIN(COUNTIF($E50,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E50,\"*Coal\")+COUNTIF($E50,\"*Biomass*\"),1),MIN(COUNTIF($E50,\"*Liquid*\"),1),MIN(COUNTIF($E50,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E50,\"*Coal\")+COUNTIF($E50,\"*Biomass*\"),1),MIN(COUNTIF($E50,\"*Liquid*\"),1),MIN(COUNTIF($E50,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E50,\"*Coal\")+COUNTIF($E50,\"*Biomass*\"),1),MIN(COUNTIF($E50,\"*Liquid*\"),1),MIN(COUNTIF($E50,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E50,\"*Coal\")+COUNTIF($E50,\"*Biomass*\"),1),MIN(COUNTIF($E50,\"*Liquid*\"),1),MIN(COUNTIF($E50,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E50,\"*Coal\")+COUNTIF($E50,\"*Biomass*\"),1),MIN(COUNTIF($E50,\"*Liquid*\"),1),MIN(COUNTIF($E50,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E50,\"*Coal\")+COUNTIF($E50,\"*Biomass*\"),1),MIN(COUNTIF($E50,\"*Liquid*\"),1),MIN(COUNTIF($E50,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E50,\"*Coal\")+COUNTIF($E50,\"*Biomass*\"),1),MIN(COUNTIF($E50,\"*Liquid*\"),1),MIN(COUNTIF($E50,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E50,\"*Coal\")+COUNTIF($E50,\"*Biomass*\"),1),MIN(COUNTIF($E50,\"*Liquid*\"),1),MIN(COUNTIF($E50,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E50,\"*Coal\")+COUNTIF($E50,\"*Biomass*\"),1),MIN(COUNTIF($E50,\"*Liquid*\"),1),MIN(COUNTIF($E50,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E50,\"*Coal\")+COUNTIF($E50,\"*Biomass*\"),1),MIN(COUNTIF($E50,\"*Liquid*\"),1),MIN(COUNTIF($E50,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E50,\"*Coal\")+COUNTIF($E50,\"*Biomass*\"),1),MIN(COUNTIF($E50,\"*Liquid*\"),1),MIN(COUNTIF($E50,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E50,\"*Coal\")+COUNTIF($E50,\"*Biomass*\"),1),MIN(COUNTIF($E50,\"*Liquid*\"),1),MIN(COUNTIF($E50,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E50,\"*Coal\")+COUNTIF($E50,\"*Biomass*\"),1),MIN(COUNTIF($E50,\"*Liquid*\"),1),MIN(COUNTIF($E50,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E50,\"*Coal\")+COUNTIF($E50,\"*Biomass*\"),1),MIN(COUNTIF($E50,\"*Liquid*\"),1),MIN(COUNTIF($E50,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E50,\"*Coal\")+COUNTIF($E50,\"*Biomass*\"),1),MIN(COUNTIF($E50,\"*Liquid*\"),1),MIN(COUNTIF($E50,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G50)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.86555499999999996}]
[null,{"$f":"'Summary Mapping'!$C45","v":"LOYYB1"},{"$f":"'Summary Mapping'!$J45","v":"Existing"},{"$f":"'Summary Mapping'!$F45","v":"VIC"},{"$f":"'Summary Mapping'!$M45","v":"Brown Coal"},{"$f":"IF('Summary Mapping'!$H45=\"N/A\",'Summary Mapping'!$G45,'Summary Mapping'!$H45)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N45","v":"Loy Yang B"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E51,\"*Coal\")+COUNTIF($E51,\"*Biomass*\"),1),MIN(COUNTIF($E51,\"*Liquid*\"),1),MIN(COUNTIF($E51,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E51,\"*Coal\")+COUNTIF($E51,\"*Biomass*\"),1),MIN(COUNTIF($E51,\"*Liquid*\"),1),MIN(COUNTIF($E51,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E51,\"*Coal\")+COUNTIF($E51,\"*Biomass*\"),1),MIN(COUNTIF($E51,\"*Liquid*\"),1),MIN(COUNTIF($E51,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E51,\"*Coal\")+COUNTIF($E51,\"*Biomass*\"),1),MIN(COUNTIF($E51,\"*Liquid*\"),1),MIN(COUNTIF($E51,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E51,\"*Coal\")+COUNTIF($E51,\"*Biomass*\"),1),MIN(COUNTIF($E51,\"*Liquid*\"),1),MIN(COUNTIF($E51,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E51,\"*Coal\")+COUNTIF($E51,\"*Biomass*\"),1),MIN(COUNTIF($E51,\"*Liquid*\"),1),MIN(COUNTIF($E51,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E51,\"*Coal\")+COUNTIF($E51,\"*Biomass*\"),1),MIN(COUNTIF($E51,\"*Liquid*\"),1),MIN(COUNTIF($E51,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E51,\"*Coal\")+COUNTIF($E51,\"*Biomass*\"),1),MIN(COUNTIF($E51,\"*Liquid*\"),1),MIN(COUNTIF($E51,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E51,\"*Coal\")+COUNTIF($E51,\"*Biomass*\"),1),MIN(COUNTIF($E51,\"*Liquid*\"),1),MIN(COUNTIF($E51,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E51,\"*Coal\")+COUNTIF($E51,\"*Biomass*\"),1),MIN(COUNTIF($E51,\"*Liquid*\"),1),MIN(COUNTIF($E51,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E51,\"*Coal\")+COUNTIF($E51,\"*Biomass*\"),1),MIN(COUNTIF($E51,\"*Liquid*\"),1),MIN(COUNTIF($E51,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E51,\"*Coal\")+COUNTIF($E51,\"*Biomass*\"),1),MIN(COUNTIF($E51,\"*Liquid*\"),1),MIN(COUNTIF($E51,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E51,\"*Coal\")+COUNTIF($E51,\"*Biomass*\"),1),MIN(COUNTIF($E51,\"*Liquid*\"),1),MIN(COUNTIF($E51,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E51,\"*Coal\")+COUNTIF($E51,\"*Biomass*\"),1),MIN(COUNTIF($E51,\"*Liquid*\"),1),MIN(COUNTIF($E51,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E51,\"*Coal\")+COUNTIF($E51,\"*Biomass*\"),1),MIN(COUNTIF($E51,\"*Liquid*\"),1),MIN(COUNTIF($E51,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E51,\"*Coal\")+COUNTIF($E51,\"*Biomass*\"),1),MIN(COUNTIF($E51,\"*Liquid*\"),1),MIN(COUNTIF($E51,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E51,\"*Coal\")+COUNTIF($E51,\"*Biomass*\"),1),MIN(COUNTIF($E51,\"*Liquid*\"),1),MIN(COUNTIF($E51,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E51,\"*Coal\")+COUNTIF($E51,\"*Biomass*\"),1),MIN(COUNTIF($E51,\"*Liquid*\"),1),MIN(COUNTIF($E51,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E51,\"*Coal\")+COUNTIF($E51,\"*Biomass*\"),1),MIN(COUNTIF($E51,\"*Liquid*\"),1),MIN(COUNTIF($E51,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51)*SUMIFS('GPG emissions reduction - 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BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E51,\"*Coal\")+COUNTIF($E51,\"*Biomass*\"),1),MIN(COUNTIF($E51,\"*Liquid*\"),1),MIN(COUNTIF($E51,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E51,\"*Coal\")+COUNTIF($E51,\"*Biomass*\"),1),MIN(COUNTIF($E51,\"*Liquid*\"),1),MIN(COUNTIF($E51,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E51,\"*Coal\")+COUNTIF($E51,\"*Biomass*\"),1),MIN(COUNTIF($E51,\"*Liquid*\"),1),MIN(COUNTIF($E51,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E51,\"*Coal\")+COUNTIF($E51,\"*Biomass*\"),1),MIN(COUNTIF($E51,\"*Liquid*\"),1),MIN(COUNTIF($E51,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E51,\"*Coal\")+COUNTIF($E51,\"*Biomass*\"),1),MIN(COUNTIF($E51,\"*Liquid*\"),1),MIN(COUNTIF($E51,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G51)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002}]
[null,{"$f":"'Summary Mapping'!$C46","v":"LOYYB2"},{"$f":"'Summary Mapping'!$J46","v":"Existing"},{"$f":"'Summary Mapping'!$F46","v":"VIC"},{"$f":"'Summary Mapping'!$M46","v":"Brown Coal"},{"$f":"IF('Summary Mapping'!$H46=\"N/A\",'Summary Mapping'!$G46,'Summary Mapping'!$H46)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N46","v":"Loy Yang B"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E52,\"*Coal\")+COUNTIF($E52,\"*Biomass*\"),1),MIN(COUNTIF($E52,\"*Liquid*\"),1),MIN(COUNTIF($E52,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E52,\"*Coal\")+COUNTIF($E52,\"*Biomass*\"),1),MIN(COUNTIF($E52,\"*Liquid*\"),1),MIN(COUNTIF($E52,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E52,\"*Coal\")+COUNTIF($E52,\"*Biomass*\"),1),MIN(COUNTIF($E52,\"*Liquid*\"),1),MIN(COUNTIF($E52,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E52,\"*Coal\")+COUNTIF($E52,\"*Biomass*\"),1),MIN(COUNTIF($E52,\"*Liquid*\"),1),MIN(COUNTIF($E52,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E52,\"*Coal\")+COUNTIF($E52,\"*Biomass*\"),1),MIN(COUNTIF($E52,\"*Liquid*\"),1),MIN(COUNTIF($E52,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E52,\"*Coal\")+COUNTIF($E52,\"*Biomass*\"),1),MIN(COUNTIF($E52,\"*Liquid*\"),1),MIN(COUNTIF($E52,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E52,\"*Coal\")+COUNTIF($E52,\"*Biomass*\"),1),MIN(COUNTIF($E52,\"*Liquid*\"),1),MIN(COUNTIF($E52,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E52,\"*Coal\")+COUNTIF($E52,\"*Biomass*\"),1),MIN(COUNTIF($E52,\"*Liquid*\"),1),MIN(COUNTIF($E52,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E52,\"*Coal\")+COUNTIF($E52,\"*Biomass*\"),1),MIN(COUNTIF($E52,\"*Liquid*\"),1),MIN(COUNTIF($E52,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E52,\"*Coal\")+COUNTIF($E52,\"*Biomass*\"),1),MIN(COUNTIF($E52,\"*Liquid*\"),1),MIN(COUNTIF($E52,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E52,\"*Coal\")+COUNTIF($E52,\"*Biomass*\"),1),MIN(COUNTIF($E52,\"*Liquid*\"),1),MIN(COUNTIF($E52,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E52,\"*Coal\")+COUNTIF($E52,\"*Biomass*\"),1),MIN(COUNTIF($E52,\"*Liquid*\"),1),MIN(COUNTIF($E52,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E52,\"*Coal\")+COUNTIF($E52,\"*Biomass*\"),1),MIN(COUNTIF($E52,\"*Liquid*\"),1),MIN(COUNTIF($E52,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E52,\"*Coal\")+COUNTIF($E52,\"*Biomass*\"),1),MIN(COUNTIF($E52,\"*Liquid*\"),1),MIN(COUNTIF($E52,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E52,\"*Coal\")+COUNTIF($E52,\"*Biomass*\"),1),MIN(COUNTIF($E52,\"*Liquid*\"),1),MIN(COUNTIF($E52,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E52,\"*Coal\")+COUNTIF($E52,\"*Biomass*\"),1),MIN(COUNTIF($E52,\"*Liquid*\"),1),MIN(COUNTIF($E52,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E52,\"*Coal\")+COUNTIF($E52,\"*Biomass*\"),1),MIN(COUNTIF($E52,\"*Liquid*\"),1),MIN(COUNTIF($E52,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E52,\"*Coal\")+COUNTIF($E52,\"*Biomass*\"),1),MIN(COUNTIF($E52,\"*Liquid*\"),1),MIN(COUNTIF($E52,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E52,\"*Coal\")+COUNTIF($E52,\"*Biomass*\"),1),MIN(COUNTIF($E52,\"*Liquid*\"),1),MIN(COUNTIF($E52,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E52,\"*Coal\")+COUNTIF($E52,\"*Biomass*\"),1),MIN(COUNTIF($E52,\"*Liquid*\"),1),MIN(COUNTIF($E52,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E52,\"*Coal\")+COUNTIF($E52,\"*Biomass*\"),1),MIN(COUNTIF($E52,\"*Liquid*\"),1),MIN(COUNTIF($E52,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G52)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.87573800000000002}]
[null,{"$f":"'Summary Mapping'!$C47","v":"YWPS1"},{"$f":"'Summary Mapping'!$J47","v":"Existing"},{"$f":"'Summary Mapping'!$F47","v":"VIC"},{"$f":"'Summary Mapping'!$M47","v":"Brown Coal"},{"$f":"IF('Summary Mapping'!$H47=\"N/A\",'Summary Mapping'!$G47,'Summary Mapping'!$H47)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N47","v":"Yallourn W"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E53,\"*Coal\")+COUNTIF($E53,\"*Biomass*\"),1),MIN(COUNTIF($E53,\"*Liquid*\"),1),MIN(COUNTIF($E53,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E53,\"*Coal\")+COUNTIF($E53,\"*Biomass*\"),1),MIN(COUNTIF($E53,\"*Liquid*\"),1),MIN(COUNTIF($E53,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E53,\"*Coal\")+COUNTIF($E53,\"*Biomass*\"),1),MIN(COUNTIF($E53,\"*Liquid*\"),1),MIN(COUNTIF($E53,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E53,\"*Coal\")+COUNTIF($E53,\"*Biomass*\"),1),MIN(COUNTIF($E53,\"*Liquid*\"),1),MIN(COUNTIF($E53,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E53,\"*Coal\")+COUNTIF($E53,\"*Biomass*\"),1),MIN(COUNTIF($E53,\"*Liquid*\"),1),MIN(COUNTIF($E53,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E53,\"*Coal\")+COUNTIF($E53,\"*Biomass*\"),1),MIN(COUNTIF($E53,\"*Liquid*\"),1),MIN(COUNTIF($E53,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E53,\"*Coal\")+COUNTIF($E53,\"*Biomass*\"),1),MIN(COUNTIF($E53,\"*Liquid*\"),1),MIN(COUNTIF($E53,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E53,\"*Coal\")+COUNTIF($E53,\"*Biomass*\"),1),MIN(COUNTIF($E53,\"*Liquid*\"),1),MIN(COUNTIF($E53,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E53,\"*Coal\")+COUNTIF($E53,\"*Biomass*\"),1),MIN(COUNTIF($E53,\"*Liquid*\"),1),MIN(COUNTIF($E53,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E53,\"*Coal\")+COUNTIF($E53,\"*Biomass*\"),1),MIN(COUNTIF($E53,\"*Liquid*\"),1),MIN(COUNTIF($E53,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E53,\"*Coal\")+COUNTIF($E53,\"*Biomass*\"),1),MIN(COUNTIF($E53,\"*Liquid*\"),1),MIN(COUNTIF($E53,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E53,\"*Coal\")+COUNTIF($E53,\"*Biomass*\"),1),MIN(COUNTIF($E53,\"*Liquid*\"),1),MIN(COUNTIF($E53,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E53,\"*Coal\")+COUNTIF($E53,\"*Biomass*\"),1),MIN(COUNTIF($E53,\"*Liquid*\"),1),MIN(COUNTIF($E53,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E53,\"*Coal\")+COUNTIF($E53,\"*Biomass*\"),1),MIN(COUNTIF($E53,\"*Liquid*\"),1),MIN(COUNTIF($E53,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E53,\"*Coal\")+COUNTIF($E53,\"*Biomass*\"),1),MIN(COUNTIF($E53,\"*Liquid*\"),1),MIN(COUNTIF($E53,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E53,\"*Coal\")+COUNTIF($E53,\"*Biomass*\"),1),MIN(COUNTIF($E53,\"*Liquid*\"),1),MIN(COUNTIF($E53,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E53,\"*Coal\")+COUNTIF($E53,\"*Biomass*\"),1),MIN(COUNTIF($E53,\"*Liquid*\"),1),MIN(COUNTIF($E53,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E53,\"*Coal\")+COUNTIF($E53,\"*Biomass*\"),1),MIN(COUNTIF($E53,\"*Liquid*\"),1),MIN(COUNTIF($E53,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G53)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001}]
[null,{"$f":"'Summary Mapping'!$C48","v":"YWPS2"},{"$f":"'Summary Mapping'!$J48","v":"Existing"},{"$f":"'Summary Mapping'!$F48","v":"VIC"},{"$f":"'Summary Mapping'!$M48","v":"Brown Coal"},{"$f":"IF('Summary Mapping'!$H48=\"N/A\",'Summary Mapping'!$G48,'Summary Mapping'!$H48)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N48","v":"Yallourn W"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E54,\"*Coal\")+COUNTIF($E54,\"*Biomass*\"),1),MIN(COUNTIF($E54,\"*Liquid*\"),1),MIN(COUNTIF($E54,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E54,\"*Coal\")+COUNTIF($E54,\"*Biomass*\"),1),MIN(COUNTIF($E54,\"*Liquid*\"),1),MIN(COUNTIF($E54,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E54,\"*Coal\")+COUNTIF($E54,\"*Biomass*\"),1),MIN(COUNTIF($E54,\"*Liquid*\"),1),MIN(COUNTIF($E54,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E54,\"*Coal\")+COUNTIF($E54,\"*Biomass*\"),1),MIN(COUNTIF($E54,\"*Liquid*\"),1),MIN(COUNTIF($E54,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E54,\"*Coal\")+COUNTIF($E54,\"*Biomass*\"),1),MIN(COUNTIF($E54,\"*Liquid*\"),1),MIN(COUNTIF($E54,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E54,\"*Coal\")+COUNTIF($E54,\"*Biomass*\"),1),MIN(COUNTIF($E54,\"*Liquid*\"),1),MIN(COUNTIF($E54,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E54,\"*Coal\")+COUNTIF($E54,\"*Biomass*\"),1),MIN(COUNTIF($E54,\"*Liquid*\"),1),MIN(COUNTIF($E54,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E54,\"*Coal\")+COUNTIF($E54,\"*Biomass*\"),1),MIN(COUNTIF($E54,\"*Liquid*\"),1),MIN(COUNTIF($E54,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E54,\"*Coal\")+COUNTIF($E54,\"*Biomass*\"),1),MIN(COUNTIF($E54,\"*Liquid*\"),1),MIN(COUNTIF($E54,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E54,\"*Coal\")+COUNTIF($E54,\"*Biomass*\"),1),MIN(COUNTIF($E54,\"*Liquid*\"),1),MIN(COUNTIF($E54,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E54,\"*Coal\")+COUNTIF($E54,\"*Biomass*\"),1),MIN(COUNTIF($E54,\"*Liquid*\"),1),MIN(COUNTIF($E54,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E54,\"*Coal\")+COUNTIF($E54,\"*Biomass*\"),1),MIN(COUNTIF($E54,\"*Liquid*\"),1),MIN(COUNTIF($E54,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E54,\"*Coal\")+COUNTIF($E54,\"*Biomass*\"),1),MIN(COUNTIF($E54,\"*Liquid*\"),1),MIN(COUNTIF($E54,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E54,\"*Coal\")+COUNTIF($E54,\"*Biomass*\"),1),MIN(COUNTIF($E54,\"*Liquid*\"),1),MIN(COUNTIF($E54,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E54,\"*Coal\")+COUNTIF($E54,\"*Biomass*\"),1),MIN(COUNTIF($E54,\"*Liquid*\"),1),MIN(COUNTIF($E54,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E54,\"*Coal\")+COUNTIF($E54,\"*Biomass*\"),1),MIN(COUNTIF($E54,\"*Liquid*\"),1),MIN(COUNTIF($E54,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E54,\"*Coal\")+COUNTIF($E54,\"*Biomass*\"),1),MIN(COUNTIF($E54,\"*Liquid*\"),1),MIN(COUNTIF($E54,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E54,\"*Coal\")+COUNTIF($E54,\"*Biomass*\"),1),MIN(COUNTIF($E54,\"*Liquid*\"),1),MIN(COUNTIF($E54,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E54,\"*Coal\")+COUNTIF($E54,\"*Biomass*\"),1),MIN(COUNTIF($E54,\"*Liquid*\"),1),MIN(COUNTIF($E54,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E54,\"*Coal\")+COUNTIF($E54,\"*Biomass*\"),1),MIN(COUNTIF($E54,\"*Liquid*\"),1),MIN(COUNTIF($E54,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E54,\"*Coal\")+COUNTIF($E54,\"*Biomass*\"),1),MIN(COUNTIF($E54,\"*Liquid*\"),1),MIN(COUNTIF($E54,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G54)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001}]
[null,{"$f":"'Summary Mapping'!$C49","v":"YWPS3"},{"$f":"'Summary Mapping'!$J49","v":"Existing"},{"$f":"'Summary Mapping'!$F49","v":"VIC"},{"$f":"'Summary Mapping'!$M49","v":"Brown Coal"},{"$f":"IF('Summary Mapping'!$H49=\"N/A\",'Summary Mapping'!$G49,'Summary Mapping'!$H49)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N49","v":"Yallourn W"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E55,\"*Coal\")+COUNTIF($E55,\"*Biomass*\"),1),MIN(COUNTIF($E55,\"*Liquid*\"),1),MIN(COUNTIF($E55,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E55,\"*Coal\")+COUNTIF($E55,\"*Biomass*\"),1),MIN(COUNTIF($E55,\"*Liquid*\"),1),MIN(COUNTIF($E55,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E55,\"*Coal\")+COUNTIF($E55,\"*Biomass*\"),1),MIN(COUNTIF($E55,\"*Liquid*\"),1),MIN(COUNTIF($E55,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E55,\"*Coal\")+COUNTIF($E55,\"*Biomass*\"),1),MIN(COUNTIF($E55,\"*Liquid*\"),1),MIN(COUNTIF($E55,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E55,\"*Coal\")+COUNTIF($E55,\"*Biomass*\"),1),MIN(COUNTIF($E55,\"*Liquid*\"),1),MIN(COUNTIF($E55,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E55,\"*Coal\")+COUNTIF($E55,\"*Biomass*\"),1),MIN(COUNTIF($E55,\"*Liquid*\"),1),MIN(COUNTIF($E55,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E55,\"*Coal\")+COUNTIF($E55,\"*Biomass*\"),1),MIN(COUNTIF($E55,\"*Liquid*\"),1),MIN(COUNTIF($E55,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E55,\"*Coal\")+COUNTIF($E55,\"*Biomass*\"),1),MIN(COUNTIF($E55,\"*Liquid*\"),1),MIN(COUNTIF($E55,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E55,\"*Coal\")+COUNTIF($E55,\"*Biomass*\"),1),MIN(COUNTIF($E55,\"*Liquid*\"),1),MIN(COUNTIF($E55,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E55,\"*Coal\")+COUNTIF($E55,\"*Biomass*\"),1),MIN(COUNTIF($E55,\"*Liquid*\"),1),MIN(COUNTIF($E55,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E55,\"*Coal\")+COUNTIF($E55,\"*Biomass*\"),1),MIN(COUNTIF($E55,\"*Liquid*\"),1),MIN(COUNTIF($E55,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E55,\"*Coal\")+COUNTIF($E55,\"*Biomass*\"),1),MIN(COUNTIF($E55,\"*Liquid*\"),1),MIN(COUNTIF($E55,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E55,\"*Coal\")+COUNTIF($E55,\"*Biomass*\"),1),MIN(COUNTIF($E55,\"*Liquid*\"),1),MIN(COUNTIF($E55,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E55,\"*Coal\")+COUNTIF($E55,\"*Biomass*\"),1),MIN(COUNTIF($E55,\"*Liquid*\"),1),MIN(COUNTIF($E55,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E55,\"*Coal\")+COUNTIF($E55,\"*Biomass*\"),1),MIN(COUNTIF($E55,\"*Liquid*\"),1),MIN(COUNTIF($E55,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E55,\"*Coal\")+COUNTIF($E55,\"*Biomass*\"),1),MIN(COUNTIF($E55,\"*Liquid*\"),1),MIN(COUNTIF($E55,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E55,\"*Coal\")+COUNTIF($E55,\"*Biomass*\"),1),MIN(COUNTIF($E55,\"*Liquid*\"),1),MIN(COUNTIF($E55,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - 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BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E55,\"*Coal\")+COUNTIF($E55,\"*Biomass*\"),1),MIN(COUNTIF($E55,\"*Liquid*\"),1),MIN(COUNTIF($E55,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E55,\"*Coal\")+COUNTIF($E55,\"*Biomass*\"),1),MIN(COUNTIF($E55,\"*Liquid*\"),1),MIN(COUNTIF($E55,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E55,\"*Coal\")+COUNTIF($E55,\"*Biomass*\"),1),MIN(COUNTIF($E55,\"*Liquid*\"),1),MIN(COUNTIF($E55,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E55,\"*Coal\")+COUNTIF($E55,\"*Biomass*\"),1),MIN(COUNTIF($E55,\"*Liquid*\"),1),MIN(COUNTIF($E55,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E55,\"*Coal\")+COUNTIF($E55,\"*Biomass*\"),1),MIN(COUNTIF($E55,\"*Liquid*\"),1),MIN(COUNTIF($E55,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G55)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001}]
[null,{"$f":"'Summary Mapping'!$C50","v":"YWPS4"},{"$f":"'Summary Mapping'!$J50","v":"Existing"},{"$f":"'Summary Mapping'!$F50","v":"VIC"},{"$f":"'Summary Mapping'!$M50","v":"Brown Coal"},{"$f":"IF('Summary Mapping'!$H50=\"N/A\",'Summary Mapping'!$G50,'Summary Mapping'!$H50)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N50","v":"Yallourn W"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E56,\"*Coal\")+COUNTIF($E56,\"*Biomass*\"),1),MIN(COUNTIF($E56,\"*Liquid*\"),1),MIN(COUNTIF($E56,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G56),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G56),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G56)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E56,\"*Coal\")+COUNTIF($E56,\"*Biomass*\"),1),MIN(COUNTIF($E56,\"*Liquid*\"),1),MIN(COUNTIF($E56,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G56),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G56),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G56)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E56,\"*Coal\")+COUNTIF($E56,\"*Biomass*\"),1),MIN(COUNTIF($E56,\"*Liquid*\"),1),MIN(COUNTIF($E56,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G56),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G56),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G56)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E56,\"*Coal\")+COUNTIF($E56,\"*Biomass*\"),1),MIN(COUNTIF($E56,\"*Liquid*\"),1),MIN(COUNTIF($E56,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G56),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G56),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G56)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E56,\"*Coal\")+COUNTIF($E56,\"*Biomass*\"),1),MIN(COUNTIF($E56,\"*Liquid*\"),1),MIN(COUNTIF($E56,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G56),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G56),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G56)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E56,\"*Coal\")+COUNTIF($E56,\"*Biomass*\"),1),MIN(COUNTIF($E56,\"*Liquid*\"),1),MIN(COUNTIF($E56,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G56),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G56),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G56)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E56,\"*Coal\")+COUNTIF($E56,\"*Biomass*\"),1),MIN(COUNTIF($E56,\"*Liquid*\"),1),MIN(COUNTIF($E56,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G56),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G56),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G56)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E56,\"*Coal\")+COUNTIF($E56,\"*Biomass*\"),1),MIN(COUNTIF($E56,\"*Liquid*\"),1),MIN(COUNTIF($E56,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G56),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G56),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G56)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E56,\"*Coal\")+COUNTIF($E56,\"*Biomass*\"),1),MIN(COUNTIF($E56,\"*Liquid*\"),1),MIN(COUNTIF($E56,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G56),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G56),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G56)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E56,\"*Coal\")+COUNTIF($E56,\"*Biomass*\"),1),MIN(COUNTIF($E56,\"*Liquid*\"),1),MIN(COUNTIF($E56,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G56),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G56),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G56)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E56,\"*Coal\")+COUNTIF($E56,\"*Biomass*\"),1),MIN(COUNTIF($E56,\"*Liquid*\"),1),MIN(COUNTIF($E56,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G56),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G56),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G56)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E56,\"*Coal\")+COUNTIF($E56,\"*Biomass*\"),1),MIN(COUNTIF($E56,\"*Liquid*\"),1),MIN(COUNTIF($E56,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G56),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G56),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G56)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E56,\"*Coal\")+COUNTIF($E56,\"*Biomass*\"),1),MIN(COUNTIF($E56,\"*Liquid*\"),1),MIN(COUNTIF($E56,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G56),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G56),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G56)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E56,\"*Coal\")+COUNTIF($E56,\"*Biomass*\"),1),MIN(COUNTIF($E56,\"*Liquid*\"),1),MIN(COUNTIF($E56,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G56),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G56),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G56)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E56,\"*Coal\")+COUNTIF($E56,\"*Biomass*\"),1),MIN(COUNTIF($E56,\"*Liquid*\"),1),MIN(COUNTIF($E56,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G56),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G56),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G56)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E56,\"*Coal\")+COUNTIF($E56,\"*Biomass*\"),1),MIN(COUNTIF($E56,\"*Liquid*\"),1),MIN(COUNTIF($E56,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G56),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G56),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G56)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.89610400000000001}]
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BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":28.370791128800001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E57,\"*Coal\")+COUNTIF($E57,\"*Biomass*\"),1),MIN(COUNTIF($E57,\"*Liquid*\"),1),MIN(COUNTIF($E57,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G57),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G57),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G57)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":27.945021569400001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E57,\"*Coal\")+COUNTIF($E57,\"*Biomass*\"),1),MIN(COUNTIF($E57,\"*Liquid*\"),1),MIN(COUNTIF($E57,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G57),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G57),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G57)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":26.792328372000004},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E57,\"*Coal\")+COUNTIF($E57,\"*Biomass*\"),1),MIN(COUNTIF($E57,\"*Liquid*\"),1),MIN(COUNTIF($E57,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G57),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G57),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G57)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":26.511943540200004},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E57,\"*Coal\")+COUNTIF($E57,\"*Biomass*\"),1),MIN(COUNTIF($E57,\"*Liquid*\"),1),MIN(COUNTIF($E57,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G57),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G57),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G57)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":25.431942706600001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E57,\"*Coal\")+COUNTIF($E57,\"*Biomass*\"),1),MIN(COUNTIF($E57,\"*Liquid*\"),1),MIN(COUNTIF($E57,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G57),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G57),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G57)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":25.172327121599999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E57,\"*Coal\")+COUNTIF($E57,\"*Biomass*\"),1),MIN(COUNTIF($E57,\"*Liquid*\"),1),MIN(COUNTIF($E57,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G57),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G57),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G57)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":28.370791128800001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E58,\"*Coal\")+COUNTIF($E58,\"*Biomass*\"),1),MIN(COUNTIF($E58,\"*Liquid*\"),1),MIN(COUNTIF($E58,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G58),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G58),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G58)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":27.945021569400001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E58,\"*Coal\")+COUNTIF($E58,\"*Biomass*\"),1),MIN(COUNTIF($E58,\"*Liquid*\"),1),MIN(COUNTIF($E58,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G58),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G58),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G58)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":26.792328372000004},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E58,\"*Coal\")+COUNTIF($E58,\"*Biomass*\"),1),MIN(COUNTIF($E58,\"*Liquid*\"),1),MIN(COUNTIF($E58,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G58),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G58),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G58)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":26.511943540200004},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E58,\"*Coal\")+COUNTIF($E58,\"*Biomass*\"),1),MIN(COUNTIF($E58,\"*Liquid*\"),1),MIN(COUNTIF($E58,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G58),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G58),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G58)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":25.431942706600001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E58,\"*Coal\")+COUNTIF($E58,\"*Biomass*\"),1),MIN(COUNTIF($E58,\"*Liquid*\"),1),MIN(COUNTIF($E58,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G58),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G58),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G58)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":25.172327121599999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E58,\"*Coal\")+COUNTIF($E58,\"*Biomass*\"),1),MIN(COUNTIF($E58,\"*Liquid*\"),1),MIN(COUNTIF($E58,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G58),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G58),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G58)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.690980342236708},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E59,\"*Coal\")+COUNTIF($E59,\"*Biomass*\"),1),MIN(COUNTIF($E59,\"*Liquid*\"),1),MIN(COUNTIF($E59,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G59),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G59),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G59)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.40172523188164},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E59,\"*Coal\")+COUNTIF($E59,\"*Biomass*\"),1),MIN(COUNTIF($E59,\"*Liquid*\"),1),MIN(COUNTIF($E59,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G59),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G59),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G59)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.490559895078855},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E59,\"*Coal\")+COUNTIF($E59,\"*Biomass*\"),1),MIN(COUNTIF($E59,\"*Liquid*\"),1),MIN(COUNTIF($E59,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G59),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G59),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G59)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":15.098432206606525},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E59,\"*Coal\")+COUNTIF($E59,\"*Biomass*\"),1),MIN(COUNTIF($E59,\"*Liquid*\"),1),MIN(COUNTIF($E59,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G59),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G59),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G59)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.690980342236708},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E60,\"*Coal\")+COUNTIF($E60,\"*Biomass*\"),1),MIN(COUNTIF($E60,\"*Liquid*\"),1),MIN(COUNTIF($E60,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G60),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G60),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G60)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.40172523188164},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E60,\"*Coal\")+COUNTIF($E60,\"*Biomass*\"),1),MIN(COUNTIF($E60,\"*Liquid*\"),1),MIN(COUNTIF($E60,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G60),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G60),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G60)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.490559895078855},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E60,\"*Coal\")+COUNTIF($E60,\"*Biomass*\"),1),MIN(COUNTIF($E60,\"*Liquid*\"),1),MIN(COUNTIF($E60,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G60),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G60),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G60)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":15.098432206606525},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E60,\"*Coal\")+COUNTIF($E60,\"*Biomass*\"),1),MIN(COUNTIF($E60,\"*Liquid*\"),1),MIN(COUNTIF($E60,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G60),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G60),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G60)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.24858168254876},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E61,\"*Coal\")+COUNTIF($E61,\"*Biomass*\"),1),MIN(COUNTIF($E61,\"*Liquid*\"),1),MIN(COUNTIF($E61,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G61),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G61),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G61)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.73846232023965},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E61,\"*Coal\")+COUNTIF($E61,\"*Biomass*\"),1),MIN(COUNTIF($E61,\"*Liquid*\"),1),MIN(COUNTIF($E61,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G61),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G61),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G61)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.197901601488976},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E61,\"*Coal\")+COUNTIF($E61,\"*Biomass*\"),1),MIN(COUNTIF($E61,\"*Liquid*\"),1),MIN(COUNTIF($E61,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G61),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G61),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G61)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":11.52697034324944},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E61,\"*Coal\")+COUNTIF($E61,\"*Biomass*\"),1),MIN(COUNTIF($E61,\"*Liquid*\"),1),MIN(COUNTIF($E61,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G61),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G61),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G61)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":14.416687306955192},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E62,\"*Coal\")+COUNTIF($E62,\"*Biomass*\"),1),MIN(COUNTIF($E62,\"*Liquid*\"),1),MIN(COUNTIF($E62,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G62),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G62),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G62)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.075680202202504},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E62,\"*Coal\")+COUNTIF($E62,\"*Biomass*\"),1),MIN(COUNTIF($E62,\"*Liquid*\"),1),MIN(COUNTIF($E62,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G62),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G62),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G62)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.243425216976174},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E62,\"*Coal\")+COUNTIF($E62,\"*Biomass*\"),1),MIN(COUNTIF($E62,\"*Liquid*\"),1),MIN(COUNTIF($E62,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G62),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G62),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G62)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.441547607915304},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E62,\"*Coal\")+COUNTIF($E62,\"*Biomass*\"),1),MIN(COUNTIF($E62,\"*Liquid*\"),1),MIN(COUNTIF($E62,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G62),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G62),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G62)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":12.293294465997088},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E62,\"*Coal\")+COUNTIF($E62,\"*Biomass*\"),1),MIN(COUNTIF($E62,\"*Liquid*\"),1),MIN(COUNTIF($E62,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G62),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G62),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G62)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.338090022638497},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E62,\"*Coal\")+COUNTIF($E62,\"*Biomass*\"),1),MIN(COUNTIF($E62,\"*Liquid*\"),1),MIN(COUNTIF($E62,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G62),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G62),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G62)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.916443691334928},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E62,\"*Coal\")+COUNTIF($E62,\"*Biomass*\"),1),MIN(COUNTIF($E62,\"*Liquid*\"),1),MIN(COUNTIF($E62,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G62),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G62),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G62)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.113948674167995},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E62,\"*Coal\")+COUNTIF($E62,\"*Biomass*\"),1),MIN(COUNTIF($E62,\"*Liquid*\"),1),MIN(COUNTIF($E62,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G62),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G62),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G62)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":13.270967809087907},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E62,\"*Coal\")+COUNTIF($E62,\"*Biomass*\"),1),MIN(COUNTIF($E62,\"*Liquid*\"),1),MIN(COUNTIF($E62,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G62),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G62),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G62)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.234639156184574},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E62,\"*Coal\")+COUNTIF($E62,\"*Biomass*\"),1),MIN(COUNTIF($E62,\"*Liquid*\"),1),MIN(COUNTIF($E62,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G62),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G62),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G62)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.844664011158491},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E62,\"*Coal\")+COUNTIF($E62,\"*Biomass*\"),1),MIN(COUNTIF($E62,\"*Liquid*\"),1),MIN(COUNTIF($E62,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G62),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G62),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G62)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.243425216976174},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E63,\"*Coal\")+COUNTIF($E63,\"*Biomass*\"),1),MIN(COUNTIF($E63,\"*Liquid*\"),1),MIN(COUNTIF($E63,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G63),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G63),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G63)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.441547607915304},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E63,\"*Coal\")+COUNTIF($E63,\"*Biomass*\"),1),MIN(COUNTIF($E63,\"*Liquid*\"),1),MIN(COUNTIF($E63,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G63),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G63),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G63)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.916443691334928},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E63,\"*Coal\")+COUNTIF($E63,\"*Biomass*\"),1),MIN(COUNTIF($E63,\"*Liquid*\"),1),MIN(COUNTIF($E63,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G63),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G63),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G63)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.113948674167995},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E63,\"*Coal\")+COUNTIF($E63,\"*Biomass*\"),1),MIN(COUNTIF($E63,\"*Liquid*\"),1),MIN(COUNTIF($E63,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G63),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G63),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G63)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.441547607915304},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E64,\"*Coal\")+COUNTIF($E64,\"*Biomass*\"),1),MIN(COUNTIF($E64,\"*Liquid*\"),1),MIN(COUNTIF($E64,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G64),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G64),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G64)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.916443691334928},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E64,\"*Coal\")+COUNTIF($E64,\"*Biomass*\"),1),MIN(COUNTIF($E64,\"*Liquid*\"),1),MIN(COUNTIF($E64,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G64),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G64),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G64)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.113948674167995},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E64,\"*Coal\")+COUNTIF($E64,\"*Biomass*\"),1),MIN(COUNTIF($E64,\"*Liquid*\"),1),MIN(COUNTIF($E64,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G64),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G64),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G64)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.441547607915304},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E65,\"*Coal\")+COUNTIF($E65,\"*Biomass*\"),1),MIN(COUNTIF($E65,\"*Liquid*\"),1),MIN(COUNTIF($E65,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G65),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G65),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G65)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.916443691334928},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E65,\"*Coal\")+COUNTIF($E65,\"*Biomass*\"),1),MIN(COUNTIF($E65,\"*Liquid*\"),1),MIN(COUNTIF($E65,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G65),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G65),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G65)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.113948674167995},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E65,\"*Coal\")+COUNTIF($E65,\"*Biomass*\"),1),MIN(COUNTIF($E65,\"*Liquid*\"),1),MIN(COUNTIF($E65,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G65),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G65),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G65)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.441547607915304},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E66,\"*Coal\")+COUNTIF($E66,\"*Biomass*\"),1),MIN(COUNTIF($E66,\"*Liquid*\"),1),MIN(COUNTIF($E66,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G66),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G66),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G66)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.916443691334928},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E66,\"*Coal\")+COUNTIF($E66,\"*Biomass*\"),1),MIN(COUNTIF($E66,\"*Liquid*\"),1),MIN(COUNTIF($E66,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G66),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G66),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G66)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.113948674167995},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E66,\"*Coal\")+COUNTIF($E66,\"*Biomass*\"),1),MIN(COUNTIF($E66,\"*Liquid*\"),1),MIN(COUNTIF($E66,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G66),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G66),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G66)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.243425216976174},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E67,\"*Coal\")+COUNTIF($E67,\"*Biomass*\"),1),MIN(COUNTIF($E67,\"*Liquid*\"),1),MIN(COUNTIF($E67,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G67),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G67),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G67)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.441547607915304},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E67,\"*Coal\")+COUNTIF($E67,\"*Biomass*\"),1),MIN(COUNTIF($E67,\"*Liquid*\"),1),MIN(COUNTIF($E67,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G67),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G67),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G67)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":12.293294465997088},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E67,\"*Coal\")+COUNTIF($E67,\"*Biomass*\"),1),MIN(COUNTIF($E67,\"*Liquid*\"),1),MIN(COUNTIF($E67,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G67),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G67),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G67)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.338090022638497},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E67,\"*Coal\")+COUNTIF($E67,\"*Biomass*\"),1),MIN(COUNTIF($E67,\"*Liquid*\"),1),MIN(COUNTIF($E67,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G67),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G67),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G67)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.916443691334928},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E67,\"*Coal\")+COUNTIF($E67,\"*Biomass*\"),1),MIN(COUNTIF($E67,\"*Liquid*\"),1),MIN(COUNTIF($E67,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G67),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G67),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G67)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.113948674167995},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E67,\"*Coal\")+COUNTIF($E67,\"*Biomass*\"),1),MIN(COUNTIF($E67,\"*Liquid*\"),1),MIN(COUNTIF($E67,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G67),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G67),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G67)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":13.270967809087907},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E67,\"*Coal\")+COUNTIF($E67,\"*Biomass*\"),1),MIN(COUNTIF($E67,\"*Liquid*\"),1),MIN(COUNTIF($E67,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G67),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G67),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G67)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.234639156184574},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E67,\"*Coal\")+COUNTIF($E67,\"*Biomass*\"),1),MIN(COUNTIF($E67,\"*Liquid*\"),1),MIN(COUNTIF($E67,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G67),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G67),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G67)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.844664011158491},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E67,\"*Coal\")+COUNTIF($E67,\"*Biomass*\"),1),MIN(COUNTIF($E67,\"*Liquid*\"),1),MIN(COUNTIF($E67,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G67),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G67),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G67)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.441547607915304},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E68,\"*Coal\")+COUNTIF($E68,\"*Biomass*\"),1),MIN(COUNTIF($E68,\"*Liquid*\"),1),MIN(COUNTIF($E68,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G68),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G68),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G68)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.113948674167995},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E68,\"*Coal\")+COUNTIF($E68,\"*Biomass*\"),1),MIN(COUNTIF($E68,\"*Liquid*\"),1),MIN(COUNTIF($E68,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G68),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G68),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G68)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.243425216976174},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E69,\"*Coal\")+COUNTIF($E69,\"*Biomass*\"),1),MIN(COUNTIF($E69,\"*Liquid*\"),1),MIN(COUNTIF($E69,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G69),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G69),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G69)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.441547607915304},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E69,\"*Coal\")+COUNTIF($E69,\"*Biomass*\"),1),MIN(COUNTIF($E69,\"*Liquid*\"),1),MIN(COUNTIF($E69,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G69),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G69),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G69)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.916443691334928},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E69,\"*Coal\")+COUNTIF($E69,\"*Biomass*\"),1),MIN(COUNTIF($E69,\"*Liquid*\"),1),MIN(COUNTIF($E69,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G69),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G69),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G69)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.113948674167995},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E69,\"*Coal\")+COUNTIF($E69,\"*Biomass*\"),1),MIN(COUNTIF($E69,\"*Liquid*\"),1),MIN(COUNTIF($E69,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G69),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G69),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G69)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.844664011158491},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E69,\"*Coal\")+COUNTIF($E69,\"*Biomass*\"),1),MIN(COUNTIF($E69,\"*Liquid*\"),1),MIN(COUNTIF($E69,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G69),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G69),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G69)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.243425216976174},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E70,\"*Coal\")+COUNTIF($E70,\"*Biomass*\"),1),MIN(COUNTIF($E70,\"*Liquid*\"),1),MIN(COUNTIF($E70,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G70),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G70),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G70)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.441547607915304},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E70,\"*Coal\")+COUNTIF($E70,\"*Biomass*\"),1),MIN(COUNTIF($E70,\"*Liquid*\"),1),MIN(COUNTIF($E70,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G70),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G70),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G70)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.916443691334928},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E70,\"*Coal\")+COUNTIF($E70,\"*Biomass*\"),1),MIN(COUNTIF($E70,\"*Liquid*\"),1),MIN(COUNTIF($E70,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G70),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G70),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G70)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.113948674167995},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E70,\"*Coal\")+COUNTIF($E70,\"*Biomass*\"),1),MIN(COUNTIF($E70,\"*Liquid*\"),1),MIN(COUNTIF($E70,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G70),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G70),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G70)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.844664011158491},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E70,\"*Coal\")+COUNTIF($E70,\"*Biomass*\"),1),MIN(COUNTIF($E70,\"*Liquid*\"),1),MIN(COUNTIF($E70,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G70),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G70),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G70)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.243425216976174},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E71,\"*Coal\")+COUNTIF($E71,\"*Biomass*\"),1),MIN(COUNTIF($E71,\"*Liquid*\"),1),MIN(COUNTIF($E71,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G71),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G71),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G71)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.441547607915304},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E71,\"*Coal\")+COUNTIF($E71,\"*Biomass*\"),1),MIN(COUNTIF($E71,\"*Liquid*\"),1),MIN(COUNTIF($E71,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G71),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G71),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G71)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.916443691334928},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E71,\"*Coal\")+COUNTIF($E71,\"*Biomass*\"),1),MIN(COUNTIF($E71,\"*Liquid*\"),1),MIN(COUNTIF($E71,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G71),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G71),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G71)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.113948674167995},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E71,\"*Coal\")+COUNTIF($E71,\"*Biomass*\"),1),MIN(COUNTIF($E71,\"*Liquid*\"),1),MIN(COUNTIF($E71,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G71),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G71),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G71)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.844664011158491},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E71,\"*Coal\")+COUNTIF($E71,\"*Biomass*\"),1),MIN(COUNTIF($E71,\"*Liquid*\"),1),MIN(COUNTIF($E71,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G71),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G71),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G71)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.243425216976174},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E72,\"*Coal\")+COUNTIF($E72,\"*Biomass*\"),1),MIN(COUNTIF($E72,\"*Liquid*\"),1),MIN(COUNTIF($E72,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G72),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G72),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G72)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.441547607915304},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E72,\"*Coal\")+COUNTIF($E72,\"*Biomass*\"),1),MIN(COUNTIF($E72,\"*Liquid*\"),1),MIN(COUNTIF($E72,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G72),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G72),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G72)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.916443691334928},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E72,\"*Coal\")+COUNTIF($E72,\"*Biomass*\"),1),MIN(COUNTIF($E72,\"*Liquid*\"),1),MIN(COUNTIF($E72,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G72),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G72),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G72)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.113948674167995},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E72,\"*Coal\")+COUNTIF($E72,\"*Biomass*\"),1),MIN(COUNTIF($E72,\"*Liquid*\"),1),MIN(COUNTIF($E72,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G72),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G72),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G72)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.844664011158491},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E72,\"*Coal\")+COUNTIF($E72,\"*Biomass*\"),1),MIN(COUNTIF($E72,\"*Liquid*\"),1),MIN(COUNTIF($E72,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G72),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G72),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G72)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.243425216976174},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E73,\"*Coal\")+COUNTIF($E73,\"*Biomass*\"),1),MIN(COUNTIF($E73,\"*Liquid*\"),1),MIN(COUNTIF($E73,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G73),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G73),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G73)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.441547607915304},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E73,\"*Coal\")+COUNTIF($E73,\"*Biomass*\"),1),MIN(COUNTIF($E73,\"*Liquid*\"),1),MIN(COUNTIF($E73,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G73),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G73),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G73)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.916443691334928},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E73,\"*Coal\")+COUNTIF($E73,\"*Biomass*\"),1),MIN(COUNTIF($E73,\"*Liquid*\"),1),MIN(COUNTIF($E73,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G73),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G73),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G73)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.113948674167995},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E73,\"*Coal\")+COUNTIF($E73,\"*Biomass*\"),1),MIN(COUNTIF($E73,\"*Liquid*\"),1),MIN(COUNTIF($E73,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G73),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G73),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G73)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":16.035332931539251},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E74,\"*Coal\")+COUNTIF($E74,\"*Biomass*\"),1),MIN(COUNTIF($E74,\"*Liquid*\"),1),MIN(COUNTIF($E74,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G74),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G74),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G74)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":15.73622996259258},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E74,\"*Coal\")+COUNTIF($E74,\"*Biomass*\"),1),MIN(COUNTIF($E74,\"*Liquid*\"),1),MIN(COUNTIF($E74,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G74),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G74),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G74)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":15.811657791085322},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E74,\"*Coal\")+COUNTIF($E74,\"*Biomass*\"),1),MIN(COUNTIF($E74,\"*Liquid*\"),1),MIN(COUNTIF($E74,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G74),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G74),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G74)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":16.423862714689857},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E74,\"*Coal\")+COUNTIF($E74,\"*Biomass*\"),1),MIN(COUNTIF($E74,\"*Liquid*\"),1),MIN(COUNTIF($E74,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G74),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G74),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G74)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":16.249879727684075},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E75,\"*Coal\")+COUNTIF($E75,\"*Biomass*\"),1),MIN(COUNTIF($E75,\"*Liquid*\"),1),MIN(COUNTIF($E75,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G75),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G75),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G75)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":15.270282256434291},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E75,\"*Coal\")+COUNTIF($E75,\"*Biomass*\"),1),MIN(COUNTIF($E75,\"*Liquid*\"),1),MIN(COUNTIF($E75,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G75),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G75),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G75)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":16.035332931539251},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E75,\"*Coal\")+COUNTIF($E75,\"*Biomass*\"),1),MIN(COUNTIF($E75,\"*Liquid*\"),1),MIN(COUNTIF($E75,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G75),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G75),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G75)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":15.73622996259258},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E75,\"*Coal\")+COUNTIF($E75,\"*Biomass*\"),1),MIN(COUNTIF($E75,\"*Liquid*\"),1),MIN(COUNTIF($E75,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G75),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G75),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G75)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":15.789155375255321},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E75,\"*Coal\")+COUNTIF($E75,\"*Biomass*\"),1),MIN(COUNTIF($E75,\"*Liquid*\"),1),MIN(COUNTIF($E75,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G75),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G75),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G75)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":15.78477583514656},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E75,\"*Coal\")+COUNTIF($E75,\"*Biomass*\"),1),MIN(COUNTIF($E75,\"*Liquid*\"),1),MIN(COUNTIF($E75,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G75),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G75),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G75)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":15.811657791085322},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E75,\"*Coal\")+COUNTIF($E75,\"*Biomass*\"),1),MIN(COUNTIF($E75,\"*Liquid*\"),1),MIN(COUNTIF($E75,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G75),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G75),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G75)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":16.423862714689857},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E75,\"*Coal\")+COUNTIF($E75,\"*Biomass*\"),1),MIN(COUNTIF($E75,\"*Liquid*\"),1),MIN(COUNTIF($E75,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G75),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G75),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G75)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":16.249879727684075},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E76,\"*Coal\")+COUNTIF($E76,\"*Biomass*\"),1),MIN(COUNTIF($E76,\"*Liquid*\"),1),MIN(COUNTIF($E76,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G76),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G76),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G76)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":15.270282256434291},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E76,\"*Coal\")+COUNTIF($E76,\"*Biomass*\"),1),MIN(COUNTIF($E76,\"*Liquid*\"),1),MIN(COUNTIF($E76,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G76),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G76),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G76)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":16.035332931539251},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E76,\"*Coal\")+COUNTIF($E76,\"*Biomass*\"),1),MIN(COUNTIF($E76,\"*Liquid*\"),1),MIN(COUNTIF($E76,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G76),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G76),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G76)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":15.73622996259258},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E76,\"*Coal\")+COUNTIF($E76,\"*Biomass*\"),1),MIN(COUNTIF($E76,\"*Liquid*\"),1),MIN(COUNTIF($E76,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G76),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G76),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G76)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":15.789155375255321},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E76,\"*Coal\")+COUNTIF($E76,\"*Biomass*\"),1),MIN(COUNTIF($E76,\"*Liquid*\"),1),MIN(COUNTIF($E76,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G76),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G76),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G76)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":15.78477583514656},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E76,\"*Coal\")+COUNTIF($E76,\"*Biomass*\"),1),MIN(COUNTIF($E76,\"*Liquid*\"),1),MIN(COUNTIF($E76,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G76),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G76),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G76)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":15.811657791085322},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E76,\"*Coal\")+COUNTIF($E76,\"*Biomass*\"),1),MIN(COUNTIF($E76,\"*Liquid*\"),1),MIN(COUNTIF($E76,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G76),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G76),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G76)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":16.423862714689857},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E76,\"*Coal\")+COUNTIF($E76,\"*Biomass*\"),1),MIN(COUNTIF($E76,\"*Liquid*\"),1),MIN(COUNTIF($E76,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G76),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G76),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G76)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.826930547190841},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E77,\"*Coal\")+COUNTIF($E77,\"*Biomass*\"),1),MIN(COUNTIF($E77,\"*Liquid*\"),1),MIN(COUNTIF($E77,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G77),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G77),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G77)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.038845977203881},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E77,\"*Coal\")+COUNTIF($E77,\"*Biomass*\"),1),MIN(COUNTIF($E77,\"*Liquid*\"),1),MIN(COUNTIF($E77,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G77),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G77),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G77)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.494941802848931},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E77,\"*Coal\")+COUNTIF($E77,\"*Biomass*\"),1),MIN(COUNTIF($E77,\"*Liquid*\"),1),MIN(COUNTIF($E77,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G77),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G77),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G77)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.699802418756091},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E77,\"*Coal\")+COUNTIF($E77,\"*Biomass*\"),1),MIN(COUNTIF($E77,\"*Liquid*\"),1),MIN(COUNTIF($E77,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G77),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G77),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G77)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.458233253660127},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E77,\"*Coal\")+COUNTIF($E77,\"*Biomass*\"),1),MIN(COUNTIF($E77,\"*Liquid*\"),1),MIN(COUNTIF($E77,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G77),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G77),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G77)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.826930547190841},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E78,\"*Coal\")+COUNTIF($E78,\"*Biomass*\"),1),MIN(COUNTIF($E78,\"*Liquid*\"),1),MIN(COUNTIF($E78,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G78),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G78),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G78)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.038845977203881},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E78,\"*Coal\")+COUNTIF($E78,\"*Biomass*\"),1),MIN(COUNTIF($E78,\"*Liquid*\"),1),MIN(COUNTIF($E78,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G78),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G78),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G78)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.494941802848931},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E78,\"*Coal\")+COUNTIF($E78,\"*Biomass*\"),1),MIN(COUNTIF($E78,\"*Liquid*\"),1),MIN(COUNTIF($E78,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G78),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G78),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G78)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.699802418756091},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E78,\"*Coal\")+COUNTIF($E78,\"*Biomass*\"),1),MIN(COUNTIF($E78,\"*Liquid*\"),1),MIN(COUNTIF($E78,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G78),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G78),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G78)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.458233253660127},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E78,\"*Coal\")+COUNTIF($E78,\"*Biomass*\"),1),MIN(COUNTIF($E78,\"*Liquid*\"),1),MIN(COUNTIF($E78,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G78),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G78),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G78)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.826930547190841},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E79,\"*Coal\")+COUNTIF($E79,\"*Biomass*\"),1),MIN(COUNTIF($E79,\"*Liquid*\"),1),MIN(COUNTIF($E79,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G79),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G79),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G79)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.038845977203881},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E79,\"*Coal\")+COUNTIF($E79,\"*Biomass*\"),1),MIN(COUNTIF($E79,\"*Liquid*\"),1),MIN(COUNTIF($E79,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G79),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G79),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G79)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.494941802848931},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E79,\"*Coal\")+COUNTIF($E79,\"*Biomass*\"),1),MIN(COUNTIF($E79,\"*Liquid*\"),1),MIN(COUNTIF($E79,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G79),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G79),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G79)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.699802418756091},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E79,\"*Coal\")+COUNTIF($E79,\"*Biomass*\"),1),MIN(COUNTIF($E79,\"*Liquid*\"),1),MIN(COUNTIF($E79,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G79),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G79),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G79)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.458233253660127},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E79,\"*Coal\")+COUNTIF($E79,\"*Biomass*\"),1),MIN(COUNTIF($E79,\"*Liquid*\"),1),MIN(COUNTIF($E79,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G79),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G79),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G79)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.826930547190841},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E80,\"*Coal\")+COUNTIF($E80,\"*Biomass*\"),1),MIN(COUNTIF($E80,\"*Liquid*\"),1),MIN(COUNTIF($E80,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G80),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G80),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G80)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.038845977203881},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E80,\"*Coal\")+COUNTIF($E80,\"*Biomass*\"),1),MIN(COUNTIF($E80,\"*Liquid*\"),1),MIN(COUNTIF($E80,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G80),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G80),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G80)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.494941802848931},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E80,\"*Coal\")+COUNTIF($E80,\"*Biomass*\"),1),MIN(COUNTIF($E80,\"*Liquid*\"),1),MIN(COUNTIF($E80,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G80),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G80),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G80)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.699802418756091},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E80,\"*Coal\")+COUNTIF($E80,\"*Biomass*\"),1),MIN(COUNTIF($E80,\"*Liquid*\"),1),MIN(COUNTIF($E80,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G80),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G80),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G80)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.458233253660127},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E80,\"*Coal\")+COUNTIF($E80,\"*Biomass*\"),1),MIN(COUNTIF($E80,\"*Liquid*\"),1),MIN(COUNTIF($E80,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G80),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G80),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G80)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.389807592937746},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E81,\"*Coal\")+COUNTIF($E81,\"*Biomass*\"),1),MIN(COUNTIF($E81,\"*Liquid*\"),1),MIN(COUNTIF($E81,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G81),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G81),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G81)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":10.850271958867618},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E81,\"*Coal\")+COUNTIF($E81,\"*Biomass*\"),1),MIN(COUNTIF($E81,\"*Liquid*\"),1),MIN(COUNTIF($E81,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G81),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G81),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G81)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":11.220408595766328},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E81,\"*Coal\")+COUNTIF($E81,\"*Biomass*\"),1),MIN(COUNTIF($E81,\"*Liquid*\"),1),MIN(COUNTIF($E81,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G81),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G81),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G81)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.770521499385307},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E82,\"*Coal\")+COUNTIF($E82,\"*Biomass*\"),1),MIN(COUNTIF($E82,\"*Liquid*\"),1),MIN(COUNTIF($E82,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G82),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G82),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G82)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.389807592937746},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E82,\"*Coal\")+COUNTIF($E82,\"*Biomass*\"),1),MIN(COUNTIF($E82,\"*Liquid*\"),1),MIN(COUNTIF($E82,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G82),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G82),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G82)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":10.850271958867618},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E82,\"*Coal\")+COUNTIF($E82,\"*Biomass*\"),1),MIN(COUNTIF($E82,\"*Liquid*\"),1),MIN(COUNTIF($E82,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G82),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G82),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G82)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":11.220408595766328},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E82,\"*Coal\")+COUNTIF($E82,\"*Biomass*\"),1),MIN(COUNTIF($E82,\"*Liquid*\"),1),MIN(COUNTIF($E82,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G82),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G82),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G82)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":10.850271958867618},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E83,\"*Coal\")+COUNTIF($E83,\"*Biomass*\"),1),MIN(COUNTIF($E83,\"*Liquid*\"),1),MIN(COUNTIF($E83,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G83),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G83),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G83)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":11.220408595766328},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E83,\"*Coal\")+COUNTIF($E83,\"*Biomass*\"),1),MIN(COUNTIF($E83,\"*Liquid*\"),1),MIN(COUNTIF($E83,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G83),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G83),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G83)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.031955674318274},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E84,\"*Coal\")+COUNTIF($E84,\"*Biomass*\"),1),MIN(COUNTIF($E84,\"*Liquid*\"),1),MIN(COUNTIF($E84,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G84),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G84),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G84)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.894763313501105},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E84,\"*Coal\")+COUNTIF($E84,\"*Biomass*\"),1),MIN(COUNTIF($E84,\"*Liquid*\"),1),MIN(COUNTIF($E84,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G84),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G84),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G84)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.469574004024372},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E84,\"*Coal\")+COUNTIF($E84,\"*Biomass*\"),1),MIN(COUNTIF($E84,\"*Liquid*\"),1),MIN(COUNTIF($E84,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G84),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G84),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G84)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":11.978450309231706},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E84,\"*Coal\")+COUNTIF($E84,\"*Biomass*\"),1),MIN(COUNTIF($E84,\"*Liquid*\"),1),MIN(COUNTIF($E84,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G84),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G84),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G84)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.073313900485921},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E84,\"*Coal\")+COUNTIF($E84,\"*Biomass*\"),1),MIN(COUNTIF($E84,\"*Liquid*\"),1),MIN(COUNTIF($E84,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G84),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G84),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G84)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.031955674318274},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E85,\"*Coal\")+COUNTIF($E85,\"*Biomass*\"),1),MIN(COUNTIF($E85,\"*Liquid*\"),1),MIN(COUNTIF($E85,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G85),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G85),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G85)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.894763313501105},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E85,\"*Coal\")+COUNTIF($E85,\"*Biomass*\"),1),MIN(COUNTIF($E85,\"*Liquid*\"),1),MIN(COUNTIF($E85,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G85),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G85),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G85)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":12.840308252220174},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E85,\"*Coal\")+COUNTIF($E85,\"*Biomass*\"),1),MIN(COUNTIF($E85,\"*Liquid*\"),1),MIN(COUNTIF($E85,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G85),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G85),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G85)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.814212855226165},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E85,\"*Coal\")+COUNTIF($E85,\"*Biomass*\"),1),MIN(COUNTIF($E85,\"*Liquid*\"),1),MIN(COUNTIF($E85,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G85),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G85),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G85)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.469574004024372},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E85,\"*Coal\")+COUNTIF($E85,\"*Biomass*\"),1),MIN(COUNTIF($E85,\"*Liquid*\"),1),MIN(COUNTIF($E85,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G85),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G85),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G85)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":11.978450309231706},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E85,\"*Coal\")+COUNTIF($E85,\"*Biomass*\"),1),MIN(COUNTIF($E85,\"*Liquid*\"),1),MIN(COUNTIF($E85,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G85),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G85),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G85)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":11.150109918079394},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E85,\"*Coal\")+COUNTIF($E85,\"*Biomass*\"),1),MIN(COUNTIF($E85,\"*Liquid*\"),1),MIN(COUNTIF($E85,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G85),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G85),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G85)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":11.861415801037873},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E85,\"*Coal\")+COUNTIF($E85,\"*Biomass*\"),1),MIN(COUNTIF($E85,\"*Liquid*\"),1),MIN(COUNTIF($E85,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G85),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G85),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G85)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.073313900485921},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E85,\"*Coal\")+COUNTIF($E85,\"*Biomass*\"),1),MIN(COUNTIF($E85,\"*Liquid*\"),1),MIN(COUNTIF($E85,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G85),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G85),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G85)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.031955674318274},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E86,\"*Coal\")+COUNTIF($E86,\"*Biomass*\"),1),MIN(COUNTIF($E86,\"*Liquid*\"),1),MIN(COUNTIF($E86,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G86),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G86),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G86)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.894763313501105},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E86,\"*Coal\")+COUNTIF($E86,\"*Biomass*\"),1),MIN(COUNTIF($E86,\"*Liquid*\"),1),MIN(COUNTIF($E86,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G86),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G86),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G86)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.469574004024372},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E86,\"*Coal\")+COUNTIF($E86,\"*Biomass*\"),1),MIN(COUNTIF($E86,\"*Liquid*\"),1),MIN(COUNTIF($E86,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G86),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G86),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G86)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":11.978450309231706},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E86,\"*Coal\")+COUNTIF($E86,\"*Biomass*\"),1),MIN(COUNTIF($E86,\"*Liquid*\"),1),MIN(COUNTIF($E86,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G86),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G86),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G86)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.073313900485921},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E86,\"*Coal\")+COUNTIF($E86,\"*Biomass*\"),1),MIN(COUNTIF($E86,\"*Liquid*\"),1),MIN(COUNTIF($E86,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G86),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G86),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G86)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":15.25762299119202},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E87,\"*Coal\")+COUNTIF($E87,\"*Biomass*\"),1),MIN(COUNTIF($E87,\"*Liquid*\"),1),MIN(COUNTIF($E87,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G87),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G87),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G87)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.360929007872969},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E87,\"*Coal\")+COUNTIF($E87,\"*Biomass*\"),1),MIN(COUNTIF($E87,\"*Liquid*\"),1),MIN(COUNTIF($E87,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G87),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G87),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G87)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.93238570692637},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E87,\"*Coal\")+COUNTIF($E87,\"*Biomass*\"),1),MIN(COUNTIF($E87,\"*Liquid*\"),1),MIN(COUNTIF($E87,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G87),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G87),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G87)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.565382187815244},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E87,\"*Coal\")+COUNTIF($E87,\"*Biomass*\"),1),MIN(COUNTIF($E87,\"*Liquid*\"),1),MIN(COUNTIF($E87,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G87),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G87),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G87)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":13.984531025235228},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E87,\"*Coal\")+COUNTIF($E87,\"*Biomass*\"),1),MIN(COUNTIF($E87,\"*Liquid*\"),1),MIN(COUNTIF($E87,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G87),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G87),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G87)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.012065869600015},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E87,\"*Coal\")+COUNTIF($E87,\"*Biomass*\"),1),MIN(COUNTIF($E87,\"*Liquid*\"),1),MIN(COUNTIF($E87,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G87),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G87),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G87)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.995366912595486},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E87,\"*Coal\")+COUNTIF($E87,\"*Biomass*\"),1),MIN(COUNTIF($E87,\"*Liquid*\"),1),MIN(COUNTIF($E87,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G87),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G87),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G87)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.576360198282623},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E87,\"*Coal\")+COUNTIF($E87,\"*Biomass*\"),1),MIN(COUNTIF($E87,\"*Liquid*\"),1),MIN(COUNTIF($E87,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G87),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G87),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G87)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.360929007872969},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E88,\"*Coal\")+COUNTIF($E88,\"*Biomass*\"),1),MIN(COUNTIF($E88,\"*Liquid*\"),1),MIN(COUNTIF($E88,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G88),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G88),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G88)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.93238570692637},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E88,\"*Coal\")+COUNTIF($E88,\"*Biomass*\"),1),MIN(COUNTIF($E88,\"*Liquid*\"),1),MIN(COUNTIF($E88,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G88),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G88),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G88)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.565382187815244},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E88,\"*Coal\")+COUNTIF($E88,\"*Biomass*\"),1),MIN(COUNTIF($E88,\"*Liquid*\"),1),MIN(COUNTIF($E88,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G88),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G88),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G88)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.995366912595486},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E88,\"*Coal\")+COUNTIF($E88,\"*Biomass*\"),1),MIN(COUNTIF($E88,\"*Liquid*\"),1),MIN(COUNTIF($E88,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G88),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G88),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G88)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.576360198282623},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E88,\"*Coal\")+COUNTIF($E88,\"*Biomass*\"),1),MIN(COUNTIF($E88,\"*Liquid*\"),1),MIN(COUNTIF($E88,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G88),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G88),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G88)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.93238570692637},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E89,\"*Coal\")+COUNTIF($E89,\"*Biomass*\"),1),MIN(COUNTIF($E89,\"*Liquid*\"),1),MIN(COUNTIF($E89,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G89),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G89),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G89)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.565382187815244},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E89,\"*Coal\")+COUNTIF($E89,\"*Biomass*\"),1),MIN(COUNTIF($E89,\"*Liquid*\"),1),MIN(COUNTIF($E89,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G89),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G89),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G89)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.995366912595486},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E89,\"*Coal\")+COUNTIF($E89,\"*Biomass*\"),1),MIN(COUNTIF($E89,\"*Liquid*\"),1),MIN(COUNTIF($E89,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G89),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G89),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G89)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.576360198282623},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E89,\"*Coal\")+COUNTIF($E89,\"*Biomass*\"),1),MIN(COUNTIF($E89,\"*Liquid*\"),1),MIN(COUNTIF($E89,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G89),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G89),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G89)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.93238570692637},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E90,\"*Coal\")+COUNTIF($E90,\"*Biomass*\"),1),MIN(COUNTIF($E90,\"*Liquid*\"),1),MIN(COUNTIF($E90,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G90),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G90),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G90)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.565382187815244},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E90,\"*Coal\")+COUNTIF($E90,\"*Biomass*\"),1),MIN(COUNTIF($E90,\"*Liquid*\"),1),MIN(COUNTIF($E90,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G90),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G90),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G90)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.995366912595486},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E90,\"*Coal\")+COUNTIF($E90,\"*Biomass*\"),1),MIN(COUNTIF($E90,\"*Liquid*\"),1),MIN(COUNTIF($E90,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G90),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G90),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G90)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.576360198282623},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E90,\"*Coal\")+COUNTIF($E90,\"*Biomass*\"),1),MIN(COUNTIF($E90,\"*Liquid*\"),1),MIN(COUNTIF($E90,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G90),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G90),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G90)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.236598717297893},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E91,\"*Coal\")+COUNTIF($E91,\"*Biomass*\"),1),MIN(COUNTIF($E91,\"*Liquid*\"),1),MIN(COUNTIF($E91,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G91),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G91),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G91)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.79435153502695},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E91,\"*Coal\")+COUNTIF($E91,\"*Biomass*\"),1),MIN(COUNTIF($E91,\"*Liquid*\"),1),MIN(COUNTIF($E91,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G91),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G91),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G91)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":12.298575960470002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E91,\"*Coal\")+COUNTIF($E91,\"*Biomass*\"),1),MIN(COUNTIF($E91,\"*Liquid*\"),1),MIN(COUNTIF($E91,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G91),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G91),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G91)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.261158074126898},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E91,\"*Coal\")+COUNTIF($E91,\"*Biomass*\"),1),MIN(COUNTIF($E91,\"*Liquid*\"),1),MIN(COUNTIF($E91,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G91),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G91),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G91)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.238481847226742},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E91,\"*Coal\")+COUNTIF($E91,\"*Biomass*\"),1),MIN(COUNTIF($E91,\"*Liquid*\"),1),MIN(COUNTIF($E91,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G91),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G91),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G91)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":11.91235540142992},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E91,\"*Coal\")+COUNTIF($E91,\"*Biomass*\"),1),MIN(COUNTIF($E91,\"*Liquid*\"),1),MIN(COUNTIF($E91,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G91),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G91),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G91)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":11.42511658753169},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E91,\"*Coal\")+COUNTIF($E91,\"*Biomass*\"),1),MIN(COUNTIF($E91,\"*Liquid*\"),1),MIN(COUNTIF($E91,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G91),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G91),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G91)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":10.661595163154235},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E91,\"*Coal\")+COUNTIF($E91,\"*Biomass*\"),1),MIN(COUNTIF($E91,\"*Liquid*\"),1),MIN(COUNTIF($E91,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G91),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G91),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G91)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":11.341425751104588},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E91,\"*Coal\")+COUNTIF($E91,\"*Biomass*\"),1),MIN(COUNTIF($E91,\"*Liquid*\"),1),MIN(COUNTIF($E91,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G91),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G91),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G91)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":11.546093413780047},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E91,\"*Coal\")+COUNTIF($E91,\"*Biomass*\"),1),MIN(COUNTIF($E91,\"*Liquid*\"),1),MIN(COUNTIF($E91,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G91),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G91),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G91)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.236598717297893},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E92,\"*Coal\")+COUNTIF($E92,\"*Biomass*\"),1),MIN(COUNTIF($E92,\"*Liquid*\"),1),MIN(COUNTIF($E92,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G92),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G92),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G92)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.79435153502695},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E92,\"*Coal\")+COUNTIF($E92,\"*Biomass*\"),1),MIN(COUNTIF($E92,\"*Liquid*\"),1),MIN(COUNTIF($E92,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G92),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G92),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G92)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":12.298575960470002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E92,\"*Coal\")+COUNTIF($E92,\"*Biomass*\"),1),MIN(COUNTIF($E92,\"*Liquid*\"),1),MIN(COUNTIF($E92,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G92),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G92),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G92)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.261158074126898},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E92,\"*Coal\")+COUNTIF($E92,\"*Biomass*\"),1),MIN(COUNTIF($E92,\"*Liquid*\"),1),MIN(COUNTIF($E92,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G92),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G92),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G92)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.238481847226742},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E92,\"*Coal\")+COUNTIF($E92,\"*Biomass*\"),1),MIN(COUNTIF($E92,\"*Liquid*\"),1),MIN(COUNTIF($E92,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G92),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G92),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G92)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":11.91235540142992},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E92,\"*Coal\")+COUNTIF($E92,\"*Biomass*\"),1),MIN(COUNTIF($E92,\"*Liquid*\"),1),MIN(COUNTIF($E92,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G92),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G92),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G92)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":11.44666791535486},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E92,\"*Coal\")+COUNTIF($E92,\"*Biomass*\"),1),MIN(COUNTIF($E92,\"*Liquid*\"),1),MIN(COUNTIF($E92,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G92),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G92),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G92)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":11.42511658753169},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E92,\"*Coal\")+COUNTIF($E92,\"*Biomass*\"),1),MIN(COUNTIF($E92,\"*Liquid*\"),1),MIN(COUNTIF($E92,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G92),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G92),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G92)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":10.661595163154235},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E92,\"*Coal\")+COUNTIF($E92,\"*Biomass*\"),1),MIN(COUNTIF($E92,\"*Liquid*\"),1),MIN(COUNTIF($E92,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G92),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G92),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G92)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":11.341425751104588},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E92,\"*Coal\")+COUNTIF($E92,\"*Biomass*\"),1),MIN(COUNTIF($E92,\"*Liquid*\"),1),MIN(COUNTIF($E92,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G92),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G92),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G92)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":11.546093413780047},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E92,\"*Coal\")+COUNTIF($E92,\"*Biomass*\"),1),MIN(COUNTIF($E92,\"*Liquid*\"),1),MIN(COUNTIF($E92,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G92),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G92),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G92)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":11.546093413780047},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E93,\"*Coal\")+COUNTIF($E93,\"*Biomass*\"),1),MIN(COUNTIF($E93,\"*Liquid*\"),1),MIN(COUNTIF($E93,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G93),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G93),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G93)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.238481847226742},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E94,\"*Coal\")+COUNTIF($E94,\"*Biomass*\"),1),MIN(COUNTIF($E94,\"*Liquid*\"),1),MIN(COUNTIF($E94,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G94),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G94),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G94)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":11.91235540142992},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E94,\"*Coal\")+COUNTIF($E94,\"*Biomass*\"),1),MIN(COUNTIF($E94,\"*Liquid*\"),1),MIN(COUNTIF($E94,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G94),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G94),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G94)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":11.341425751104588},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E94,\"*Coal\")+COUNTIF($E94,\"*Biomass*\"),1),MIN(COUNTIF($E94,\"*Liquid*\"),1),MIN(COUNTIF($E94,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G94),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G94),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G94)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":11.546093413780047},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E94,\"*Coal\")+COUNTIF($E94,\"*Biomass*\"),1),MIN(COUNTIF($E94,\"*Liquid*\"),1),MIN(COUNTIF($E94,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G94),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G94),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G94)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.236598717297893},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E95,\"*Coal\")+COUNTIF($E95,\"*Biomass*\"),1),MIN(COUNTIF($E95,\"*Liquid*\"),1),MIN(COUNTIF($E95,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G95),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G95),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G95)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.79435153502695},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E95,\"*Coal\")+COUNTIF($E95,\"*Biomass*\"),1),MIN(COUNTIF($E95,\"*Liquid*\"),1),MIN(COUNTIF($E95,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G95),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G95),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G95)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.238481847226742},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E95,\"*Coal\")+COUNTIF($E95,\"*Biomass*\"),1),MIN(COUNTIF($E95,\"*Liquid*\"),1),MIN(COUNTIF($E95,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G95),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G95),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G95)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":11.91235540142992},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E95,\"*Coal\")+COUNTIF($E95,\"*Biomass*\"),1),MIN(COUNTIF($E95,\"*Liquid*\"),1),MIN(COUNTIF($E95,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G95),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G95),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G95)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":11.341425751104588},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E95,\"*Coal\")+COUNTIF($E95,\"*Biomass*\"),1),MIN(COUNTIF($E95,\"*Liquid*\"),1),MIN(COUNTIF($E95,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G95),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G95),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G95)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":11.546093413780047},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E95,\"*Coal\")+COUNTIF($E95,\"*Biomass*\"),1),MIN(COUNTIF($E95,\"*Liquid*\"),1),MIN(COUNTIF($E95,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G95),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G95),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G95)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":11.546093413780047},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E96,\"*Coal\")+COUNTIF($E96,\"*Biomass*\"),1),MIN(COUNTIF($E96,\"*Liquid*\"),1),MIN(COUNTIF($E96,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G96),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G96),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G96)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.238481847226742},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E97,\"*Coal\")+COUNTIF($E97,\"*Biomass*\"),1),MIN(COUNTIF($E97,\"*Liquid*\"),1),MIN(COUNTIF($E97,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G97),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G97),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G97)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":11.91235540142992},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E97,\"*Coal\")+COUNTIF($E97,\"*Biomass*\"),1),MIN(COUNTIF($E97,\"*Liquid*\"),1),MIN(COUNTIF($E97,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G97),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G97),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G97)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":11.341425751104588},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E97,\"*Coal\")+COUNTIF($E97,\"*Biomass*\"),1),MIN(COUNTIF($E97,\"*Liquid*\"),1),MIN(COUNTIF($E97,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G97),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G97),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G97)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":11.546093413780047},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E97,\"*Coal\")+COUNTIF($E97,\"*Biomass*\"),1),MIN(COUNTIF($E97,\"*Liquid*\"),1),MIN(COUNTIF($E97,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G97),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G97),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G97)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.820992384258282},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E98,\"*Coal\")+COUNTIF($E98,\"*Biomass*\"),1),MIN(COUNTIF($E98,\"*Liquid*\"),1),MIN(COUNTIF($E98,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G98),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G98),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G98)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.458233253660127},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E98,\"*Coal\")+COUNTIF($E98,\"*Biomass*\"),1),MIN(COUNTIF($E98,\"*Liquid*\"),1),MIN(COUNTIF($E98,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G98),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G98),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G98)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.938767562419459},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E99,\"*Coal\")+COUNTIF($E99,\"*Biomass*\"),1),MIN(COUNTIF($E99,\"*Liquid*\"),1),MIN(COUNTIF($E99,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G99),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G99),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G99)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - 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BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.820992384258282},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E99,\"*Coal\")+COUNTIF($E99,\"*Biomass*\"),1),MIN(COUNTIF($E99,\"*Liquid*\"),1),MIN(COUNTIF($E99,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G99),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G99),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G99)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.458233253660127},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E99,\"*Coal\")+COUNTIF($E99,\"*Biomass*\"),1),MIN(COUNTIF($E99,\"*Liquid*\"),1),MIN(COUNTIF($E99,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G99),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G99),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G99)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.700297344047447},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E100,\"*Coal\")+COUNTIF($E100,\"*Biomass*\"),1),MIN(COUNTIF($E100,\"*Liquid*\"),1),MIN(COUNTIF($E100,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G100),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G100),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G100)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.826930547190841},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E100,\"*Coal\")+COUNTIF($E100,\"*Biomass*\"),1),MIN(COUNTIF($E100,\"*Liquid*\"),1),MIN(COUNTIF($E100,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G100),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G100),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G100)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.938767562419459},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E100,\"*Coal\")+COUNTIF($E100,\"*Biomass*\"),1),MIN(COUNTIF($E100,\"*Liquid*\"),1),MIN(COUNTIF($E100,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G100),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G100),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G100)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.494941802848931},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E100,\"*Coal\")+COUNTIF($E100,\"*Biomass*\"),1),MIN(COUNTIF($E100,\"*Liquid*\"),1),MIN(COUNTIF($E100,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G100),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G100),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G100)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":13.902562645077563},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E100,\"*Coal\")+COUNTIF($E100,\"*Biomass*\"),1),MIN(COUNTIF($E100,\"*Liquid*\"),1),MIN(COUNTIF($E100,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G100),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G100),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G100)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.860475796918234},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E100,\"*Coal\")+COUNTIF($E100,\"*Biomass*\"),1),MIN(COUNTIF($E100,\"*Liquid*\"),1),MIN(COUNTIF($E100,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G100),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G100),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G100)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.820992384258282},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E100,\"*Coal\")+COUNTIF($E100,\"*Biomass*\"),1),MIN(COUNTIF($E100,\"*Liquid*\"),1),MIN(COUNTIF($E100,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G100),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G100),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G100)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.458233253660127},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E100,\"*Coal\")+COUNTIF($E100,\"*Biomass*\"),1),MIN(COUNTIF($E100,\"*Liquid*\"),1),MIN(COUNTIF($E100,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G100),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G100),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G100)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.075680202202504},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E101,\"*Coal\")+COUNTIF($E101,\"*Biomass*\"),1),MIN(COUNTIF($E101,\"*Liquid*\"),1),MIN(COUNTIF($E101,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G101),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G101),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G101)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.243425216976174},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E101,\"*Coal\")+COUNTIF($E101,\"*Biomass*\"),1),MIN(COUNTIF($E101,\"*Liquid*\"),1),MIN(COUNTIF($E101,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G101),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G101),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G101)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.338090022638497},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E101,\"*Coal\")+COUNTIF($E101,\"*Biomass*\"),1),MIN(COUNTIF($E101,\"*Liquid*\"),1),MIN(COUNTIF($E101,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G101),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G101),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G101)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.916443691334928},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E101,\"*Coal\")+COUNTIF($E101,\"*Biomass*\"),1),MIN(COUNTIF($E101,\"*Liquid*\"),1),MIN(COUNTIF($E101,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G101),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G101),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G101)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":13.30926443834969},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E101,\"*Coal\")+COUNTIF($E101,\"*Biomass*\"),1),MIN(COUNTIF($E101,\"*Liquid*\"),1),MIN(COUNTIF($E101,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G101),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G101),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G101)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.270967809087907},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E101,\"*Coal\")+COUNTIF($E101,\"*Biomass*\"),1),MIN(COUNTIF($E101,\"*Liquid*\"),1),MIN(COUNTIF($E101,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G101),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G101),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G101)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.234639156184574},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E101,\"*Coal\")+COUNTIF($E101,\"*Biomass*\"),1),MIN(COUNTIF($E101,\"*Liquid*\"),1),MIN(COUNTIF($E101,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G101),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G101),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G101)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.844664011158491},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E101,\"*Coal\")+COUNTIF($E101,\"*Biomass*\"),1),MIN(COUNTIF($E101,\"*Liquid*\"),1),MIN(COUNTIF($E101,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G101),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G101),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G101)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.075680202202504},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E102,\"*Coal\")+COUNTIF($E102,\"*Biomass*\"),1),MIN(COUNTIF($E102,\"*Liquid*\"),1),MIN(COUNTIF($E102,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G102),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G102),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G102)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.243425216976174},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E102,\"*Coal\")+COUNTIF($E102,\"*Biomass*\"),1),MIN(COUNTIF($E102,\"*Liquid*\"),1),MIN(COUNTIF($E102,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G102),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G102),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G102)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":12.390396829937258},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E102,\"*Coal\")+COUNTIF($E102,\"*Biomass*\"),1),MIN(COUNTIF($E102,\"*Liquid*\"),1),MIN(COUNTIF($E102,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G102),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G102),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G102)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.293294465997088},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E102,\"*Coal\")+COUNTIF($E102,\"*Biomass*\"),1),MIN(COUNTIF($E102,\"*Liquid*\"),1),MIN(COUNTIF($E102,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G102),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G102),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G102)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.338090022638497},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E102,\"*Coal\")+COUNTIF($E102,\"*Biomass*\"),1),MIN(COUNTIF($E102,\"*Liquid*\"),1),MIN(COUNTIF($E102,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G102),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G102),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G102)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.916443691334928},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E102,\"*Coal\")+COUNTIF($E102,\"*Biomass*\"),1),MIN(COUNTIF($E102,\"*Liquid*\"),1),MIN(COUNTIF($E102,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G102),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G102),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G102)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.113948674167995},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E102,\"*Coal\")+COUNTIF($E102,\"*Biomass*\"),1),MIN(COUNTIF($E102,\"*Liquid*\"),1),MIN(COUNTIF($E102,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G102),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G102),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G102)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.30926443834969},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E102,\"*Coal\")+COUNTIF($E102,\"*Biomass*\"),1),MIN(COUNTIF($E102,\"*Liquid*\"),1),MIN(COUNTIF($E102,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G102),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G102),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G102)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.270967809087907},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E102,\"*Coal\")+COUNTIF($E102,\"*Biomass*\"),1),MIN(COUNTIF($E102,\"*Liquid*\"),1),MIN(COUNTIF($E102,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G102),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G102),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G102)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.234639156184574},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E102,\"*Coal\")+COUNTIF($E102,\"*Biomass*\"),1),MIN(COUNTIF($E102,\"*Liquid*\"),1),MIN(COUNTIF($E102,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G102),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G102),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G102)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.844664011158491},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E102,\"*Coal\")+COUNTIF($E102,\"*Biomass*\"),1),MIN(COUNTIF($E102,\"*Liquid*\"),1),MIN(COUNTIF($E102,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G102),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G102),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G102)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":15.962342072200915}]
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BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.075680202202504},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E103,\"*Coal\")+COUNTIF($E103,\"*Biomass*\"),1),MIN(COUNTIF($E103,\"*Liquid*\"),1),MIN(COUNTIF($E103,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G103),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G103),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G103)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.243425216976174},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E103,\"*Coal\")+COUNTIF($E103,\"*Biomass*\"),1),MIN(COUNTIF($E103,\"*Liquid*\"),1),MIN(COUNTIF($E103,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G103),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G103),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G103)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.338090022638497},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E103,\"*Coal\")+COUNTIF($E103,\"*Biomass*\"),1),MIN(COUNTIF($E103,\"*Liquid*\"),1),MIN(COUNTIF($E103,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G103),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G103),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G103)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.916443691334928},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E103,\"*Coal\")+COUNTIF($E103,\"*Biomass*\"),1),MIN(COUNTIF($E103,\"*Liquid*\"),1),MIN(COUNTIF($E103,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G103),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G103),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G103)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":13.30926443834969},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E103,\"*Coal\")+COUNTIF($E103,\"*Biomass*\"),1),MIN(COUNTIF($E103,\"*Liquid*\"),1),MIN(COUNTIF($E103,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G103),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G103),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G103)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.270967809087907},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E103,\"*Coal\")+COUNTIF($E103,\"*Biomass*\"),1),MIN(COUNTIF($E103,\"*Liquid*\"),1),MIN(COUNTIF($E103,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G103),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G103),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G103)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.234639156184574},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E103,\"*Coal\")+COUNTIF($E103,\"*Biomass*\"),1),MIN(COUNTIF($E103,\"*Liquid*\"),1),MIN(COUNTIF($E103,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G103),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G103),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G103)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.844664011158491},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E103,\"*Coal\")+COUNTIF($E103,\"*Biomass*\"),1),MIN(COUNTIF($E103,\"*Liquid*\"),1),MIN(COUNTIF($E103,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G103),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G103),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G103)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":15.962342072200915}]
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BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.075680202202504},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E104,\"*Coal\")+COUNTIF($E104,\"*Biomass*\"),1),MIN(COUNTIF($E104,\"*Liquid*\"),1),MIN(COUNTIF($E104,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G104),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G104),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G104)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.243425216976174},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E104,\"*Coal\")+COUNTIF($E104,\"*Biomass*\"),1),MIN(COUNTIF($E104,\"*Liquid*\"),1),MIN(COUNTIF($E104,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G104),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G104),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G104)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":12.390396829937258},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E104,\"*Coal\")+COUNTIF($E104,\"*Biomass*\"),1),MIN(COUNTIF($E104,\"*Liquid*\"),1),MIN(COUNTIF($E104,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G104),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G104),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G104)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.293294465997088},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E104,\"*Coal\")+COUNTIF($E104,\"*Biomass*\"),1),MIN(COUNTIF($E104,\"*Liquid*\"),1),MIN(COUNTIF($E104,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G104),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G104),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G104)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.338090022638497},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E104,\"*Coal\")+COUNTIF($E104,\"*Biomass*\"),1),MIN(COUNTIF($E104,\"*Liquid*\"),1),MIN(COUNTIF($E104,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G104),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G104),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G104)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.916443691334928},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E104,\"*Coal\")+COUNTIF($E104,\"*Biomass*\"),1),MIN(COUNTIF($E104,\"*Liquid*\"),1),MIN(COUNTIF($E104,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G104),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G104),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G104)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":13.30926443834969},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E104,\"*Coal\")+COUNTIF($E104,\"*Biomass*\"),1),MIN(COUNTIF($E104,\"*Liquid*\"),1),MIN(COUNTIF($E104,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G104),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G104),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G104)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.270967809087907},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E104,\"*Coal\")+COUNTIF($E104,\"*Biomass*\"),1),MIN(COUNTIF($E104,\"*Liquid*\"),1),MIN(COUNTIF($E104,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G104),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G104),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G104)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.234639156184574},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E104,\"*Coal\")+COUNTIF($E104,\"*Biomass*\"),1),MIN(COUNTIF($E104,\"*Liquid*\"),1),MIN(COUNTIF($E104,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G104),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G104),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G104)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.844664011158491},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E104,\"*Coal\")+COUNTIF($E104,\"*Biomass*\"),1),MIN(COUNTIF($E104,\"*Liquid*\"),1),MIN(COUNTIF($E104,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G104),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G104),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G104)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.075680202202504},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E105,\"*Coal\")+COUNTIF($E105,\"*Biomass*\"),1),MIN(COUNTIF($E105,\"*Liquid*\"),1),MIN(COUNTIF($E105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G105),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G105),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G105)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.243425216976174},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E105,\"*Coal\")+COUNTIF($E105,\"*Biomass*\"),1),MIN(COUNTIF($E105,\"*Liquid*\"),1),MIN(COUNTIF($E105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G105),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G105),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G105)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":12.390396829937258},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E105,\"*Coal\")+COUNTIF($E105,\"*Biomass*\"),1),MIN(COUNTIF($E105,\"*Liquid*\"),1),MIN(COUNTIF($E105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G105),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G105),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G105)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.293294465997088},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E105,\"*Coal\")+COUNTIF($E105,\"*Biomass*\"),1),MIN(COUNTIF($E105,\"*Liquid*\"),1),MIN(COUNTIF($E105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G105),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G105),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G105)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.338090022638497},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E105,\"*Coal\")+COUNTIF($E105,\"*Biomass*\"),1),MIN(COUNTIF($E105,\"*Liquid*\"),1),MIN(COUNTIF($E105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G105),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G105),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G105)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.916443691334928},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E105,\"*Coal\")+COUNTIF($E105,\"*Biomass*\"),1),MIN(COUNTIF($E105,\"*Liquid*\"),1),MIN(COUNTIF($E105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G105),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G105),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G105)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":13.30926443834969},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E105,\"*Coal\")+COUNTIF($E105,\"*Biomass*\"),1),MIN(COUNTIF($E105,\"*Liquid*\"),1),MIN(COUNTIF($E105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G105),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G105),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G105)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.270967809087907},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E105,\"*Coal\")+COUNTIF($E105,\"*Biomass*\"),1),MIN(COUNTIF($E105,\"*Liquid*\"),1),MIN(COUNTIF($E105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G105),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G105),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G105)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.234639156184574},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E105,\"*Coal\")+COUNTIF($E105,\"*Biomass*\"),1),MIN(COUNTIF($E105,\"*Liquid*\"),1),MIN(COUNTIF($E105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G105),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G105),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G105)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.844664011158491},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E105,\"*Coal\")+COUNTIF($E105,\"*Biomass*\"),1),MIN(COUNTIF($E105,\"*Liquid*\"),1),MIN(COUNTIF($E105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G105),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G105),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G105)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":14.416687306955192},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E106,\"*Coal\")+COUNTIF($E106,\"*Biomass*\"),1),MIN(COUNTIF($E106,\"*Liquid*\"),1),MIN(COUNTIF($E106,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G106),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G106),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G106)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.075680202202504},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E106,\"*Coal\")+COUNTIF($E106,\"*Biomass*\"),1),MIN(COUNTIF($E106,\"*Liquid*\"),1),MIN(COUNTIF($E106,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G106),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G106),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G106)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.243425216976174},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E106,\"*Coal\")+COUNTIF($E106,\"*Biomass*\"),1),MIN(COUNTIF($E106,\"*Liquid*\"),1),MIN(COUNTIF($E106,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G106),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G106),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G106)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.441547607915304},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E106,\"*Coal\")+COUNTIF($E106,\"*Biomass*\"),1),MIN(COUNTIF($E106,\"*Liquid*\"),1),MIN(COUNTIF($E106,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G106),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G106),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G106)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":12.293294465997088},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E106,\"*Coal\")+COUNTIF($E106,\"*Biomass*\"),1),MIN(COUNTIF($E106,\"*Liquid*\"),1),MIN(COUNTIF($E106,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G106),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G106),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G106)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.338090022638497},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E106,\"*Coal\")+COUNTIF($E106,\"*Biomass*\"),1),MIN(COUNTIF($E106,\"*Liquid*\"),1),MIN(COUNTIF($E106,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G106),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G106),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G106)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.916443691334928},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E106,\"*Coal\")+COUNTIF($E106,\"*Biomass*\"),1),MIN(COUNTIF($E106,\"*Liquid*\"),1),MIN(COUNTIF($E106,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G106),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G106),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G106)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.113948674167995},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E106,\"*Coal\")+COUNTIF($E106,\"*Biomass*\"),1),MIN(COUNTIF($E106,\"*Liquid*\"),1),MIN(COUNTIF($E106,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G106),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G106),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G106)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":13.270967809087907},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E106,\"*Coal\")+COUNTIF($E106,\"*Biomass*\"),1),MIN(COUNTIF($E106,\"*Liquid*\"),1),MIN(COUNTIF($E106,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G106),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G106),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G106)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.234639156184574},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E106,\"*Coal\")+COUNTIF($E106,\"*Biomass*\"),1),MIN(COUNTIF($E106,\"*Liquid*\"),1),MIN(COUNTIF($E106,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G106),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G106),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G106)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.844664011158491},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E106,\"*Coal\")+COUNTIF($E106,\"*Biomass*\"),1),MIN(COUNTIF($E106,\"*Liquid*\"),1),MIN(COUNTIF($E106,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G106),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G106),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G106)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.243425216976174},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E107,\"*Coal\")+COUNTIF($E107,\"*Biomass*\"),1),MIN(COUNTIF($E107,\"*Liquid*\"),1),MIN(COUNTIF($E107,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G107),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G107),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G107)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.441547607915304},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E107,\"*Coal\")+COUNTIF($E107,\"*Biomass*\"),1),MIN(COUNTIF($E107,\"*Liquid*\"),1),MIN(COUNTIF($E107,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G107),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G107),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G107)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":12.293294465997088},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E107,\"*Coal\")+COUNTIF($E107,\"*Biomass*\"),1),MIN(COUNTIF($E107,\"*Liquid*\"),1),MIN(COUNTIF($E107,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G107),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G107),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G107)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.338090022638497},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E107,\"*Coal\")+COUNTIF($E107,\"*Biomass*\"),1),MIN(COUNTIF($E107,\"*Liquid*\"),1),MIN(COUNTIF($E107,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G107),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G107),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G107)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.916443691334928},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E107,\"*Coal\")+COUNTIF($E107,\"*Biomass*\"),1),MIN(COUNTIF($E107,\"*Liquid*\"),1),MIN(COUNTIF($E107,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G107),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G107),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G107)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.113948674167995},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E107,\"*Coal\")+COUNTIF($E107,\"*Biomass*\"),1),MIN(COUNTIF($E107,\"*Liquid*\"),1),MIN(COUNTIF($E107,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G107),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G107),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G107)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":13.270967809087907},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E107,\"*Coal\")+COUNTIF($E107,\"*Biomass*\"),1),MIN(COUNTIF($E107,\"*Liquid*\"),1),MIN(COUNTIF($E107,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G107),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G107),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G107)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.234639156184574},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E107,\"*Coal\")+COUNTIF($E107,\"*Biomass*\"),1),MIN(COUNTIF($E107,\"*Liquid*\"),1),MIN(COUNTIF($E107,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G107),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G107),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G107)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.844664011158491},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E107,\"*Coal\")+COUNTIF($E107,\"*Biomass*\"),1),MIN(COUNTIF($E107,\"*Liquid*\"),1),MIN(COUNTIF($E107,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G107),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G107),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G107)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":14.416687306955192},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E108,\"*Coal\")+COUNTIF($E108,\"*Biomass*\"),1),MIN(COUNTIF($E108,\"*Liquid*\"),1),MIN(COUNTIF($E108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G108),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G108),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G108)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.075680202202504},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E108,\"*Coal\")+COUNTIF($E108,\"*Biomass*\"),1),MIN(COUNTIF($E108,\"*Liquid*\"),1),MIN(COUNTIF($E108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G108),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G108),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G108)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.243425216976174},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E108,\"*Coal\")+COUNTIF($E108,\"*Biomass*\"),1),MIN(COUNTIF($E108,\"*Liquid*\"),1),MIN(COUNTIF($E108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G108),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G108),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G108)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.441547607915304},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E108,\"*Coal\")+COUNTIF($E108,\"*Biomass*\"),1),MIN(COUNTIF($E108,\"*Liquid*\"),1),MIN(COUNTIF($E108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G108),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G108),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G108)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":12.293294465997088},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E108,\"*Coal\")+COUNTIF($E108,\"*Biomass*\"),1),MIN(COUNTIF($E108,\"*Liquid*\"),1),MIN(COUNTIF($E108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G108),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G108),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G108)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.338090022638497},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E108,\"*Coal\")+COUNTIF($E108,\"*Biomass*\"),1),MIN(COUNTIF($E108,\"*Liquid*\"),1),MIN(COUNTIF($E108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G108),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G108),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G108)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.916443691334928},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E108,\"*Coal\")+COUNTIF($E108,\"*Biomass*\"),1),MIN(COUNTIF($E108,\"*Liquid*\"),1),MIN(COUNTIF($E108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G108),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G108),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G108)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.113948674167995},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E108,\"*Coal\")+COUNTIF($E108,\"*Biomass*\"),1),MIN(COUNTIF($E108,\"*Liquid*\"),1),MIN(COUNTIF($E108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G108),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G108),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G108)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":13.270967809087907},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E108,\"*Coal\")+COUNTIF($E108,\"*Biomass*\"),1),MIN(COUNTIF($E108,\"*Liquid*\"),1),MIN(COUNTIF($E108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G108),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G108),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G108)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.234639156184574},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E108,\"*Coal\")+COUNTIF($E108,\"*Biomass*\"),1),MIN(COUNTIF($E108,\"*Liquid*\"),1),MIN(COUNTIF($E108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G108),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G108),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G108)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.844664011158491},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E108,\"*Coal\")+COUNTIF($E108,\"*Biomass*\"),1),MIN(COUNTIF($E108,\"*Liquid*\"),1),MIN(COUNTIF($E108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G108),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G108),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G108)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.243425216976174},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E109,\"*Coal\")+COUNTIF($E109,\"*Biomass*\"),1),MIN(COUNTIF($E109,\"*Liquid*\"),1),MIN(COUNTIF($E109,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G109),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G109),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G109)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.441547607915304},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E109,\"*Coal\")+COUNTIF($E109,\"*Biomass*\"),1),MIN(COUNTIF($E109,\"*Liquid*\"),1),MIN(COUNTIF($E109,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G109),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G109),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G109)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.916443691334928},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E109,\"*Coal\")+COUNTIF($E109,\"*Biomass*\"),1),MIN(COUNTIF($E109,\"*Liquid*\"),1),MIN(COUNTIF($E109,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G109),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G109),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G109)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.113948674167995},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E109,\"*Coal\")+COUNTIF($E109,\"*Biomass*\"),1),MIN(COUNTIF($E109,\"*Liquid*\"),1),MIN(COUNTIF($E109,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G109),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G109),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G109)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.844664011158491},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E109,\"*Coal\")+COUNTIF($E109,\"*Biomass*\"),1),MIN(COUNTIF($E109,\"*Liquid*\"),1),MIN(COUNTIF($E109,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G109),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G109),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G109)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":14.416687306955192},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E110,\"*Coal\")+COUNTIF($E110,\"*Biomass*\"),1),MIN(COUNTIF($E110,\"*Liquid*\"),1),MIN(COUNTIF($E110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G110),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G110),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G110)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.075680202202504},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E110,\"*Coal\")+COUNTIF($E110,\"*Biomass*\"),1),MIN(COUNTIF($E110,\"*Liquid*\"),1),MIN(COUNTIF($E110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G110),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G110),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G110)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.243425216976174},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E110,\"*Coal\")+COUNTIF($E110,\"*Biomass*\"),1),MIN(COUNTIF($E110,\"*Liquid*\"),1),MIN(COUNTIF($E110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G110),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G110),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G110)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.441547607915304},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E110,\"*Coal\")+COUNTIF($E110,\"*Biomass*\"),1),MIN(COUNTIF($E110,\"*Liquid*\"),1),MIN(COUNTIF($E110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G110),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G110),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G110)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":12.293294465997088},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E110,\"*Coal\")+COUNTIF($E110,\"*Biomass*\"),1),MIN(COUNTIF($E110,\"*Liquid*\"),1),MIN(COUNTIF($E110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G110),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G110),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G110)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.338090022638497},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E110,\"*Coal\")+COUNTIF($E110,\"*Biomass*\"),1),MIN(COUNTIF($E110,\"*Liquid*\"),1),MIN(COUNTIF($E110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G110),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G110),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G110)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.916443691334928},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E110,\"*Coal\")+COUNTIF($E110,\"*Biomass*\"),1),MIN(COUNTIF($E110,\"*Liquid*\"),1),MIN(COUNTIF($E110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G110),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G110),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G110)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.113948674167995},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E110,\"*Coal\")+COUNTIF($E110,\"*Biomass*\"),1),MIN(COUNTIF($E110,\"*Liquid*\"),1),MIN(COUNTIF($E110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G110),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G110),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G110)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.30926443834969},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E110,\"*Coal\")+COUNTIF($E110,\"*Biomass*\"),1),MIN(COUNTIF($E110,\"*Liquid*\"),1),MIN(COUNTIF($E110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G110),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G110),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G110)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.270967809087907},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E110,\"*Coal\")+COUNTIF($E110,\"*Biomass*\"),1),MIN(COUNTIF($E110,\"*Liquid*\"),1),MIN(COUNTIF($E110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G110),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G110),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G110)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.234639156184574},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E110,\"*Coal\")+COUNTIF($E110,\"*Biomass*\"),1),MIN(COUNTIF($E110,\"*Liquid*\"),1),MIN(COUNTIF($E110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G110),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G110),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G110)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.844664011158491},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E110,\"*Coal\")+COUNTIF($E110,\"*Biomass*\"),1),MIN(COUNTIF($E110,\"*Liquid*\"),1),MIN(COUNTIF($E110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G110),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G110),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G110)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.243425216976174},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E111,\"*Coal\")+COUNTIF($E111,\"*Biomass*\"),1),MIN(COUNTIF($E111,\"*Liquid*\"),1),MIN(COUNTIF($E111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G111),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G111),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G111)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.441547607915304},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E111,\"*Coal\")+COUNTIF($E111,\"*Biomass*\"),1),MIN(COUNTIF($E111,\"*Liquid*\"),1),MIN(COUNTIF($E111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G111),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G111),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G111)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":12.293294465997088},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E111,\"*Coal\")+COUNTIF($E111,\"*Biomass*\"),1),MIN(COUNTIF($E111,\"*Liquid*\"),1),MIN(COUNTIF($E111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G111),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G111),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G111)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.338090022638497},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E111,\"*Coal\")+COUNTIF($E111,\"*Biomass*\"),1),MIN(COUNTIF($E111,\"*Liquid*\"),1),MIN(COUNTIF($E111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G111),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G111),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G111)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.916443691334928},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E111,\"*Coal\")+COUNTIF($E111,\"*Biomass*\"),1),MIN(COUNTIF($E111,\"*Liquid*\"),1),MIN(COUNTIF($E111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G111),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G111),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G111)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.113948674167995},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E111,\"*Coal\")+COUNTIF($E111,\"*Biomass*\"),1),MIN(COUNTIF($E111,\"*Liquid*\"),1),MIN(COUNTIF($E111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G111),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G111),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G111)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":13.270967809087907},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E111,\"*Coal\")+COUNTIF($E111,\"*Biomass*\"),1),MIN(COUNTIF($E111,\"*Liquid*\"),1),MIN(COUNTIF($E111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G111),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G111),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G111)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.234639156184574},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E111,\"*Coal\")+COUNTIF($E111,\"*Biomass*\"),1),MIN(COUNTIF($E111,\"*Liquid*\"),1),MIN(COUNTIF($E111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G111),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G111),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G111)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.844664011158491},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E111,\"*Coal\")+COUNTIF($E111,\"*Biomass*\"),1),MIN(COUNTIF($E111,\"*Liquid*\"),1),MIN(COUNTIF($E111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G111),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G111),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G111)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.243425216976174},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E112,\"*Coal\")+COUNTIF($E112,\"*Biomass*\"),1),MIN(COUNTIF($E112,\"*Liquid*\"),1),MIN(COUNTIF($E112,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G112),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G112),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G112)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.441547607915304},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E112,\"*Coal\")+COUNTIF($E112,\"*Biomass*\"),1),MIN(COUNTIF($E112,\"*Liquid*\"),1),MIN(COUNTIF($E112,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G112),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G112),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G112)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.916443691334928},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E112,\"*Coal\")+COUNTIF($E112,\"*Biomass*\"),1),MIN(COUNTIF($E112,\"*Liquid*\"),1),MIN(COUNTIF($E112,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G112),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G112),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G112)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.113948674167995},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E112,\"*Coal\")+COUNTIF($E112,\"*Biomass*\"),1),MIN(COUNTIF($E112,\"*Liquid*\"),1),MIN(COUNTIF($E112,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G112),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G112),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G112)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.243425216976174},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E113,\"*Coal\")+COUNTIF($E113,\"*Biomass*\"),1),MIN(COUNTIF($E113,\"*Liquid*\"),1),MIN(COUNTIF($E113,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G113),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G113),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G113)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.441547607915304},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E113,\"*Coal\")+COUNTIF($E113,\"*Biomass*\"),1),MIN(COUNTIF($E113,\"*Liquid*\"),1),MIN(COUNTIF($E113,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G113),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G113),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G113)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.916443691334928},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E113,\"*Coal\")+COUNTIF($E113,\"*Biomass*\"),1),MIN(COUNTIF($E113,\"*Liquid*\"),1),MIN(COUNTIF($E113,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G113),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G113),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G113)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.113948674167995},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E113,\"*Coal\")+COUNTIF($E113,\"*Biomass*\"),1),MIN(COUNTIF($E113,\"*Liquid*\"),1),MIN(COUNTIF($E113,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G113),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G113),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G113)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.844664011158491},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E113,\"*Coal\")+COUNTIF($E113,\"*Biomass*\"),1),MIN(COUNTIF($E113,\"*Liquid*\"),1),MIN(COUNTIF($E113,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G113),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G113),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G113)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":26.241271794557978},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E114,\"*Coal\")+COUNTIF($E114,\"*Biomass*\"),1),MIN(COUNTIF($E114,\"*Liquid*\"),1),MIN(COUNTIF($E114,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G114),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G114),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G114)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":25.965043022409393},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E114,\"*Coal\")+COUNTIF($E114,\"*Biomass*\"),1),MIN(COUNTIF($E114,\"*Liquid*\"),1),MIN(COUNTIF($E114,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G114),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G114),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G114)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.63021626058536},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E115,\"*Coal\")+COUNTIF($E115,\"*Biomass*\"),1),MIN(COUNTIF($E115,\"*Liquid*\"),1),MIN(COUNTIF($E115,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G115),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G115),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G115)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.850278439449827},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E115,\"*Coal\")+COUNTIF($E115,\"*Biomass*\"),1),MIN(COUNTIF($E115,\"*Liquid*\"),1),MIN(COUNTIF($E115,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G115),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G115),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G115)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.122436689147019},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E115,\"*Coal\")+COUNTIF($E115,\"*Biomass*\"),1),MIN(COUNTIF($E115,\"*Liquid*\"),1),MIN(COUNTIF($E115,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G115),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G115),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G115)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.013833559681251},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E115,\"*Coal\")+COUNTIF($E115,\"*Biomass*\"),1),MIN(COUNTIF($E115,\"*Liquid*\"),1),MIN(COUNTIF($E115,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G115),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G115),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G115)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":14.180546159006145},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E115,\"*Coal\")+COUNTIF($E115,\"*Biomass*\"),1),MIN(COUNTIF($E115,\"*Liquid*\"),1),MIN(COUNTIF($E115,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G115),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G115),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G115)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.211014922629392},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E115,\"*Coal\")+COUNTIF($E115,\"*Biomass*\"),1),MIN(COUNTIF($E115,\"*Liquid*\"),1),MIN(COUNTIF($E115,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G115),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G115),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G115)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.801112643912482},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E115,\"*Coal\")+COUNTIF($E115,\"*Biomass*\"),1),MIN(COUNTIF($E115,\"*Liquid*\"),1),MIN(COUNTIF($E115,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G115),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G115),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G115)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.63021626058536},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E116,\"*Coal\")+COUNTIF($E116,\"*Biomass*\"),1),MIN(COUNTIF($E116,\"*Liquid*\"),1),MIN(COUNTIF($E116,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G116),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G116),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G116)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.850278439449827},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E116,\"*Coal\")+COUNTIF($E116,\"*Biomass*\"),1),MIN(COUNTIF($E116,\"*Liquid*\"),1),MIN(COUNTIF($E116,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G116),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G116),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G116)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.122436689147019},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E116,\"*Coal\")+COUNTIF($E116,\"*Biomass*\"),1),MIN(COUNTIF($E116,\"*Liquid*\"),1),MIN(COUNTIF($E116,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G116),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G116),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G116)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.013833559681251},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E116,\"*Coal\")+COUNTIF($E116,\"*Biomass*\"),1),MIN(COUNTIF($E116,\"*Liquid*\"),1),MIN(COUNTIF($E116,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G116),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G116),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G116)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.801112643912482},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E116,\"*Coal\")+COUNTIF($E116,\"*Biomass*\"),1),MIN(COUNTIF($E116,\"*Liquid*\"),1),MIN(COUNTIF($E116,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G116),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G116),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G116)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.63021626058536},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E117,\"*Coal\")+COUNTIF($E117,\"*Biomass*\"),1),MIN(COUNTIF($E117,\"*Liquid*\"),1),MIN(COUNTIF($E117,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G117),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G117),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G117)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.850278439449827},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E117,\"*Coal\")+COUNTIF($E117,\"*Biomass*\"),1),MIN(COUNTIF($E117,\"*Liquid*\"),1),MIN(COUNTIF($E117,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G117),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G117),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G117)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.122436689147019},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E117,\"*Coal\")+COUNTIF($E117,\"*Biomass*\"),1),MIN(COUNTIF($E117,\"*Liquid*\"),1),MIN(COUNTIF($E117,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G117),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G117),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G117)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.013833559681251},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E117,\"*Coal\")+COUNTIF($E117,\"*Biomass*\"),1),MIN(COUNTIF($E117,\"*Liquid*\"),1),MIN(COUNTIF($E117,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G117),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G117),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G117)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.801112643912482},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E117,\"*Coal\")+COUNTIF($E117,\"*Biomass*\"),1),MIN(COUNTIF($E117,\"*Liquid*\"),1),MIN(COUNTIF($E117,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G117),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G117),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G117)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.63021626058536},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E118,\"*Coal\")+COUNTIF($E118,\"*Biomass*\"),1),MIN(COUNTIF($E118,\"*Liquid*\"),1),MIN(COUNTIF($E118,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G118),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G118),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G118)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.850278439449827},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E118,\"*Coal\")+COUNTIF($E118,\"*Biomass*\"),1),MIN(COUNTIF($E118,\"*Liquid*\"),1),MIN(COUNTIF($E118,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G118),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G118),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G118)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.122436689147019},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E118,\"*Coal\")+COUNTIF($E118,\"*Biomass*\"),1),MIN(COUNTIF($E118,\"*Liquid*\"),1),MIN(COUNTIF($E118,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G118),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G118),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G118)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.013833559681251},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E118,\"*Coal\")+COUNTIF($E118,\"*Biomass*\"),1),MIN(COUNTIF($E118,\"*Liquid*\"),1),MIN(COUNTIF($E118,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G118),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G118),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G118)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":14.180546159006145},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E118,\"*Coal\")+COUNTIF($E118,\"*Biomass*\"),1),MIN(COUNTIF($E118,\"*Liquid*\"),1),MIN(COUNTIF($E118,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G118),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G118),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G118)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.211014922629392},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E118,\"*Coal\")+COUNTIF($E118,\"*Biomass*\"),1),MIN(COUNTIF($E118,\"*Liquid*\"),1),MIN(COUNTIF($E118,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G118),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G118),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G118)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.801112643912482},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E118,\"*Coal\")+COUNTIF($E118,\"*Biomass*\"),1),MIN(COUNTIF($E118,\"*Liquid*\"),1),MIN(COUNTIF($E118,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G118),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G118),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G118)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.63021626058536},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E119,\"*Coal\")+COUNTIF($E119,\"*Biomass*\"),1),MIN(COUNTIF($E119,\"*Liquid*\"),1),MIN(COUNTIF($E119,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G119),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G119),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G119)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.850278439449827},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E119,\"*Coal\")+COUNTIF($E119,\"*Biomass*\"),1),MIN(COUNTIF($E119,\"*Liquid*\"),1),MIN(COUNTIF($E119,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G119),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G119),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G119)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.122436689147019},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E119,\"*Coal\")+COUNTIF($E119,\"*Biomass*\"),1),MIN(COUNTIF($E119,\"*Liquid*\"),1),MIN(COUNTIF($E119,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G119),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G119),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G119)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.013833559681251},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E119,\"*Coal\")+COUNTIF($E119,\"*Biomass*\"),1),MIN(COUNTIF($E119,\"*Liquid*\"),1),MIN(COUNTIF($E119,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G119),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G119),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G119)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":14.180546159006145},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E119,\"*Coal\")+COUNTIF($E119,\"*Biomass*\"),1),MIN(COUNTIF($E119,\"*Liquid*\"),1),MIN(COUNTIF($E119,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G119),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G119),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G119)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.211014922629392},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E119,\"*Coal\")+COUNTIF($E119,\"*Biomass*\"),1),MIN(COUNTIF($E119,\"*Liquid*\"),1),MIN(COUNTIF($E119,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G119),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G119),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G119)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.801112643912482},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E119,\"*Coal\")+COUNTIF($E119,\"*Biomass*\"),1),MIN(COUNTIF($E119,\"*Liquid*\"),1),MIN(COUNTIF($E119,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G119),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G119),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G119)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":15.000776812222664},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E120,\"*Coal\")+COUNTIF($E120,\"*Biomass*\"),1),MIN(COUNTIF($E120,\"*Liquid*\"),1),MIN(COUNTIF($E120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G120),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G120),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G120)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.55968364311765},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E120,\"*Coal\")+COUNTIF($E120,\"*Biomass*\"),1),MIN(COUNTIF($E120,\"*Liquid*\"),1),MIN(COUNTIF($E120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G120),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G120),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G120)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.63021626058536},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E120,\"*Coal\")+COUNTIF($E120,\"*Biomass*\"),1),MIN(COUNTIF($E120,\"*Liquid*\"),1),MIN(COUNTIF($E120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G120),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G120),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G120)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.850278439449827},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E120,\"*Coal\")+COUNTIF($E120,\"*Biomass*\"),1),MIN(COUNTIF($E120,\"*Liquid*\"),1),MIN(COUNTIF($E120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G120),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G120),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G120)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.304097546782524},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E120,\"*Coal\")+COUNTIF($E120,\"*Biomass*\"),1),MIN(COUNTIF($E120,\"*Liquid*\"),1),MIN(COUNTIF($E120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G120),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G120),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G120)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.388905682100599},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E120,\"*Coal\")+COUNTIF($E120,\"*Biomass*\"),1),MIN(COUNTIF($E120,\"*Liquid*\"),1),MIN(COUNTIF($E120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G120),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G120),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G120)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.403814882116684},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E120,\"*Coal\")+COUNTIF($E120,\"*Biomass*\"),1),MIN(COUNTIF($E120,\"*Liquid*\"),1),MIN(COUNTIF($E120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G120),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G120),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G120)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.122436689147019},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E120,\"*Coal\")+COUNTIF($E120,\"*Biomass*\"),1),MIN(COUNTIF($E120,\"*Liquid*\"),1),MIN(COUNTIF($E120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G120),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G120),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G120)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.013833559681251},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E120,\"*Coal\")+COUNTIF($E120,\"*Biomass*\"),1),MIN(COUNTIF($E120,\"*Liquid*\"),1),MIN(COUNTIF($E120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G120),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G120),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G120)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.180756256395375},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E120,\"*Coal\")+COUNTIF($E120,\"*Biomass*\"),1),MIN(COUNTIF($E120,\"*Liquid*\"),1),MIN(COUNTIF($E120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G120),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G120),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G120)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.180546159006145},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E120,\"*Coal\")+COUNTIF($E120,\"*Biomass*\"),1),MIN(COUNTIF($E120,\"*Liquid*\"),1),MIN(COUNTIF($E120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G120),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G120),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G120)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.211014922629392},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E120,\"*Coal\")+COUNTIF($E120,\"*Biomass*\"),1),MIN(COUNTIF($E120,\"*Liquid*\"),1),MIN(COUNTIF($E120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G120),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G120),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G120)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.801112643912482},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E120,\"*Coal\")+COUNTIF($E120,\"*Biomass*\"),1),MIN(COUNTIF($E120,\"*Liquid*\"),1),MIN(COUNTIF($E120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G120),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G120),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G120)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.63021626058536},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E121,\"*Coal\")+COUNTIF($E121,\"*Biomass*\"),1),MIN(COUNTIF($E121,\"*Liquid*\"),1),MIN(COUNTIF($E121,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G121),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G121),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G121)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.850278439449827},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E121,\"*Coal\")+COUNTIF($E121,\"*Biomass*\"),1),MIN(COUNTIF($E121,\"*Liquid*\"),1),MIN(COUNTIF($E121,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G121),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G121),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G121)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.122436689147019},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E121,\"*Coal\")+COUNTIF($E121,\"*Biomass*\"),1),MIN(COUNTIF($E121,\"*Liquid*\"),1),MIN(COUNTIF($E121,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G121),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G121),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G121)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.013833559681251},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E121,\"*Coal\")+COUNTIF($E121,\"*Biomass*\"),1),MIN(COUNTIF($E121,\"*Liquid*\"),1),MIN(COUNTIF($E121,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G121),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G121),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G121)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.801112643912482},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E121,\"*Coal\")+COUNTIF($E121,\"*Biomass*\"),1),MIN(COUNTIF($E121,\"*Liquid*\"),1),MIN(COUNTIF($E121,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G121),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G121),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G121)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.711763348308697},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E122,\"*Coal\")+COUNTIF($E122,\"*Biomass*\"),1),MIN(COUNTIF($E122,\"*Liquid*\"),1),MIN(COUNTIF($E122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G122),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G122),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G122)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.74608412586646},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E122,\"*Coal\")+COUNTIF($E122,\"*Biomass*\"),1),MIN(COUNTIF($E122,\"*Liquid*\"),1),MIN(COUNTIF($E122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G122),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G122),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G122)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":13.970114444085871},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E122,\"*Coal\")+COUNTIF($E122,\"*Biomass*\"),1),MIN(COUNTIF($E122,\"*Liquid*\"),1),MIN(COUNTIF($E122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G122),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G122),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G122)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":15.717535667502977},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E122,\"*Coal\")+COUNTIF($E122,\"*Biomass*\"),1),MIN(COUNTIF($E122,\"*Liquid*\"),1),MIN(COUNTIF($E122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G122),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G122),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G122)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.961435600149338},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E122,\"*Coal\")+COUNTIF($E122,\"*Biomass*\"),1),MIN(COUNTIF($E122,\"*Liquid*\"),1),MIN(COUNTIF($E122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G122),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G122),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G122)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":15.210226121481774},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E122,\"*Coal\")+COUNTIF($E122,\"*Biomass*\"),1),MIN(COUNTIF($E122,\"*Liquid*\"),1),MIN(COUNTIF($E122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G122),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G122),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G122)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":15.260743463531206},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E122,\"*Coal\")+COUNTIF($E122,\"*Biomass*\"),1),MIN(COUNTIF($E122,\"*Liquid*\"),1),MIN(COUNTIF($E122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G122),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G122),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G122)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.983871075006283},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E122,\"*Coal\")+COUNTIF($E122,\"*Biomass*\"),1),MIN(COUNTIF($E122,\"*Liquid*\"),1),MIN(COUNTIF($E122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G122),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G122),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G122)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":15.509852329374608},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E122,\"*Coal\")+COUNTIF($E122,\"*Biomass*\"),1),MIN(COUNTIF($E122,\"*Liquid*\"),1),MIN(COUNTIF($E122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G122),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G122),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G122)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.711763348308697},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E123,\"*Coal\")+COUNTIF($E123,\"*Biomass*\"),1),MIN(COUNTIF($E123,\"*Liquid*\"),1),MIN(COUNTIF($E123,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G123),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G123),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G123)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.74608412586646},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E123,\"*Coal\")+COUNTIF($E123,\"*Biomass*\"),1),MIN(COUNTIF($E123,\"*Liquid*\"),1),MIN(COUNTIF($E123,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G123),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G123),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G123)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.961435600149338},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E123,\"*Coal\")+COUNTIF($E123,\"*Biomass*\"),1),MIN(COUNTIF($E123,\"*Liquid*\"),1),MIN(COUNTIF($E123,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G123),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G123),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G123)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":15.210226121481774},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E123,\"*Coal\")+COUNTIF($E123,\"*Biomass*\"),1),MIN(COUNTIF($E123,\"*Liquid*\"),1),MIN(COUNTIF($E123,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G123),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G123),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G123)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":15.509852329374608},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E123,\"*Coal\")+COUNTIF($E123,\"*Biomass*\"),1),MIN(COUNTIF($E123,\"*Liquid*\"),1),MIN(COUNTIF($E123,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G123),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G123),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G123)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":15.846724429356616},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E124,\"*Coal\")+COUNTIF($E124,\"*Biomass*\"),1),MIN(COUNTIF($E124,\"*Liquid*\"),1),MIN(COUNTIF($E124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G124),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G124),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G124)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":15.381088707283318},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E124,\"*Coal\")+COUNTIF($E124,\"*Biomass*\"),1),MIN(COUNTIF($E124,\"*Liquid*\"),1),MIN(COUNTIF($E124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G124),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G124),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G124)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.404866217820514},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E124,\"*Coal\")+COUNTIF($E124,\"*Biomass*\"),1),MIN(COUNTIF($E124,\"*Liquid*\"),1),MIN(COUNTIF($E124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G124),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G124),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G124)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.60361476855433},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E124,\"*Coal\")+COUNTIF($E124,\"*Biomass*\"),1),MIN(COUNTIF($E124,\"*Liquid*\"),1),MIN(COUNTIF($E124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G124),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G124),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G124)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":14.158712822428239},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E124,\"*Coal\")+COUNTIF($E124,\"*Biomass*\"),1),MIN(COUNTIF($E124,\"*Liquid*\"),1),MIN(COUNTIF($E124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G124),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G124),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G124)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":15.218945877382852},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E124,\"*Coal\")+COUNTIF($E124,\"*Biomass*\"),1),MIN(COUNTIF($E124,\"*Liquid*\"),1),MIN(COUNTIF($E124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G124),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G124),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G124)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.922144803133454},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E124,\"*Coal\")+COUNTIF($E124,\"*Biomass*\"),1),MIN(COUNTIF($E124,\"*Liquid*\"),1),MIN(COUNTIF($E124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G124),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G124),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G124)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.805950798033056},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E124,\"*Coal\")+COUNTIF($E124,\"*Biomass*\"),1),MIN(COUNTIF($E124,\"*Liquid*\"),1),MIN(COUNTIF($E124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G124),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G124),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G124)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":14.976067441225689},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E124,\"*Coal\")+COUNTIF($E124,\"*Biomass*\"),1),MIN(COUNTIF($E124,\"*Liquid*\"),1),MIN(COUNTIF($E124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G124),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G124),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G124)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":15.005148298560639},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E124,\"*Coal\")+COUNTIF($E124,\"*Biomass*\"),1),MIN(COUNTIF($E124,\"*Liquid*\"),1),MIN(COUNTIF($E124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G124),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G124),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G124)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":15.619961263490353},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E124,\"*Coal\")+COUNTIF($E124,\"*Biomass*\"),1),MIN(COUNTIF($E124,\"*Liquid*\"),1),MIN(COUNTIF($E124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G124),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G124),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G124)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":15.846724429356616},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E125,\"*Coal\")+COUNTIF($E125,\"*Biomass*\"),1),MIN(COUNTIF($E125,\"*Liquid*\"),1),MIN(COUNTIF($E125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G125),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G125),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G125)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":15.381088707283318},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E125,\"*Coal\")+COUNTIF($E125,\"*Biomass*\"),1),MIN(COUNTIF($E125,\"*Liquid*\"),1),MIN(COUNTIF($E125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G125),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G125),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G125)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.404866217820514},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E125,\"*Coal\")+COUNTIF($E125,\"*Biomass*\"),1),MIN(COUNTIF($E125,\"*Liquid*\"),1),MIN(COUNTIF($E125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G125),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G125),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G125)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.60361476855433},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E125,\"*Coal\")+COUNTIF($E125,\"*Biomass*\"),1),MIN(COUNTIF($E125,\"*Liquid*\"),1),MIN(COUNTIF($E125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G125),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G125),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G125)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":14.158712822428239},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E125,\"*Coal\")+COUNTIF($E125,\"*Biomass*\"),1),MIN(COUNTIF($E125,\"*Liquid*\"),1),MIN(COUNTIF($E125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G125),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G125),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G125)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":15.218945877382852},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E125,\"*Coal\")+COUNTIF($E125,\"*Biomass*\"),1),MIN(COUNTIF($E125,\"*Liquid*\"),1),MIN(COUNTIF($E125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G125),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G125),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G125)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.922144803133454},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E125,\"*Coal\")+COUNTIF($E125,\"*Biomass*\"),1),MIN(COUNTIF($E125,\"*Liquid*\"),1),MIN(COUNTIF($E125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G125),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G125),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G125)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.805950798033056},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E125,\"*Coal\")+COUNTIF($E125,\"*Biomass*\"),1),MIN(COUNTIF($E125,\"*Liquid*\"),1),MIN(COUNTIF($E125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G125),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G125),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G125)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":15.619961263490353},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E125,\"*Coal\")+COUNTIF($E125,\"*Biomass*\"),1),MIN(COUNTIF($E125,\"*Liquid*\"),1),MIN(COUNTIF($E125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G125),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G125),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G125)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":28.921176169000002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E130,\"*Coal\")+COUNTIF($E130,\"*Biomass*\"),1),MIN(COUNTIF($E130,\"*Liquid*\"),1),MIN(COUNTIF($E130,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G130),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G130),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G130)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":28.630406713799999},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E130,\"*Coal\")+COUNTIF($E130,\"*Biomass*\"),1),MIN(COUNTIF($E130,\"*Liquid*\"),1),MIN(COUNTIF($E130,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G130),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G130),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G130)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":27.488098139799998},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E130,\"*Coal\")+COUNTIF($E130,\"*Biomass*\"),1),MIN(COUNTIF($E130,\"*Liquid*\"),1),MIN(COUNTIF($E130,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G130),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G130),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G130)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":27.218097931400003},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E130,\"*Coal\")+COUNTIF($E130,\"*Biomass*\"),1),MIN(COUNTIF($E130,\"*Liquid*\"),1),MIN(COUNTIF($E130,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G130),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G130),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G130)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":26.678097514600001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E130,\"*Coal\")+COUNTIF($E130,\"*Biomass*\"),1),MIN(COUNTIF($E130,\"*Liquid*\"),1),MIN(COUNTIF($E130,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G130),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G130),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G130)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":26.408097306200002},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E130,\"*Coal\")+COUNTIF($E130,\"*Biomass*\"),1),MIN(COUNTIF($E130,\"*Liquid*\"),1),MIN(COUNTIF($E130,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G130),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G130),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G130)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":26.1484817212},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E130,\"*Coal\")+COUNTIF($E130,\"*Biomass*\"),1),MIN(COUNTIF($E130,\"*Liquid*\"),1),MIN(COUNTIF($E130,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G130),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G130),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G130)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":13.893852322226779},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E135,\"*Coal\")+COUNTIF($E135,\"*Biomass*\"),1),MIN(COUNTIF($E135,\"*Liquid*\"),1),MIN(COUNTIF($E135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G135),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G135),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G135)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.535023132287957},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E135,\"*Coal\")+COUNTIF($E135,\"*Biomass*\"),1),MIN(COUNTIF($E135,\"*Liquid*\"),1),MIN(COUNTIF($E135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G135),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G135),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G135)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.982844894956264},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E135,\"*Coal\")+COUNTIF($E135,\"*Biomass*\"),1),MIN(COUNTIF($E135,\"*Liquid*\"),1),MIN(COUNTIF($E135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G135),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G135),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G135)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.877622770618569},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E135,\"*Coal\")+COUNTIF($E135,\"*Biomass*\"),1),MIN(COUNTIF($E135,\"*Liquid*\"),1),MIN(COUNTIF($E135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G135),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G135),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G135)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.811014052407943},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E135,\"*Coal\")+COUNTIF($E135,\"*Biomass*\"),1),MIN(COUNTIF($E135,\"*Liquid*\"),1),MIN(COUNTIF($E135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G135),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G135),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G135)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.77942818715411},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E135,\"*Coal\")+COUNTIF($E135,\"*Biomass*\"),1),MIN(COUNTIF($E135,\"*Liquid*\"),1),MIN(COUNTIF($E135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G135),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G135),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G135)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.770521499385307},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E135,\"*Coal\")+COUNTIF($E135,\"*Biomass*\"),1),MIN(COUNTIF($E135,\"*Liquid*\"),1),MIN(COUNTIF($E135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G135),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G135),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G135)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.389807592937746},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E135,\"*Coal\")+COUNTIF($E135,\"*Biomass*\"),1),MIN(COUNTIF($E135,\"*Liquid*\"),1),MIN(COUNTIF($E135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G135),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G135),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G135)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":11.866244856916033},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E135,\"*Coal\")+COUNTIF($E135,\"*Biomass*\"),1),MIN(COUNTIF($E135,\"*Liquid*\"),1),MIN(COUNTIF($E135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G135),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G135),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G135)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":10.458629210078849},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E135,\"*Coal\")+COUNTIF($E135,\"*Biomass*\"),1),MIN(COUNTIF($E135,\"*Liquid*\"),1),MIN(COUNTIF($E135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G135),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G135),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G135)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":10.850271958867618},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E135,\"*Coal\")+COUNTIF($E135,\"*Biomass*\"),1),MIN(COUNTIF($E135,\"*Liquid*\"),1),MIN(COUNTIF($E135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G135),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G135),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G135)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":11.220408595766328},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E135,\"*Coal\")+COUNTIF($E135,\"*Biomass*\"),1),MIN(COUNTIF($E135,\"*Liquid*\"),1),MIN(COUNTIF($E135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G135),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G135),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G135)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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[null,{"$f":"'Summary Mapping'!$C138","v":"PTSTAN1_1"},{"$f":"'Summary Mapping'!$J138","v":"Existing"},{"$f":"'Summary Mapping'!$F138","v":"SA"},{"$f":"'Summary Mapping'!$M138","v":"Liquid Fuel"},{"$f":"IF('Summary Mapping'!$H138=\"N/A\",'Summary Mapping'!$G138,'Summary Mapping'!$H138)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N138","v":"Port Stanvac"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E144,\"*Coal\")+COUNTIF($E144,\"*Biomass*\"),1),MIN(COUNTIF($E144,\"*Liquid*\"),1),MIN(COUNTIF($E144,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G144),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G144),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G144)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - 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BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":27.784225652154831},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E144,\"*Coal\")+COUNTIF($E144,\"*Biomass*\"),1),MIN(COUNTIF($E144,\"*Liquid*\"),1),MIN(COUNTIF($E144,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G144),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G144),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G144)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":27.490775750330481},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E144,\"*Coal\")+COUNTIF($E144,\"*Biomass*\"),1),MIN(COUNTIF($E144,\"*Liquid*\"),1),MIN(COUNTIF($E144,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G144),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G144),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G144)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":26.352630016706414},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E144,\"*Coal\")+COUNTIF($E144,\"*Biomass*\"),1),MIN(COUNTIF($E144,\"*Liquid*\"),1),MIN(COUNTIF($E144,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G144),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G144),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G144)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":26.077007051718727},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E144,\"*Coal\")+COUNTIF($E144,\"*Biomass*\"),1),MIN(COUNTIF($E144,\"*Liquid*\"),1),MIN(COUNTIF($E144,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G144),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G144),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G144)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":25.010169065441325},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E144,\"*Coal\")+COUNTIF($E144,\"*Biomass*\"),1),MIN(COUNTIF($E144,\"*Liquid*\"),1),MIN(COUNTIF($E144,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G144),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G144),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G144)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.087644774504591},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E153,\"*Coal\")+COUNTIF($E153,\"*Biomass*\"),1),MIN(COUNTIF($E153,\"*Liquid*\"),1),MIN(COUNTIF($E153,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G153),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G153),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G153)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.367158013420692},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E153,\"*Coal\")+COUNTIF($E153,\"*Biomass*\"),1),MIN(COUNTIF($E153,\"*Liquid*\"),1),MIN(COUNTIF($E153,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G153),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G153),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G153)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.838372312366914},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E153,\"*Coal\")+COUNTIF($E153,\"*Biomass*\"),1),MIN(COUNTIF($E153,\"*Liquid*\"),1),MIN(COUNTIF($E153,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G153),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G153),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G153)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.111641921820503},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E153,\"*Coal\")+COUNTIF($E153,\"*Biomass*\"),1),MIN(COUNTIF($E153,\"*Liquid*\"),1),MIN(COUNTIF($E153,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G153),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G153),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G153)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.839376469333441},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E153,\"*Coal\")+COUNTIF($E153,\"*Biomass*\"),1),MIN(COUNTIF($E153,\"*Liquid*\"),1),MIN(COUNTIF($E153,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G153),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G153),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G153)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":15.168592038983483},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E162,\"*Coal\")+COUNTIF($E162,\"*Biomass*\"),1),MIN(COUNTIF($E162,\"*Liquid*\"),1),MIN(COUNTIF($E162,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G162),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G162),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G162)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.726871940949856},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E162,\"*Coal\")+COUNTIF($E162,\"*Biomass*\"),1),MIN(COUNTIF($E162,\"*Liquid*\"),1),MIN(COUNTIF($E162,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G162),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G162),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G162)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.796755084094135},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E162,\"*Coal\")+COUNTIF($E162,\"*Biomass*\"),1),MIN(COUNTIF($E162,\"*Liquid*\"),1),MIN(COUNTIF($E162,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G162),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G162),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G162)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.008556174814533},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E162,\"*Coal\")+COUNTIF($E162,\"*Biomass*\"),1),MIN(COUNTIF($E162,\"*Liquid*\"),1),MIN(COUNTIF($E162,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G162),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G162),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G162)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":13.545960171966112},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E162,\"*Coal\")+COUNTIF($E162,\"*Biomass*\"),1),MIN(COUNTIF($E162,\"*Liquid*\"),1),MIN(COUNTIF($E162,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G162),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G162),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G162)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.560078414194464},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E162,\"*Coal\")+COUNTIF($E162,\"*Biomass*\"),1),MIN(COUNTIF($E162,\"*Liquid*\"),1),MIN(COUNTIF($E162,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G162),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G162),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G162)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.278773827970157},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E162,\"*Coal\")+COUNTIF($E162,\"*Biomass*\"),1),MIN(COUNTIF($E162,\"*Liquid*\"),1),MIN(COUNTIF($E162,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G162),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G162),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G162)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.169817581659643},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E162,\"*Coal\")+COUNTIF($E162,\"*Biomass*\"),1),MIN(COUNTIF($E162,\"*Liquid*\"),1),MIN(COUNTIF($E162,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G162),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G162),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G162)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":14.335850742290477},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E162,\"*Coal\")+COUNTIF($E162,\"*Biomass*\"),1),MIN(COUNTIF($E162,\"*Liquid*\"),1),MIN(COUNTIF($E162,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G162),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G162),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G162)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.36589722828238},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E162,\"*Coal\")+COUNTIF($E162,\"*Biomass*\"),1),MIN(COUNTIF($E162,\"*Liquid*\"),1),MIN(COUNTIF($E162,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G162),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G162),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G162)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.955494100589094},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E162,\"*Coal\")+COUNTIF($E162,\"*Biomass*\"),1),MIN(COUNTIF($E162,\"*Liquid*\"),1),MIN(COUNTIF($E162,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G162),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G162),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G162)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":14.570630602102145},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E171,\"*Coal\")+COUNTIF($E171,\"*Biomass*\"),1),MIN(COUNTIF($E171,\"*Liquid*\"),1),MIN(COUNTIF($E171,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G171),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G171),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G171)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.173908860805323},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E171,\"*Coal\")+COUNTIF($E171,\"*Biomass*\"),1),MIN(COUNTIF($E171,\"*Liquid*\"),1),MIN(COUNTIF($E171,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G171),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G171),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G171)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.333068502392477},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E171,\"*Coal\")+COUNTIF($E171,\"*Biomass*\"),1),MIN(COUNTIF($E171,\"*Liquid*\"),1),MIN(COUNTIF($E171,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G171),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G171),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G171)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.162761502292252},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E171,\"*Coal\")+COUNTIF($E171,\"*Biomass*\"),1),MIN(COUNTIF($E171,\"*Liquid*\"),1),MIN(COUNTIF($E171,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G171),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G171),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G171)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":13.676680775340339},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E171,\"*Coal\")+COUNTIF($E171,\"*Biomass*\"),1),MIN(COUNTIF($E171,\"*Liquid*\"),1),MIN(COUNTIF($E171,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G171),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G171),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G171)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.643381000239161},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E171,\"*Coal\")+COUNTIF($E171,\"*Biomass*\"),1),MIN(COUNTIF($E171,\"*Liquid*\"),1),MIN(COUNTIF($E171,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G171),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G171),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G171)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.375480270496974},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E171,\"*Coal\")+COUNTIF($E171,\"*Biomass*\"),1),MIN(COUNTIF($E171,\"*Liquid*\"),1),MIN(COUNTIF($E171,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G171),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G171),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G171)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.27209017887402},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E171,\"*Coal\")+COUNTIF($E171,\"*Biomass*\"),1),MIN(COUNTIF($E171,\"*Liquid*\"),1),MIN(COUNTIF($E171,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G171),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G171),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G171)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":14.430823492374232},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E171,\"*Coal\")+COUNTIF($E171,\"*Biomass*\"),1),MIN(COUNTIF($E171,\"*Liquid*\"),1),MIN(COUNTIF($E171,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G171),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G171),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G171)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.45983660575383},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E171,\"*Coal\")+COUNTIF($E171,\"*Biomass*\"),1),MIN(COUNTIF($E171,\"*Liquid*\"),1),MIN(COUNTIF($E171,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G171),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G171),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G171)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":15.021846438778285},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E171,\"*Coal\")+COUNTIF($E171,\"*Biomass*\"),1),MIN(COUNTIF($E171,\"*Liquid*\"),1),MIN(COUNTIF($E171,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G171),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G171),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G171)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.441547607915304},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E174,\"*Coal\")+COUNTIF($E174,\"*Biomass*\"),1),MIN(COUNTIF($E174,\"*Liquid*\"),1),MIN(COUNTIF($E174,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G174),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G174),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G174)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.916443691334928},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E174,\"*Coal\")+COUNTIF($E174,\"*Biomass*\"),1),MIN(COUNTIF($E174,\"*Liquid*\"),1),MIN(COUNTIF($E174,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G174),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G174),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G174)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.113948674167995},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E174,\"*Coal\")+COUNTIF($E174,\"*Biomass*\"),1),MIN(COUNTIF($E174,\"*Liquid*\"),1),MIN(COUNTIF($E174,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G174),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G174),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G174)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":15.003418742460866},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E180,\"*Coal\")+COUNTIF($E180,\"*Biomass*\"),1),MIN(COUNTIF($E180,\"*Liquid*\"),1),MIN(COUNTIF($E180,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G180),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G180),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G180)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.608300044076396},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E180,\"*Coal\")+COUNTIF($E180,\"*Biomass*\"),1),MIN(COUNTIF($E180,\"*Liquid*\"),1),MIN(COUNTIF($E180,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G180),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G180),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G180)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.778416059438586},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E180,\"*Coal\")+COUNTIF($E180,\"*Biomass*\"),1),MIN(COUNTIF($E180,\"*Liquid*\"),1),MIN(COUNTIF($E180,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G180),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G180),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G180)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.972917870716781},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E180,\"*Coal\")+COUNTIF($E180,\"*Biomass*\"),1),MIN(COUNTIF($E180,\"*Liquid*\"),1),MIN(COUNTIF($E180,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G180),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G180),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G180)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":13.671562534253361},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E180,\"*Coal\")+COUNTIF($E180,\"*Biomass*\"),1),MIN(COUNTIF($E180,\"*Liquid*\"),1),MIN(COUNTIF($E180,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G180),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G180),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G180)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.477332634308029},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E180,\"*Coal\")+COUNTIF($E180,\"*Biomass*\"),1),MIN(COUNTIF($E180,\"*Liquid*\"),1),MIN(COUNTIF($E180,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G180),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G180),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G180)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.264841660691985},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E180,\"*Coal\")+COUNTIF($E180,\"*Biomass*\"),1),MIN(COUNTIF($E180,\"*Liquid*\"),1),MIN(COUNTIF($E180,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G180),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G180),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G180)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.211809488801395},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E180,\"*Coal\")+COUNTIF($E180,\"*Biomass*\"),1),MIN(COUNTIF($E180,\"*Liquid*\"),1),MIN(COUNTIF($E180,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G180),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G180),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G180)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":14.379696546581426},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E180,\"*Coal\")+COUNTIF($E180,\"*Biomass*\"),1),MIN(COUNTIF($E180,\"*Liquid*\"),1),MIN(COUNTIF($E180,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G180),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G180),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G180)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.708510539886156},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E180,\"*Coal\")+COUNTIF($E180,\"*Biomass*\"),1),MIN(COUNTIF($E180,\"*Liquid*\"),1),MIN(COUNTIF($E180,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G180),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G180),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G180)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":15.269095802482134},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E180,\"*Coal\")+COUNTIF($E180,\"*Biomass*\"),1),MIN(COUNTIF($E180,\"*Liquid*\"),1),MIN(COUNTIF($E180,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G180),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G180),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G180)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E189,\"*Coal\")+COUNTIF($E189,\"*Biomass*\"),1),MIN(COUNTIF($E189,\"*Liquid*\"),1),MIN(COUNTIF($E189,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E189,\"*Coal\")+COUNTIF($E189,\"*Biomass*\"),1),MIN(COUNTIF($E189,\"*Liquid*\"),1),MIN(COUNTIF($E189,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E189,\"*Coal\")+COUNTIF($E189,\"*Biomass*\"),1),MIN(COUNTIF($E189,\"*Liquid*\"),1),MIN(COUNTIF($E189,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E189,\"*Coal\")+COUNTIF($E189,\"*Biomass*\"),1),MIN(COUNTIF($E189,\"*Liquid*\"),1),MIN(COUNTIF($E189,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E189,\"*Coal\")+COUNTIF($E189,\"*Biomass*\"),1),MIN(COUNTIF($E189,\"*Liquid*\"),1),MIN(COUNTIF($E189,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E189,\"*Coal\")+COUNTIF($E189,\"*Biomass*\"),1),MIN(COUNTIF($E189,\"*Liquid*\"),1),MIN(COUNTIF($E189,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E189,\"*Coal\")+COUNTIF($E189,\"*Biomass*\"),1),MIN(COUNTIF($E189,\"*Liquid*\"),1),MIN(COUNTIF($E189,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E189,\"*Coal\")+COUNTIF($E189,\"*Biomass*\"),1),MIN(COUNTIF($E189,\"*Liquid*\"),1),MIN(COUNTIF($E189,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E189,\"*Coal\")+COUNTIF($E189,\"*Biomass*\"),1),MIN(COUNTIF($E189,\"*Liquid*\"),1),MIN(COUNTIF($E189,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E189,\"*Coal\")+COUNTIF($E189,\"*Biomass*\"),1),MIN(COUNTIF($E189,\"*Liquid*\"),1),MIN(COUNTIF($E189,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E189,\"*Coal\")+COUNTIF($E189,\"*Biomass*\"),1),MIN(COUNTIF($E189,\"*Liquid*\"),1),MIN(COUNTIF($E189,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E189,\"*Coal\")+COUNTIF($E189,\"*Biomass*\"),1),MIN(COUNTIF($E189,\"*Liquid*\"),1),MIN(COUNTIF($E189,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E189,\"*Coal\")+COUNTIF($E189,\"*Biomass*\"),1),MIN(COUNTIF($E189,\"*Liquid*\"),1),MIN(COUNTIF($E189,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E189,\"*Coal\")+COUNTIF($E189,\"*Biomass*\"),1),MIN(COUNTIF($E189,\"*Liquid*\"),1),MIN(COUNTIF($E189,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E189,\"*Coal\")+COUNTIF($E189,\"*Biomass*\"),1),MIN(COUNTIF($E189,\"*Liquid*\"),1),MIN(COUNTIF($E189,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E189,\"*Coal\")+COUNTIF($E189,\"*Biomass*\"),1),MIN(COUNTIF($E189,\"*Liquid*\"),1),MIN(COUNTIF($E189,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E189,\"*Coal\")+COUNTIF($E189,\"*Biomass*\"),1),MIN(COUNTIF($E189,\"*Liquid*\"),1),MIN(COUNTIF($E189,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E189,\"*Coal\")+COUNTIF($E189,\"*Biomass*\"),1),MIN(COUNTIF($E189,\"*Liquid*\"),1),MIN(COUNTIF($E189,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E189,\"*Coal\")+COUNTIF($E189,\"*Biomass*\"),1),MIN(COUNTIF($E189,\"*Liquid*\"),1),MIN(COUNTIF($E189,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E189,\"*Coal\")+COUNTIF($E189,\"*Biomass*\"),1),MIN(COUNTIF($E189,\"*Liquid*\"),1),MIN(COUNTIF($E189,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E189,\"*Coal\")+COUNTIF($E189,\"*Biomass*\"),1),MIN(COUNTIF($E189,\"*Liquid*\"),1),MIN(COUNTIF($E189,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E189,\"*Coal\")+COUNTIF($E189,\"*Biomass*\"),1),MIN(COUNTIF($E189,\"*Liquid*\"),1),MIN(COUNTIF($E189,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E189,\"*Coal\")+COUNTIF($E189,\"*Biomass*\"),1),MIN(COUNTIF($E189,\"*Liquid*\"),1),MIN(COUNTIF($E189,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E189,\"*Coal\")+COUNTIF($E189,\"*Biomass*\"),1),MIN(COUNTIF($E189,\"*Liquid*\"),1),MIN(COUNTIF($E189,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E189,\"*Coal\")+COUNTIF($E189,\"*Biomass*\"),1),MIN(COUNTIF($E189,\"*Liquid*\"),1),MIN(COUNTIF($E189,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G189)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C192","v":"MCKAY14"},{"$f":"'Summary Mapping'!$J192","v":"Existing"},{"$f":"'Summary Mapping'!$F192","v":"VIC"},{"$f":"'Summary Mapping'!$M192","v":"Water"},{"$f":"IF('Summary Mapping'!$H192=\"N/A\",'Summary Mapping'!$G192,'Summary Mapping'!$H192)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N192","v":"Hydro"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E198,\"*Coal\")+COUNTIF($E198,\"*Biomass*\"),1),MIN(COUNTIF($E198,\"*Liquid*\"),1),MIN(COUNTIF($E198,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E198,\"*Coal\")+COUNTIF($E198,\"*Biomass*\"),1),MIN(COUNTIF($E198,\"*Liquid*\"),1),MIN(COUNTIF($E198,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E198,\"*Coal\")+COUNTIF($E198,\"*Biomass*\"),1),MIN(COUNTIF($E198,\"*Liquid*\"),1),MIN(COUNTIF($E198,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E198,\"*Coal\")+COUNTIF($E198,\"*Biomass*\"),1),MIN(COUNTIF($E198,\"*Liquid*\"),1),MIN(COUNTIF($E198,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E198,\"*Coal\")+COUNTIF($E198,\"*Biomass*\"),1),MIN(COUNTIF($E198,\"*Liquid*\"),1),MIN(COUNTIF($E198,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E198,\"*Coal\")+COUNTIF($E198,\"*Biomass*\"),1),MIN(COUNTIF($E198,\"*Liquid*\"),1),MIN(COUNTIF($E198,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E198,\"*Coal\")+COUNTIF($E198,\"*Biomass*\"),1),MIN(COUNTIF($E198,\"*Liquid*\"),1),MIN(COUNTIF($E198,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E198,\"*Coal\")+COUNTIF($E198,\"*Biomass*\"),1),MIN(COUNTIF($E198,\"*Liquid*\"),1),MIN(COUNTIF($E198,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E198,\"*Coal\")+COUNTIF($E198,\"*Biomass*\"),1),MIN(COUNTIF($E198,\"*Liquid*\"),1),MIN(COUNTIF($E198,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E198,\"*Coal\")+COUNTIF($E198,\"*Biomass*\"),1),MIN(COUNTIF($E198,\"*Liquid*\"),1),MIN(COUNTIF($E198,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E198,\"*Coal\")+COUNTIF($E198,\"*Biomass*\"),1),MIN(COUNTIF($E198,\"*Liquid*\"),1),MIN(COUNTIF($E198,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E198,\"*Coal\")+COUNTIF($E198,\"*Biomass*\"),1),MIN(COUNTIF($E198,\"*Liquid*\"),1),MIN(COUNTIF($E198,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E198,\"*Coal\")+COUNTIF($E198,\"*Biomass*\"),1),MIN(COUNTIF($E198,\"*Liquid*\"),1),MIN(COUNTIF($E198,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E198,\"*Coal\")+COUNTIF($E198,\"*Biomass*\"),1),MIN(COUNTIF($E198,\"*Liquid*\"),1),MIN(COUNTIF($E198,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E198,\"*Coal\")+COUNTIF($E198,\"*Biomass*\"),1),MIN(COUNTIF($E198,\"*Liquid*\"),1),MIN(COUNTIF($E198,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E198,\"*Coal\")+COUNTIF($E198,\"*Biomass*\"),1),MIN(COUNTIF($E198,\"*Liquid*\"),1),MIN(COUNTIF($E198,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E198,\"*Coal\")+COUNTIF($E198,\"*Biomass*\"),1),MIN(COUNTIF($E198,\"*Liquid*\"),1),MIN(COUNTIF($E198,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E198,\"*Coal\")+COUNTIF($E198,\"*Biomass*\"),1),MIN(COUNTIF($E198,\"*Liquid*\"),1),MIN(COUNTIF($E198,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E198,\"*Coal\")+COUNTIF($E198,\"*Biomass*\"),1),MIN(COUNTIF($E198,\"*Liquid*\"),1),MIN(COUNTIF($E198,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E198,\"*Coal\")+COUNTIF($E198,\"*Biomass*\"),1),MIN(COUNTIF($E198,\"*Liquid*\"),1),MIN(COUNTIF($E198,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E198,\"*Coal\")+COUNTIF($E198,\"*Biomass*\"),1),MIN(COUNTIF($E198,\"*Liquid*\"),1),MIN(COUNTIF($E198,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E198,\"*Coal\")+COUNTIF($E198,\"*Biomass*\"),1),MIN(COUNTIF($E198,\"*Liquid*\"),1),MIN(COUNTIF($E198,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E198,\"*Coal\")+COUNTIF($E198,\"*Biomass*\"),1),MIN(COUNTIF($E198,\"*Liquid*\"),1),MIN(COUNTIF($E198,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E198,\"*Coal\")+COUNTIF($E198,\"*Biomass*\"),1),MIN(COUNTIF($E198,\"*Liquid*\"),1),MIN(COUNTIF($E198,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E198,\"*Coal\")+COUNTIF($E198,\"*Biomass*\"),1),MIN(COUNTIF($E198,\"*Liquid*\"),1),MIN(COUNTIF($E198,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E198,\"*Coal\")+COUNTIF($E198,\"*Biomass*\"),1),MIN(COUNTIF($E198,\"*Liquid*\"),1),MIN(COUNTIF($E198,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E198,\"*Coal\")+COUNTIF($E198,\"*Biomass*\"),1),MIN(COUNTIF($E198,\"*Liquid*\"),1),MIN(COUNTIF($E198,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G198)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C201","v":"WY111-2"},{"$f":"'Summary Mapping'!$J201","v":"Existing"},{"$f":"'Summary Mapping'!$F201","v":"TAS"},{"$f":"'Summary Mapping'!$M201","v":"Water"},{"$f":"IF('Summary Mapping'!$H201=\"N/A\",'Summary Mapping'!$G201,'Summary Mapping'!$H201)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N201","v":"Hydro"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E207,\"*Coal\")+COUNTIF($E207,\"*Biomass*\"),1),MIN(COUNTIF($E207,\"*Liquid*\"),1),MIN(COUNTIF($E207,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E207,\"*Coal\")+COUNTIF($E207,\"*Biomass*\"),1),MIN(COUNTIF($E207,\"*Liquid*\"),1),MIN(COUNTIF($E207,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E207,\"*Coal\")+COUNTIF($E207,\"*Biomass*\"),1),MIN(COUNTIF($E207,\"*Liquid*\"),1),MIN(COUNTIF($E207,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E207,\"*Coal\")+COUNTIF($E207,\"*Biomass*\"),1),MIN(COUNTIF($E207,\"*Liquid*\"),1),MIN(COUNTIF($E207,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E207,\"*Coal\")+COUNTIF($E207,\"*Biomass*\"),1),MIN(COUNTIF($E207,\"*Liquid*\"),1),MIN(COUNTIF($E207,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E207,\"*Coal\")+COUNTIF($E207,\"*Biomass*\"),1),MIN(COUNTIF($E207,\"*Liquid*\"),1),MIN(COUNTIF($E207,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E207,\"*Coal\")+COUNTIF($E207,\"*Biomass*\"),1),MIN(COUNTIF($E207,\"*Liquid*\"),1),MIN(COUNTIF($E207,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E207,\"*Coal\")+COUNTIF($E207,\"*Biomass*\"),1),MIN(COUNTIF($E207,\"*Liquid*\"),1),MIN(COUNTIF($E207,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E207,\"*Coal\")+COUNTIF($E207,\"*Biomass*\"),1),MIN(COUNTIF($E207,\"*Liquid*\"),1),MIN(COUNTIF($E207,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E207,\"*Coal\")+COUNTIF($E207,\"*Biomass*\"),1),MIN(COUNTIF($E207,\"*Liquid*\"),1),MIN(COUNTIF($E207,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E207,\"*Coal\")+COUNTIF($E207,\"*Biomass*\"),1),MIN(COUNTIF($E207,\"*Liquid*\"),1),MIN(COUNTIF($E207,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E207,\"*Coal\")+COUNTIF($E207,\"*Biomass*\"),1),MIN(COUNTIF($E207,\"*Liquid*\"),1),MIN(COUNTIF($E207,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E207,\"*Coal\")+COUNTIF($E207,\"*Biomass*\"),1),MIN(COUNTIF($E207,\"*Liquid*\"),1),MIN(COUNTIF($E207,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E207,\"*Coal\")+COUNTIF($E207,\"*Biomass*\"),1),MIN(COUNTIF($E207,\"*Liquid*\"),1),MIN(COUNTIF($E207,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E207,\"*Coal\")+COUNTIF($E207,\"*Biomass*\"),1),MIN(COUNTIF($E207,\"*Liquid*\"),1),MIN(COUNTIF($E207,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E207,\"*Coal\")+COUNTIF($E207,\"*Biomass*\"),1),MIN(COUNTIF($E207,\"*Liquid*\"),1),MIN(COUNTIF($E207,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E207,\"*Coal\")+COUNTIF($E207,\"*Biomass*\"),1),MIN(COUNTIF($E207,\"*Liquid*\"),1),MIN(COUNTIF($E207,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E207,\"*Coal\")+COUNTIF($E207,\"*Biomass*\"),1),MIN(COUNTIF($E207,\"*Liquid*\"),1),MIN(COUNTIF($E207,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E207,\"*Coal\")+COUNTIF($E207,\"*Biomass*\"),1),MIN(COUNTIF($E207,\"*Liquid*\"),1),MIN(COUNTIF($E207,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E207,\"*Coal\")+COUNTIF($E207,\"*Biomass*\"),1),MIN(COUNTIF($E207,\"*Liquid*\"),1),MIN(COUNTIF($E207,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E207,\"*Coal\")+COUNTIF($E207,\"*Biomass*\"),1),MIN(COUNTIF($E207,\"*Liquid*\"),1),MIN(COUNTIF($E207,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E207,\"*Coal\")+COUNTIF($E207,\"*Biomass*\"),1),MIN(COUNTIF($E207,\"*Liquid*\"),1),MIN(COUNTIF($E207,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E207,\"*Coal\")+COUNTIF($E207,\"*Biomass*\"),1),MIN(COUNTIF($E207,\"*Liquid*\"),1),MIN(COUNTIF($E207,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E207,\"*Coal\")+COUNTIF($E207,\"*Biomass*\"),1),MIN(COUNTIF($E207,\"*Liquid*\"),1),MIN(COUNTIF($E207,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E207,\"*Coal\")+COUNTIF($E207,\"*Biomass*\"),1),MIN(COUNTIF($E207,\"*Liquid*\"),1),MIN(COUNTIF($E207,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E207,\"*Coal\")+COUNTIF($E207,\"*Biomass*\"),1),MIN(COUNTIF($E207,\"*Liquid*\"),1),MIN(COUNTIF($E207,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G207)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C210","v":"GO182-2"},{"$f":"'Summary Mapping'!$J210","v":"Existing"},{"$f":"'Summary Mapping'!$F210","v":"TAS"},{"$f":"'Summary Mapping'!$M210","v":"Water"},{"$f":"IF('Summary Mapping'!$H210=\"N/A\",'Summary Mapping'!$G210,'Summary Mapping'!$H210)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N210","v":"Hydro"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E216,\"*Coal\")+COUNTIF($E216,\"*Biomass*\"),1),MIN(COUNTIF($E216,\"*Liquid*\"),1),MIN(COUNTIF($E216,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E216,\"*Coal\")+COUNTIF($E216,\"*Biomass*\"),1),MIN(COUNTIF($E216,\"*Liquid*\"),1),MIN(COUNTIF($E216,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E216,\"*Coal\")+COUNTIF($E216,\"*Biomass*\"),1),MIN(COUNTIF($E216,\"*Liquid*\"),1),MIN(COUNTIF($E216,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E216,\"*Coal\")+COUNTIF($E216,\"*Biomass*\"),1),MIN(COUNTIF($E216,\"*Liquid*\"),1),MIN(COUNTIF($E216,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E216,\"*Coal\")+COUNTIF($E216,\"*Biomass*\"),1),MIN(COUNTIF($E216,\"*Liquid*\"),1),MIN(COUNTIF($E216,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E216,\"*Coal\")+COUNTIF($E216,\"*Biomass*\"),1),MIN(COUNTIF($E216,\"*Liquid*\"),1),MIN(COUNTIF($E216,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E216,\"*Coal\")+COUNTIF($E216,\"*Biomass*\"),1),MIN(COUNTIF($E216,\"*Liquid*\"),1),MIN(COUNTIF($E216,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E216,\"*Coal\")+COUNTIF($E216,\"*Biomass*\"),1),MIN(COUNTIF($E216,\"*Liquid*\"),1),MIN(COUNTIF($E216,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E216,\"*Coal\")+COUNTIF($E216,\"*Biomass*\"),1),MIN(COUNTIF($E216,\"*Liquid*\"),1),MIN(COUNTIF($E216,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E216,\"*Coal\")+COUNTIF($E216,\"*Biomass*\"),1),MIN(COUNTIF($E216,\"*Liquid*\"),1),MIN(COUNTIF($E216,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E216,\"*Coal\")+COUNTIF($E216,\"*Biomass*\"),1),MIN(COUNTIF($E216,\"*Liquid*\"),1),MIN(COUNTIF($E216,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E216,\"*Coal\")+COUNTIF($E216,\"*Biomass*\"),1),MIN(COUNTIF($E216,\"*Liquid*\"),1),MIN(COUNTIF($E216,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E216,\"*Coal\")+COUNTIF($E216,\"*Biomass*\"),1),MIN(COUNTIF($E216,\"*Liquid*\"),1),MIN(COUNTIF($E216,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E216,\"*Coal\")+COUNTIF($E216,\"*Biomass*\"),1),MIN(COUNTIF($E216,\"*Liquid*\"),1),MIN(COUNTIF($E216,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E216,\"*Coal\")+COUNTIF($E216,\"*Biomass*\"),1),MIN(COUNTIF($E216,\"*Liquid*\"),1),MIN(COUNTIF($E216,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E216,\"*Coal\")+COUNTIF($E216,\"*Biomass*\"),1),MIN(COUNTIF($E216,\"*Liquid*\"),1),MIN(COUNTIF($E216,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E216,\"*Coal\")+COUNTIF($E216,\"*Biomass*\"),1),MIN(COUNTIF($E216,\"*Liquid*\"),1),MIN(COUNTIF($E216,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E216,\"*Coal\")+COUNTIF($E216,\"*Biomass*\"),1),MIN(COUNTIF($E216,\"*Liquid*\"),1),MIN(COUNTIF($E216,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E216,\"*Coal\")+COUNTIF($E216,\"*Biomass*\"),1),MIN(COUNTIF($E216,\"*Liquid*\"),1),MIN(COUNTIF($E216,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E216,\"*Coal\")+COUNTIF($E216,\"*Biomass*\"),1),MIN(COUNTIF($E216,\"*Liquid*\"),1),MIN(COUNTIF($E216,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E216,\"*Coal\")+COUNTIF($E216,\"*Biomass*\"),1),MIN(COUNTIF($E216,\"*Liquid*\"),1),MIN(COUNTIF($E216,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E216,\"*Coal\")+COUNTIF($E216,\"*Biomass*\"),1),MIN(COUNTIF($E216,\"*Liquid*\"),1),MIN(COUNTIF($E216,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E216,\"*Coal\")+COUNTIF($E216,\"*Biomass*\"),1),MIN(COUNTIF($E216,\"*Liquid*\"),1),MIN(COUNTIF($E216,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E216,\"*Coal\")+COUNTIF($E216,\"*Biomass*\"),1),MIN(COUNTIF($E216,\"*Liquid*\"),1),MIN(COUNTIF($E216,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E216,\"*Coal\")+COUNTIF($E216,\"*Biomass*\"),1),MIN(COUNTIF($E216,\"*Liquid*\"),1),MIN(COUNTIF($E216,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E216,\"*Coal\")+COUNTIF($E216,\"*Biomass*\"),1),MIN(COUNTIF($E216,\"*Liquid*\"),1),MIN(COUNTIF($E216,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G216)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C219","v":"KAREEYA3"},{"$f":"'Summary Mapping'!$J219","v":"Existing"},{"$f":"'Summary Mapping'!$F219","v":"QLD"},{"$f":"'Summary Mapping'!$M219","v":"Water"},{"$f":"IF('Summary Mapping'!$H219=\"N/A\",'Summary Mapping'!$G219,'Summary Mapping'!$H219)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N219","v":"Hydro"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E225,\"*Coal\")+COUNTIF($E225,\"*Biomass*\"),1),MIN(COUNTIF($E225,\"*Liquid*\"),1),MIN(COUNTIF($E225,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E225,\"*Coal\")+COUNTIF($E225,\"*Biomass*\"),1),MIN(COUNTIF($E225,\"*Liquid*\"),1),MIN(COUNTIF($E225,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E225,\"*Coal\")+COUNTIF($E225,\"*Biomass*\"),1),MIN(COUNTIF($E225,\"*Liquid*\"),1),MIN(COUNTIF($E225,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E225,\"*Coal\")+COUNTIF($E225,\"*Biomass*\"),1),MIN(COUNTIF($E225,\"*Liquid*\"),1),MIN(COUNTIF($E225,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E225,\"*Coal\")+COUNTIF($E225,\"*Biomass*\"),1),MIN(COUNTIF($E225,\"*Liquid*\"),1),MIN(COUNTIF($E225,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E225,\"*Coal\")+COUNTIF($E225,\"*Biomass*\"),1),MIN(COUNTIF($E225,\"*Liquid*\"),1),MIN(COUNTIF($E225,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E225,\"*Coal\")+COUNTIF($E225,\"*Biomass*\"),1),MIN(COUNTIF($E225,\"*Liquid*\"),1),MIN(COUNTIF($E225,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E225,\"*Coal\")+COUNTIF($E225,\"*Biomass*\"),1),MIN(COUNTIF($E225,\"*Liquid*\"),1),MIN(COUNTIF($E225,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E225,\"*Coal\")+COUNTIF($E225,\"*Biomass*\"),1),MIN(COUNTIF($E225,\"*Liquid*\"),1),MIN(COUNTIF($E225,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E225,\"*Coal\")+COUNTIF($E225,\"*Biomass*\"),1),MIN(COUNTIF($E225,\"*Liquid*\"),1),MIN(COUNTIF($E225,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E225,\"*Coal\")+COUNTIF($E225,\"*Biomass*\"),1),MIN(COUNTIF($E225,\"*Liquid*\"),1),MIN(COUNTIF($E225,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E225,\"*Coal\")+COUNTIF($E225,\"*Biomass*\"),1),MIN(COUNTIF($E225,\"*Liquid*\"),1),MIN(COUNTIF($E225,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E225,\"*Coal\")+COUNTIF($E225,\"*Biomass*\"),1),MIN(COUNTIF($E225,\"*Liquid*\"),1),MIN(COUNTIF($E225,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E225,\"*Coal\")+COUNTIF($E225,\"*Biomass*\"),1),MIN(COUNTIF($E225,\"*Liquid*\"),1),MIN(COUNTIF($E225,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E225,\"*Coal\")+COUNTIF($E225,\"*Biomass*\"),1),MIN(COUNTIF($E225,\"*Liquid*\"),1),MIN(COUNTIF($E225,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E225,\"*Coal\")+COUNTIF($E225,\"*Biomass*\"),1),MIN(COUNTIF($E225,\"*Liquid*\"),1),MIN(COUNTIF($E225,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E225,\"*Coal\")+COUNTIF($E225,\"*Biomass*\"),1),MIN(COUNTIF($E225,\"*Liquid*\"),1),MIN(COUNTIF($E225,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E225,\"*Coal\")+COUNTIF($E225,\"*Biomass*\"),1),MIN(COUNTIF($E225,\"*Liquid*\"),1),MIN(COUNTIF($E225,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E225,\"*Coal\")+COUNTIF($E225,\"*Biomass*\"),1),MIN(COUNTIF($E225,\"*Liquid*\"),1),MIN(COUNTIF($E225,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E225,\"*Coal\")+COUNTIF($E225,\"*Biomass*\"),1),MIN(COUNTIF($E225,\"*Liquid*\"),1),MIN(COUNTIF($E225,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E225,\"*Coal\")+COUNTIF($E225,\"*Biomass*\"),1),MIN(COUNTIF($E225,\"*Liquid*\"),1),MIN(COUNTIF($E225,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E225,\"*Coal\")+COUNTIF($E225,\"*Biomass*\"),1),MIN(COUNTIF($E225,\"*Liquid*\"),1),MIN(COUNTIF($E225,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E225,\"*Coal\")+COUNTIF($E225,\"*Biomass*\"),1),MIN(COUNTIF($E225,\"*Liquid*\"),1),MIN(COUNTIF($E225,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E225,\"*Coal\")+COUNTIF($E225,\"*Biomass*\"),1),MIN(COUNTIF($E225,\"*Liquid*\"),1),MIN(COUNTIF($E225,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E225,\"*Coal\")+COUNTIF($E225,\"*Biomass*\"),1),MIN(COUNTIF($E225,\"*Liquid*\"),1),MIN(COUNTIF($E225,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E225,\"*Coal\")+COUNTIF($E225,\"*Biomass*\"),1),MIN(COUNTIF($E225,\"*Liquid*\"),1),MIN(COUNTIF($E225,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G225)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C224","v":"MACKNTSH"},{"$f":"'Summary Mapping'!$J224","v":"Existing"},{"$f":"'Summary Mapping'!$F224","v":"TAS"},{"$f":"'Summary Mapping'!$M224","v":"Water"},{"$f":"IF('Summary Mapping'!$H224=\"N/A\",'Summary Mapping'!$G224,'Summary Mapping'!$H224)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N224","v":"Hydro"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E230,\"*Coal\")+COUNTIF($E230,\"*Biomass*\"),1),MIN(COUNTIF($E230,\"*Liquid*\"),1),MIN(COUNTIF($E230,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E230,\"*Coal\")+COUNTIF($E230,\"*Biomass*\"),1),MIN(COUNTIF($E230,\"*Liquid*\"),1),MIN(COUNTIF($E230,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E230,\"*Coal\")+COUNTIF($E230,\"*Biomass*\"),1),MIN(COUNTIF($E230,\"*Liquid*\"),1),MIN(COUNTIF($E230,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E230,\"*Coal\")+COUNTIF($E230,\"*Biomass*\"),1),MIN(COUNTIF($E230,\"*Liquid*\"),1),MIN(COUNTIF($E230,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E230,\"*Coal\")+COUNTIF($E230,\"*Biomass*\"),1),MIN(COUNTIF($E230,\"*Liquid*\"),1),MIN(COUNTIF($E230,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E230,\"*Coal\")+COUNTIF($E230,\"*Biomass*\"),1),MIN(COUNTIF($E230,\"*Liquid*\"),1),MIN(COUNTIF($E230,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E230,\"*Coal\")+COUNTIF($E230,\"*Biomass*\"),1),MIN(COUNTIF($E230,\"*Liquid*\"),1),MIN(COUNTIF($E230,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E230,\"*Coal\")+COUNTIF($E230,\"*Biomass*\"),1),MIN(COUNTIF($E230,\"*Liquid*\"),1),MIN(COUNTIF($E230,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E230,\"*Coal\")+COUNTIF($E230,\"*Biomass*\"),1),MIN(COUNTIF($E230,\"*Liquid*\"),1),MIN(COUNTIF($E230,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E230,\"*Coal\")+COUNTIF($E230,\"*Biomass*\"),1),MIN(COUNTIF($E230,\"*Liquid*\"),1),MIN(COUNTIF($E230,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E230,\"*Coal\")+COUNTIF($E230,\"*Biomass*\"),1),MIN(COUNTIF($E230,\"*Liquid*\"),1),MIN(COUNTIF($E230,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E230,\"*Coal\")+COUNTIF($E230,\"*Biomass*\"),1),MIN(COUNTIF($E230,\"*Liquid*\"),1),MIN(COUNTIF($E230,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E230,\"*Coal\")+COUNTIF($E230,\"*Biomass*\"),1),MIN(COUNTIF($E230,\"*Liquid*\"),1),MIN(COUNTIF($E230,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E230,\"*Coal\")+COUNTIF($E230,\"*Biomass*\"),1),MIN(COUNTIF($E230,\"*Liquid*\"),1),MIN(COUNTIF($E230,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E230,\"*Coal\")+COUNTIF($E230,\"*Biomass*\"),1),MIN(COUNTIF($E230,\"*Liquid*\"),1),MIN(COUNTIF($E230,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E230,\"*Coal\")+COUNTIF($E230,\"*Biomass*\"),1),MIN(COUNTIF($E230,\"*Liquid*\"),1),MIN(COUNTIF($E230,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E230,\"*Coal\")+COUNTIF($E230,\"*Biomass*\"),1),MIN(COUNTIF($E230,\"*Liquid*\"),1),MIN(COUNTIF($E230,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E230,\"*Coal\")+COUNTIF($E230,\"*Biomass*\"),1),MIN(COUNTIF($E230,\"*Liquid*\"),1),MIN(COUNTIF($E230,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E230,\"*Coal\")+COUNTIF($E230,\"*Biomass*\"),1),MIN(COUNTIF($E230,\"*Liquid*\"),1),MIN(COUNTIF($E230,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E230,\"*Coal\")+COUNTIF($E230,\"*Biomass*\"),1),MIN(COUNTIF($E230,\"*Liquid*\"),1),MIN(COUNTIF($E230,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G230)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C236","v":"MURRAY11"},{"$f":"'Summary Mapping'!$J236","v":"Existing"},{"$f":"'Summary Mapping'!$F236","v":"VIC"},{"$f":"'Summary Mapping'!$M236","v":"Water"},{"$f":"IF('Summary Mapping'!$H236=\"N/A\",'Summary Mapping'!$G236,'Summary Mapping'!$H236)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N236","v":"Hydro"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E242,\"*Coal\")+COUNTIF($E242,\"*Biomass*\"),1),MIN(COUNTIF($E242,\"*Liquid*\"),1),MIN(COUNTIF($E242,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E242,\"*Coal\")+COUNTIF($E242,\"*Biomass*\"),1),MIN(COUNTIF($E242,\"*Liquid*\"),1),MIN(COUNTIF($E242,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E242,\"*Coal\")+COUNTIF($E242,\"*Biomass*\"),1),MIN(COUNTIF($E242,\"*Liquid*\"),1),MIN(COUNTIF($E242,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E242,\"*Coal\")+COUNTIF($E242,\"*Biomass*\"),1),MIN(COUNTIF($E242,\"*Liquid*\"),1),MIN(COUNTIF($E242,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E242,\"*Coal\")+COUNTIF($E242,\"*Biomass*\"),1),MIN(COUNTIF($E242,\"*Liquid*\"),1),MIN(COUNTIF($E242,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E242,\"*Coal\")+COUNTIF($E242,\"*Biomass*\"),1),MIN(COUNTIF($E242,\"*Liquid*\"),1),MIN(COUNTIF($E242,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E242,\"*Coal\")+COUNTIF($E242,\"*Biomass*\"),1),MIN(COUNTIF($E242,\"*Liquid*\"),1),MIN(COUNTIF($E242,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E242,\"*Coal\")+COUNTIF($E242,\"*Biomass*\"),1),MIN(COUNTIF($E242,\"*Liquid*\"),1),MIN(COUNTIF($E242,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E242,\"*Coal\")+COUNTIF($E242,\"*Biomass*\"),1),MIN(COUNTIF($E242,\"*Liquid*\"),1),MIN(COUNTIF($E242,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E242,\"*Coal\")+COUNTIF($E242,\"*Biomass*\"),1),MIN(COUNTIF($E242,\"*Liquid*\"),1),MIN(COUNTIF($E242,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E242,\"*Coal\")+COUNTIF($E242,\"*Biomass*\"),1),MIN(COUNTIF($E242,\"*Liquid*\"),1),MIN(COUNTIF($E242,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E242,\"*Coal\")+COUNTIF($E242,\"*Biomass*\"),1),MIN(COUNTIF($E242,\"*Liquid*\"),1),MIN(COUNTIF($E242,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E242,\"*Coal\")+COUNTIF($E242,\"*Biomass*\"),1),MIN(COUNTIF($E242,\"*Liquid*\"),1),MIN(COUNTIF($E242,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E242,\"*Coal\")+COUNTIF($E242,\"*Biomass*\"),1),MIN(COUNTIF($E242,\"*Liquid*\"),1),MIN(COUNTIF($E242,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E242,\"*Coal\")+COUNTIF($E242,\"*Biomass*\"),1),MIN(COUNTIF($E242,\"*Liquid*\"),1),MIN(COUNTIF($E242,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E242,\"*Coal\")+COUNTIF($E242,\"*Biomass*\"),1),MIN(COUNTIF($E242,\"*Liquid*\"),1),MIN(COUNTIF($E242,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E242,\"*Coal\")+COUNTIF($E242,\"*Biomass*\"),1),MIN(COUNTIF($E242,\"*Liquid*\"),1),MIN(COUNTIF($E242,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E242,\"*Coal\")+COUNTIF($E242,\"*Biomass*\"),1),MIN(COUNTIF($E242,\"*Liquid*\"),1),MIN(COUNTIF($E242,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E242,\"*Coal\")+COUNTIF($E242,\"*Biomass*\"),1),MIN(COUNTIF($E242,\"*Liquid*\"),1),MIN(COUNTIF($E242,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242)*SUMIFS('GPG emissions reduction - 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BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E242,\"*Coal\")+COUNTIF($E242,\"*Biomass*\"),1),MIN(COUNTIF($E242,\"*Liquid*\"),1),MIN(COUNTIF($E242,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E242,\"*Coal\")+COUNTIF($E242,\"*Biomass*\"),1),MIN(COUNTIF($E242,\"*Liquid*\"),1),MIN(COUNTIF($E242,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E242,\"*Coal\")+COUNTIF($E242,\"*Biomass*\"),1),MIN(COUNTIF($E242,\"*Liquid*\"),1),MIN(COUNTIF($E242,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E242,\"*Coal\")+COUNTIF($E242,\"*Biomass*\"),1),MIN(COUNTIF($E242,\"*Liquid*\"),1),MIN(COUNTIF($E242,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G242)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C237","v":"MURRAY12"},{"$f":"'Summary Mapping'!$J237","v":"Existing"},{"$f":"'Summary Mapping'!$F237","v":"VIC"},{"$f":"'Summary Mapping'!$M237","v":"Water"},{"$f":"IF('Summary Mapping'!$H237=\"N/A\",'Summary Mapping'!$G237,'Summary Mapping'!$H237)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N237","v":"Hydro"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E243,\"*Coal\")+COUNTIF($E243,\"*Biomass*\"),1),MIN(COUNTIF($E243,\"*Liquid*\"),1),MIN(COUNTIF($E243,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E243,\"*Coal\")+COUNTIF($E243,\"*Biomass*\"),1),MIN(COUNTIF($E243,\"*Liquid*\"),1),MIN(COUNTIF($E243,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E243,\"*Coal\")+COUNTIF($E243,\"*Biomass*\"),1),MIN(COUNTIF($E243,\"*Liquid*\"),1),MIN(COUNTIF($E243,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E243,\"*Coal\")+COUNTIF($E243,\"*Biomass*\"),1),MIN(COUNTIF($E243,\"*Liquid*\"),1),MIN(COUNTIF($E243,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E243,\"*Coal\")+COUNTIF($E243,\"*Biomass*\"),1),MIN(COUNTIF($E243,\"*Liquid*\"),1),MIN(COUNTIF($E243,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E243,\"*Coal\")+COUNTIF($E243,\"*Biomass*\"),1),MIN(COUNTIF($E243,\"*Liquid*\"),1),MIN(COUNTIF($E243,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E243,\"*Coal\")+COUNTIF($E243,\"*Biomass*\"),1),MIN(COUNTIF($E243,\"*Liquid*\"),1),MIN(COUNTIF($E243,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E243,\"*Coal\")+COUNTIF($E243,\"*Biomass*\"),1),MIN(COUNTIF($E243,\"*Liquid*\"),1),MIN(COUNTIF($E243,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E243,\"*Coal\")+COUNTIF($E243,\"*Biomass*\"),1),MIN(COUNTIF($E243,\"*Liquid*\"),1),MIN(COUNTIF($E243,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E243,\"*Coal\")+COUNTIF($E243,\"*Biomass*\"),1),MIN(COUNTIF($E243,\"*Liquid*\"),1),MIN(COUNTIF($E243,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E243,\"*Coal\")+COUNTIF($E243,\"*Biomass*\"),1),MIN(COUNTIF($E243,\"*Liquid*\"),1),MIN(COUNTIF($E243,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E243,\"*Coal\")+COUNTIF($E243,\"*Biomass*\"),1),MIN(COUNTIF($E243,\"*Liquid*\"),1),MIN(COUNTIF($E243,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E243,\"*Coal\")+COUNTIF($E243,\"*Biomass*\"),1),MIN(COUNTIF($E243,\"*Liquid*\"),1),MIN(COUNTIF($E243,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E243,\"*Coal\")+COUNTIF($E243,\"*Biomass*\"),1),MIN(COUNTIF($E243,\"*Liquid*\"),1),MIN(COUNTIF($E243,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E243,\"*Coal\")+COUNTIF($E243,\"*Biomass*\"),1),MIN(COUNTIF($E243,\"*Liquid*\"),1),MIN(COUNTIF($E243,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E243,\"*Coal\")+COUNTIF($E243,\"*Biomass*\"),1),MIN(COUNTIF($E243,\"*Liquid*\"),1),MIN(COUNTIF($E243,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E243,\"*Coal\")+COUNTIF($E243,\"*Biomass*\"),1),MIN(COUNTIF($E243,\"*Liquid*\"),1),MIN(COUNTIF($E243,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E243,\"*Coal\")+COUNTIF($E243,\"*Biomass*\"),1),MIN(COUNTIF($E243,\"*Liquid*\"),1),MIN(COUNTIF($E243,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E243,\"*Coal\")+COUNTIF($E243,\"*Biomass*\"),1),MIN(COUNTIF($E243,\"*Liquid*\"),1),MIN(COUNTIF($E243,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243)*SUMIFS('GPG emissions reduction - 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BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E243,\"*Coal\")+COUNTIF($E243,\"*Biomass*\"),1),MIN(COUNTIF($E243,\"*Liquid*\"),1),MIN(COUNTIF($E243,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E243,\"*Coal\")+COUNTIF($E243,\"*Biomass*\"),1),MIN(COUNTIF($E243,\"*Liquid*\"),1),MIN(COUNTIF($E243,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E243,\"*Coal\")+COUNTIF($E243,\"*Biomass*\"),1),MIN(COUNTIF($E243,\"*Liquid*\"),1),MIN(COUNTIF($E243,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E243,\"*Coal\")+COUNTIF($E243,\"*Biomass*\"),1),MIN(COUNTIF($E243,\"*Liquid*\"),1),MIN(COUNTIF($E243,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G243)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C246","v":"REECE1"},{"$f":"'Summary Mapping'!$J246","v":"Existing"},{"$f":"'Summary Mapping'!$F246","v":"TAS"},{"$f":"'Summary Mapping'!$M246","v":"Water"},{"$f":"IF('Summary Mapping'!$H246=\"N/A\",'Summary Mapping'!$G246,'Summary Mapping'!$H246)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N246","v":"Hydro"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E252,\"*Coal\")+COUNTIF($E252,\"*Biomass*\"),1),MIN(COUNTIF($E252,\"*Liquid*\"),1),MIN(COUNTIF($E252,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E252,\"*Coal\")+COUNTIF($E252,\"*Biomass*\"),1),MIN(COUNTIF($E252,\"*Liquid*\"),1),MIN(COUNTIF($E252,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E252,\"*Coal\")+COUNTIF($E252,\"*Biomass*\"),1),MIN(COUNTIF($E252,\"*Liquid*\"),1),MIN(COUNTIF($E252,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E252,\"*Coal\")+COUNTIF($E252,\"*Biomass*\"),1),MIN(COUNTIF($E252,\"*Liquid*\"),1),MIN(COUNTIF($E252,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E252,\"*Coal\")+COUNTIF($E252,\"*Biomass*\"),1),MIN(COUNTIF($E252,\"*Liquid*\"),1),MIN(COUNTIF($E252,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E252,\"*Coal\")+COUNTIF($E252,\"*Biomass*\"),1),MIN(COUNTIF($E252,\"*Liquid*\"),1),MIN(COUNTIF($E252,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E252,\"*Coal\")+COUNTIF($E252,\"*Biomass*\"),1),MIN(COUNTIF($E252,\"*Liquid*\"),1),MIN(COUNTIF($E252,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E252,\"*Coal\")+COUNTIF($E252,\"*Biomass*\"),1),MIN(COUNTIF($E252,\"*Liquid*\"),1),MIN(COUNTIF($E252,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E252,\"*Coal\")+COUNTIF($E252,\"*Biomass*\"),1),MIN(COUNTIF($E252,\"*Liquid*\"),1),MIN(COUNTIF($E252,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E252,\"*Coal\")+COUNTIF($E252,\"*Biomass*\"),1),MIN(COUNTIF($E252,\"*Liquid*\"),1),MIN(COUNTIF($E252,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E252,\"*Coal\")+COUNTIF($E252,\"*Biomass*\"),1),MIN(COUNTIF($E252,\"*Liquid*\"),1),MIN(COUNTIF($E252,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E252,\"*Coal\")+COUNTIF($E252,\"*Biomass*\"),1),MIN(COUNTIF($E252,\"*Liquid*\"),1),MIN(COUNTIF($E252,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E252,\"*Coal\")+COUNTIF($E252,\"*Biomass*\"),1),MIN(COUNTIF($E252,\"*Liquid*\"),1),MIN(COUNTIF($E252,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E252,\"*Coal\")+COUNTIF($E252,\"*Biomass*\"),1),MIN(COUNTIF($E252,\"*Liquid*\"),1),MIN(COUNTIF($E252,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E252,\"*Coal\")+COUNTIF($E252,\"*Biomass*\"),1),MIN(COUNTIF($E252,\"*Liquid*\"),1),MIN(COUNTIF($E252,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E252,\"*Coal\")+COUNTIF($E252,\"*Biomass*\"),1),MIN(COUNTIF($E252,\"*Liquid*\"),1),MIN(COUNTIF($E252,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E252,\"*Coal\")+COUNTIF($E252,\"*Biomass*\"),1),MIN(COUNTIF($E252,\"*Liquid*\"),1),MIN(COUNTIF($E252,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E252,\"*Coal\")+COUNTIF($E252,\"*Biomass*\"),1),MIN(COUNTIF($E252,\"*Liquid*\"),1),MIN(COUNTIF($E252,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E252,\"*Coal\")+COUNTIF($E252,\"*Biomass*\"),1),MIN(COUNTIF($E252,\"*Liquid*\"),1),MIN(COUNTIF($E252,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E252,\"*Coal\")+COUNTIF($E252,\"*Biomass*\"),1),MIN(COUNTIF($E252,\"*Liquid*\"),1),MIN(COUNTIF($E252,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E252,\"*Coal\")+COUNTIF($E252,\"*Biomass*\"),1),MIN(COUNTIF($E252,\"*Liquid*\"),1),MIN(COUNTIF($E252,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G252)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C255","v":"TA112-4"},{"$f":"'Summary Mapping'!$J255","v":"Existing"},{"$f":"'Summary Mapping'!$F255","v":"TAS"},{"$f":"'Summary Mapping'!$M255","v":"Water"},{"$f":"IF('Summary Mapping'!$H255=\"N/A\",'Summary Mapping'!$G255,'Summary Mapping'!$H255)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N255","v":"Hydro"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E261,\"*Coal\")+COUNTIF($E261,\"*Biomass*\"),1),MIN(COUNTIF($E261,\"*Liquid*\"),1),MIN(COUNTIF($E261,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E261,\"*Coal\")+COUNTIF($E261,\"*Biomass*\"),1),MIN(COUNTIF($E261,\"*Liquid*\"),1),MIN(COUNTIF($E261,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E261,\"*Coal\")+COUNTIF($E261,\"*Biomass*\"),1),MIN(COUNTIF($E261,\"*Liquid*\"),1),MIN(COUNTIF($E261,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E261,\"*Coal\")+COUNTIF($E261,\"*Biomass*\"),1),MIN(COUNTIF($E261,\"*Liquid*\"),1),MIN(COUNTIF($E261,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E261,\"*Coal\")+COUNTIF($E261,\"*Biomass*\"),1),MIN(COUNTIF($E261,\"*Liquid*\"),1),MIN(COUNTIF($E261,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E261,\"*Coal\")+COUNTIF($E261,\"*Biomass*\"),1),MIN(COUNTIF($E261,\"*Liquid*\"),1),MIN(COUNTIF($E261,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E261,\"*Coal\")+COUNTIF($E261,\"*Biomass*\"),1),MIN(COUNTIF($E261,\"*Liquid*\"),1),MIN(COUNTIF($E261,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E261,\"*Coal\")+COUNTIF($E261,\"*Biomass*\"),1),MIN(COUNTIF($E261,\"*Liquid*\"),1),MIN(COUNTIF($E261,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E261,\"*Coal\")+COUNTIF($E261,\"*Biomass*\"),1),MIN(COUNTIF($E261,\"*Liquid*\"),1),MIN(COUNTIF($E261,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E261,\"*Coal\")+COUNTIF($E261,\"*Biomass*\"),1),MIN(COUNTIF($E261,\"*Liquid*\"),1),MIN(COUNTIF($E261,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E261,\"*Coal\")+COUNTIF($E261,\"*Biomass*\"),1),MIN(COUNTIF($E261,\"*Liquid*\"),1),MIN(COUNTIF($E261,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E261,\"*Coal\")+COUNTIF($E261,\"*Biomass*\"),1),MIN(COUNTIF($E261,\"*Liquid*\"),1),MIN(COUNTIF($E261,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E261,\"*Coal\")+COUNTIF($E261,\"*Biomass*\"),1),MIN(COUNTIF($E261,\"*Liquid*\"),1),MIN(COUNTIF($E261,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E261,\"*Coal\")+COUNTIF($E261,\"*Biomass*\"),1),MIN(COUNTIF($E261,\"*Liquid*\"),1),MIN(COUNTIF($E261,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E261,\"*Coal\")+COUNTIF($E261,\"*Biomass*\"),1),MIN(COUNTIF($E261,\"*Liquid*\"),1),MIN(COUNTIF($E261,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E261,\"*Coal\")+COUNTIF($E261,\"*Biomass*\"),1),MIN(COUNTIF($E261,\"*Liquid*\"),1),MIN(COUNTIF($E261,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E261,\"*Coal\")+COUNTIF($E261,\"*Biomass*\"),1),MIN(COUNTIF($E261,\"*Liquid*\"),1),MIN(COUNTIF($E261,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E261,\"*Coal\")+COUNTIF($E261,\"*Biomass*\"),1),MIN(COUNTIF($E261,\"*Liquid*\"),1),MIN(COUNTIF($E261,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E261,\"*Coal\")+COUNTIF($E261,\"*Biomass*\"),1),MIN(COUNTIF($E261,\"*Liquid*\"),1),MIN(COUNTIF($E261,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E261,\"*Coal\")+COUNTIF($E261,\"*Biomass*\"),1),MIN(COUNTIF($E261,\"*Liquid*\"),1),MIN(COUNTIF($E261,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E261,\"*Coal\")+COUNTIF($E261,\"*Biomass*\"),1),MIN(COUNTIF($E261,\"*Liquid*\"),1),MIN(COUNTIF($E261,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E261,\"*Coal\")+COUNTIF($E261,\"*Biomass*\"),1),MIN(COUNTIF($E261,\"*Liquid*\"),1),MIN(COUNTIF($E261,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E261,\"*Coal\")+COUNTIF($E261,\"*Biomass*\"),1),MIN(COUNTIF($E261,\"*Liquid*\"),1),MIN(COUNTIF($E261,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E261,\"*Coal\")+COUNTIF($E261,\"*Biomass*\"),1),MIN(COUNTIF($E261,\"*Liquid*\"),1),MIN(COUNTIF($E261,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E261,\"*Coal\")+COUNTIF($E261,\"*Biomass*\"),1),MIN(COUNTIF($E261,\"*Liquid*\"),1),MIN(COUNTIF($E261,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E261,\"*Coal\")+COUNTIF($E261,\"*Biomass*\"),1),MIN(COUNTIF($E261,\"*Liquid*\"),1),MIN(COUNTIF($E261,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G261)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C264","v":"TUMUT3_02"},{"$f":"'Summary Mapping'!$J264","v":"Existing"},{"$f":"'Summary Mapping'!$F264","v":"NSW"},{"$f":"'Summary Mapping'!$M264","v":"Water"},{"$f":"IF('Summary Mapping'!$H264=\"N/A\",'Summary Mapping'!$G264,'Summary Mapping'!$H264)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N264","v":"Hydro"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E270,\"*Coal\")+COUNTIF($E270,\"*Biomass*\"),1),MIN(COUNTIF($E270,\"*Liquid*\"),1),MIN(COUNTIF($E270,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E270,\"*Coal\")+COUNTIF($E270,\"*Biomass*\"),1),MIN(COUNTIF($E270,\"*Liquid*\"),1),MIN(COUNTIF($E270,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E270,\"*Coal\")+COUNTIF($E270,\"*Biomass*\"),1),MIN(COUNTIF($E270,\"*Liquid*\"),1),MIN(COUNTIF($E270,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E270,\"*Coal\")+COUNTIF($E270,\"*Biomass*\"),1),MIN(COUNTIF($E270,\"*Liquid*\"),1),MIN(COUNTIF($E270,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E270,\"*Coal\")+COUNTIF($E270,\"*Biomass*\"),1),MIN(COUNTIF($E270,\"*Liquid*\"),1),MIN(COUNTIF($E270,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E270,\"*Coal\")+COUNTIF($E270,\"*Biomass*\"),1),MIN(COUNTIF($E270,\"*Liquid*\"),1),MIN(COUNTIF($E270,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E270,\"*Coal\")+COUNTIF($E270,\"*Biomass*\"),1),MIN(COUNTIF($E270,\"*Liquid*\"),1),MIN(COUNTIF($E270,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E270,\"*Coal\")+COUNTIF($E270,\"*Biomass*\"),1),MIN(COUNTIF($E270,\"*Liquid*\"),1),MIN(COUNTIF($E270,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E270,\"*Coal\")+COUNTIF($E270,\"*Biomass*\"),1),MIN(COUNTIF($E270,\"*Liquid*\"),1),MIN(COUNTIF($E270,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E270,\"*Coal\")+COUNTIF($E270,\"*Biomass*\"),1),MIN(COUNTIF($E270,\"*Liquid*\"),1),MIN(COUNTIF($E270,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E270,\"*Coal\")+COUNTIF($E270,\"*Biomass*\"),1),MIN(COUNTIF($E270,\"*Liquid*\"),1),MIN(COUNTIF($E270,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E270,\"*Coal\")+COUNTIF($E270,\"*Biomass*\"),1),MIN(COUNTIF($E270,\"*Liquid*\"),1),MIN(COUNTIF($E270,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E270,\"*Coal\")+COUNTIF($E270,\"*Biomass*\"),1),MIN(COUNTIF($E270,\"*Liquid*\"),1),MIN(COUNTIF($E270,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E270,\"*Coal\")+COUNTIF($E270,\"*Biomass*\"),1),MIN(COUNTIF($E270,\"*Liquid*\"),1),MIN(COUNTIF($E270,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E270,\"*Coal\")+COUNTIF($E270,\"*Biomass*\"),1),MIN(COUNTIF($E270,\"*Liquid*\"),1),MIN(COUNTIF($E270,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E270,\"*Coal\")+COUNTIF($E270,\"*Biomass*\"),1),MIN(COUNTIF($E270,\"*Liquid*\"),1),MIN(COUNTIF($E270,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E270,\"*Coal\")+COUNTIF($E270,\"*Biomass*\"),1),MIN(COUNTIF($E270,\"*Liquid*\"),1),MIN(COUNTIF($E270,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E270,\"*Coal\")+COUNTIF($E270,\"*Biomass*\"),1),MIN(COUNTIF($E270,\"*Liquid*\"),1),MIN(COUNTIF($E270,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E270,\"*Coal\")+COUNTIF($E270,\"*Biomass*\"),1),MIN(COUNTIF($E270,\"*Liquid*\"),1),MIN(COUNTIF($E270,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270)*SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E270,\"*Coal\")+COUNTIF($E270,\"*Biomass*\"),1),MIN(COUNTIF($E270,\"*Liquid*\"),1),MIN(COUNTIF($E270,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E270,\"*Coal\")+COUNTIF($E270,\"*Biomass*\"),1),MIN(COUNTIF($E270,\"*Liquid*\"),1),MIN(COUNTIF($E270,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E270,\"*Coal\")+COUNTIF($E270,\"*Biomass*\"),1),MIN(COUNTIF($E270,\"*Liquid*\"),1),MIN(COUNTIF($E270,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E270,\"*Coal\")+COUNTIF($E270,\"*Biomass*\"),1),MIN(COUNTIF($E270,\"*Liquid*\"),1),MIN(COUNTIF($E270,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E270,\"*Coal\")+COUNTIF($E270,\"*Biomass*\"),1),MIN(COUNTIF($E270,\"*Liquid*\"),1),MIN(COUNTIF($E270,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E270,\"*Coal\")+COUNTIF($E270,\"*Biomass*\"),1),MIN(COUNTIF($E270,\"*Liquid*\"),1),MIN(COUNTIF($E270,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G270)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C273","v":"TU115-5"},{"$f":"'Summary Mapping'!$J273","v":"Existing"},{"$f":"'Summary Mapping'!$F273","v":"TAS"},{"$f":"'Summary Mapping'!$M273","v":"Water"},{"$f":"IF('Summary Mapping'!$H273=\"N/A\",'Summary Mapping'!$G273,'Summary Mapping'!$H273)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N273","v":"Hydro"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E279,\"*Coal\")+COUNTIF($E279,\"*Biomass*\"),1),MIN(COUNTIF($E279,\"*Liquid*\"),1),MIN(COUNTIF($E279,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E279,\"*Coal\")+COUNTIF($E279,\"*Biomass*\"),1),MIN(COUNTIF($E279,\"*Liquid*\"),1),MIN(COUNTIF($E279,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E279,\"*Coal\")+COUNTIF($E279,\"*Biomass*\"),1),MIN(COUNTIF($E279,\"*Liquid*\"),1),MIN(COUNTIF($E279,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E279,\"*Coal\")+COUNTIF($E279,\"*Biomass*\"),1),MIN(COUNTIF($E279,\"*Liquid*\"),1),MIN(COUNTIF($E279,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E279,\"*Coal\")+COUNTIF($E279,\"*Biomass*\"),1),MIN(COUNTIF($E279,\"*Liquid*\"),1),MIN(COUNTIF($E279,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E279,\"*Coal\")+COUNTIF($E279,\"*Biomass*\"),1),MIN(COUNTIF($E279,\"*Liquid*\"),1),MIN(COUNTIF($E279,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E279,\"*Coal\")+COUNTIF($E279,\"*Biomass*\"),1),MIN(COUNTIF($E279,\"*Liquid*\"),1),MIN(COUNTIF($E279,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E279,\"*Coal\")+COUNTIF($E279,\"*Biomass*\"),1),MIN(COUNTIF($E279,\"*Liquid*\"),1),MIN(COUNTIF($E279,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E279,\"*Coal\")+COUNTIF($E279,\"*Biomass*\"),1),MIN(COUNTIF($E279,\"*Liquid*\"),1),MIN(COUNTIF($E279,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E279,\"*Coal\")+COUNTIF($E279,\"*Biomass*\"),1),MIN(COUNTIF($E279,\"*Liquid*\"),1),MIN(COUNTIF($E279,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E279,\"*Coal\")+COUNTIF($E279,\"*Biomass*\"),1),MIN(COUNTIF($E279,\"*Liquid*\"),1),MIN(COUNTIF($E279,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E279,\"*Coal\")+COUNTIF($E279,\"*Biomass*\"),1),MIN(COUNTIF($E279,\"*Liquid*\"),1),MIN(COUNTIF($E279,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E279,\"*Coal\")+COUNTIF($E279,\"*Biomass*\"),1),MIN(COUNTIF($E279,\"*Liquid*\"),1),MIN(COUNTIF($E279,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E279,\"*Coal\")+COUNTIF($E279,\"*Biomass*\"),1),MIN(COUNTIF($E279,\"*Liquid*\"),1),MIN(COUNTIF($E279,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E279,\"*Coal\")+COUNTIF($E279,\"*Biomass*\"),1),MIN(COUNTIF($E279,\"*Liquid*\"),1),MIN(COUNTIF($E279,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E279,\"*Coal\")+COUNTIF($E279,\"*Biomass*\"),1),MIN(COUNTIF($E279,\"*Liquid*\"),1),MIN(COUNTIF($E279,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E279,\"*Coal\")+COUNTIF($E279,\"*Biomass*\"),1),MIN(COUNTIF($E279,\"*Liquid*\"),1),MIN(COUNTIF($E279,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E279,\"*Coal\")+COUNTIF($E279,\"*Biomass*\"),1),MIN(COUNTIF($E279,\"*Liquid*\"),1),MIN(COUNTIF($E279,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E279,\"*Coal\")+COUNTIF($E279,\"*Biomass*\"),1),MIN(COUNTIF($E279,\"*Liquid*\"),1),MIN(COUNTIF($E279,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E279,\"*Coal\")+COUNTIF($E279,\"*Biomass*\"),1),MIN(COUNTIF($E279,\"*Liquid*\"),1),MIN(COUNTIF($E279,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E279,\"*Coal\")+COUNTIF($E279,\"*Biomass*\"),1),MIN(COUNTIF($E279,\"*Liquid*\"),1),MIN(COUNTIF($E279,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E279,\"*Coal\")+COUNTIF($E279,\"*Biomass*\"),1),MIN(COUNTIF($E279,\"*Liquid*\"),1),MIN(COUNTIF($E279,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E279,\"*Coal\")+COUNTIF($E279,\"*Biomass*\"),1),MIN(COUNTIF($E279,\"*Liquid*\"),1),MIN(COUNTIF($E279,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E279,\"*Coal\")+COUNTIF($E279,\"*Biomass*\"),1),MIN(COUNTIF($E279,\"*Liquid*\"),1),MIN(COUNTIF($E279,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E279,\"*Coal\")+COUNTIF($E279,\"*Biomass*\"),1),MIN(COUNTIF($E279,\"*Liquid*\"),1),MIN(COUNTIF($E279,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E279,\"*Coal\")+COUNTIF($E279,\"*Biomass*\"),1),MIN(COUNTIF($E279,\"*Liquid*\"),1),MIN(COUNTIF($E279,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G279)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C277","v":"TUMUT1_04"},{"$f":"'Summary Mapping'!$J277","v":"Existing"},{"$f":"'Summary Mapping'!$F277","v":"NSW"},{"$f":"'Summary Mapping'!$M277","v":"Water"},{"$f":"IF('Summary Mapping'!$H277=\"N/A\",'Summary Mapping'!$G277,'Summary Mapping'!$H277)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N277","v":"Hydro"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E283,\"*Coal\")+COUNTIF($E283,\"*Biomass*\"),1),MIN(COUNTIF($E283,\"*Liquid*\"),1),MIN(COUNTIF($E283,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E283,\"*Coal\")+COUNTIF($E283,\"*Biomass*\"),1),MIN(COUNTIF($E283,\"*Liquid*\"),1),MIN(COUNTIF($E283,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E283,\"*Coal\")+COUNTIF($E283,\"*Biomass*\"),1),MIN(COUNTIF($E283,\"*Liquid*\"),1),MIN(COUNTIF($E283,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E283,\"*Coal\")+COUNTIF($E283,\"*Biomass*\"),1),MIN(COUNTIF($E283,\"*Liquid*\"),1),MIN(COUNTIF($E283,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E283,\"*Coal\")+COUNTIF($E283,\"*Biomass*\"),1),MIN(COUNTIF($E283,\"*Liquid*\"),1),MIN(COUNTIF($E283,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E283,\"*Coal\")+COUNTIF($E283,\"*Biomass*\"),1),MIN(COUNTIF($E283,\"*Liquid*\"),1),MIN(COUNTIF($E283,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E283,\"*Coal\")+COUNTIF($E283,\"*Biomass*\"),1),MIN(COUNTIF($E283,\"*Liquid*\"),1),MIN(COUNTIF($E283,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E283,\"*Coal\")+COUNTIF($E283,\"*Biomass*\"),1),MIN(COUNTIF($E283,\"*Liquid*\"),1),MIN(COUNTIF($E283,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E283,\"*Coal\")+COUNTIF($E283,\"*Biomass*\"),1),MIN(COUNTIF($E283,\"*Liquid*\"),1),MIN(COUNTIF($E283,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E283,\"*Coal\")+COUNTIF($E283,\"*Biomass*\"),1),MIN(COUNTIF($E283,\"*Liquid*\"),1),MIN(COUNTIF($E283,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E283,\"*Coal\")+COUNTIF($E283,\"*Biomass*\"),1),MIN(COUNTIF($E283,\"*Liquid*\"),1),MIN(COUNTIF($E283,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E283,\"*Coal\")+COUNTIF($E283,\"*Biomass*\"),1),MIN(COUNTIF($E283,\"*Liquid*\"),1),MIN(COUNTIF($E283,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E283,\"*Coal\")+COUNTIF($E283,\"*Biomass*\"),1),MIN(COUNTIF($E283,\"*Liquid*\"),1),MIN(COUNTIF($E283,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E283,\"*Coal\")+COUNTIF($E283,\"*Biomass*\"),1),MIN(COUNTIF($E283,\"*Liquid*\"),1),MIN(COUNTIF($E283,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E283,\"*Coal\")+COUNTIF($E283,\"*Biomass*\"),1),MIN(COUNTIF($E283,\"*Liquid*\"),1),MIN(COUNTIF($E283,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E283,\"*Coal\")+COUNTIF($E283,\"*Biomass*\"),1),MIN(COUNTIF($E283,\"*Liquid*\"),1),MIN(COUNTIF($E283,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E283,\"*Coal\")+COUNTIF($E283,\"*Biomass*\"),1),MIN(COUNTIF($E283,\"*Liquid*\"),1),MIN(COUNTIF($E283,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E283,\"*Coal\")+COUNTIF($E283,\"*Biomass*\"),1),MIN(COUNTIF($E283,\"*Liquid*\"),1),MIN(COUNTIF($E283,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E283,\"*Coal\")+COUNTIF($E283,\"*Biomass*\"),1),MIN(COUNTIF($E283,\"*Liquid*\"),1),MIN(COUNTIF($E283,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E283,\"*Coal\")+COUNTIF($E283,\"*Biomass*\"),1),MIN(COUNTIF($E283,\"*Liquid*\"),1),MIN(COUNTIF($E283,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E283,\"*Coal\")+COUNTIF($E283,\"*Biomass*\"),1),MIN(COUNTIF($E283,\"*Liquid*\"),1),MIN(COUNTIF($E283,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G283)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C290","v":"BOWWPV1"},{"$f":"'Summary Mapping'!$J290","v":"Existing"},{"$f":"'Summary Mapping'!$F290","v":"SA"},{"$f":"'Summary Mapping'!$M290","v":"Solar"},{"$f":"IF('Summary Mapping'!$H290=\"N/A\",'Summary Mapping'!$G290,'Summary Mapping'!$H290)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N290","v":"Solar"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E296,\"*Coal\")+COUNTIF($E296,\"*Biomass*\"),1),MIN(COUNTIF($E296,\"*Liquid*\"),1),MIN(COUNTIF($E296,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E296,\"*Coal\")+COUNTIF($E296,\"*Biomass*\"),1),MIN(COUNTIF($E296,\"*Liquid*\"),1),MIN(COUNTIF($E296,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E296,\"*Coal\")+COUNTIF($E296,\"*Biomass*\"),1),MIN(COUNTIF($E296,\"*Liquid*\"),1),MIN(COUNTIF($E296,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E296,\"*Coal\")+COUNTIF($E296,\"*Biomass*\"),1),MIN(COUNTIF($E296,\"*Liquid*\"),1),MIN(COUNTIF($E296,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E296,\"*Coal\")+COUNTIF($E296,\"*Biomass*\"),1),MIN(COUNTIF($E296,\"*Liquid*\"),1),MIN(COUNTIF($E296,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E296,\"*Coal\")+COUNTIF($E296,\"*Biomass*\"),1),MIN(COUNTIF($E296,\"*Liquid*\"),1),MIN(COUNTIF($E296,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E296,\"*Coal\")+COUNTIF($E296,\"*Biomass*\"),1),MIN(COUNTIF($E296,\"*Liquid*\"),1),MIN(COUNTIF($E296,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E296,\"*Coal\")+COUNTIF($E296,\"*Biomass*\"),1),MIN(COUNTIF($E296,\"*Liquid*\"),1),MIN(COUNTIF($E296,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E296,\"*Coal\")+COUNTIF($E296,\"*Biomass*\"),1),MIN(COUNTIF($E296,\"*Liquid*\"),1),MIN(COUNTIF($E296,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E296,\"*Coal\")+COUNTIF($E296,\"*Biomass*\"),1),MIN(COUNTIF($E296,\"*Liquid*\"),1),MIN(COUNTIF($E296,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E296,\"*Coal\")+COUNTIF($E296,\"*Biomass*\"),1),MIN(COUNTIF($E296,\"*Liquid*\"),1),MIN(COUNTIF($E296,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E296,\"*Coal\")+COUNTIF($E296,\"*Biomass*\"),1),MIN(COUNTIF($E296,\"*Liquid*\"),1),MIN(COUNTIF($E296,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E296,\"*Coal\")+COUNTIF($E296,\"*Biomass*\"),1),MIN(COUNTIF($E296,\"*Liquid*\"),1),MIN(COUNTIF($E296,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E296,\"*Coal\")+COUNTIF($E296,\"*Biomass*\"),1),MIN(COUNTIF($E296,\"*Liquid*\"),1),MIN(COUNTIF($E296,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E296,\"*Coal\")+COUNTIF($E296,\"*Biomass*\"),1),MIN(COUNTIF($E296,\"*Liquid*\"),1),MIN(COUNTIF($E296,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E296,\"*Coal\")+COUNTIF($E296,\"*Biomass*\"),1),MIN(COUNTIF($E296,\"*Liquid*\"),1),MIN(COUNTIF($E296,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E296,\"*Coal\")+COUNTIF($E296,\"*Biomass*\"),1),MIN(COUNTIF($E296,\"*Liquid*\"),1),MIN(COUNTIF($E296,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E296,\"*Coal\")+COUNTIF($E296,\"*Biomass*\"),1),MIN(COUNTIF($E296,\"*Liquid*\"),1),MIN(COUNTIF($E296,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E296,\"*Coal\")+COUNTIF($E296,\"*Biomass*\"),1),MIN(COUNTIF($E296,\"*Liquid*\"),1),MIN(COUNTIF($E296,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G296)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C299","v":"CSPVPS1"},{"$f":"'Summary Mapping'!$J299","v":"Existing"},{"$f":"'Summary Mapping'!$F299","v":"QLD"},{"$f":"'Summary Mapping'!$M299","v":"Solar"},{"$f":"IF('Summary Mapping'!$H299=\"N/A\",'Summary Mapping'!$G299,'Summary Mapping'!$H299)","v":"Isaac"},{"$f":"'Summary Mapping'!$N299","v":"Solar"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E305,\"*Coal\")+COUNTIF($E305,\"*Biomass*\"),1),MIN(COUNTIF($E305,\"*Liquid*\"),1),MIN(COUNTIF($E305,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E305,\"*Coal\")+COUNTIF($E305,\"*Biomass*\"),1),MIN(COUNTIF($E305,\"*Liquid*\"),1),MIN(COUNTIF($E305,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E305,\"*Coal\")+COUNTIF($E305,\"*Biomass*\"),1),MIN(COUNTIF($E305,\"*Liquid*\"),1),MIN(COUNTIF($E305,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E305,\"*Coal\")+COUNTIF($E305,\"*Biomass*\"),1),MIN(COUNTIF($E305,\"*Liquid*\"),1),MIN(COUNTIF($E305,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E305,\"*Coal\")+COUNTIF($E305,\"*Biomass*\"),1),MIN(COUNTIF($E305,\"*Liquid*\"),1),MIN(COUNTIF($E305,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E305,\"*Coal\")+COUNTIF($E305,\"*Biomass*\"),1),MIN(COUNTIF($E305,\"*Liquid*\"),1),MIN(COUNTIF($E305,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E305,\"*Coal\")+COUNTIF($E305,\"*Biomass*\"),1),MIN(COUNTIF($E305,\"*Liquid*\"),1),MIN(COUNTIF($E305,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E305,\"*Coal\")+COUNTIF($E305,\"*Biomass*\"),1),MIN(COUNTIF($E305,\"*Liquid*\"),1),MIN(COUNTIF($E305,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E305,\"*Coal\")+COUNTIF($E305,\"*Biomass*\"),1),MIN(COUNTIF($E305,\"*Liquid*\"),1),MIN(COUNTIF($E305,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E305,\"*Coal\")+COUNTIF($E305,\"*Biomass*\"),1),MIN(COUNTIF($E305,\"*Liquid*\"),1),MIN(COUNTIF($E305,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E305,\"*Coal\")+COUNTIF($E305,\"*Biomass*\"),1),MIN(COUNTIF($E305,\"*Liquid*\"),1),MIN(COUNTIF($E305,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E305,\"*Coal\")+COUNTIF($E305,\"*Biomass*\"),1),MIN(COUNTIF($E305,\"*Liquid*\"),1),MIN(COUNTIF($E305,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E305,\"*Coal\")+COUNTIF($E305,\"*Biomass*\"),1),MIN(COUNTIF($E305,\"*Liquid*\"),1),MIN(COUNTIF($E305,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E305,\"*Coal\")+COUNTIF($E305,\"*Biomass*\"),1),MIN(COUNTIF($E305,\"*Liquid*\"),1),MIN(COUNTIF($E305,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E305,\"*Coal\")+COUNTIF($E305,\"*Biomass*\"),1),MIN(COUNTIF($E305,\"*Liquid*\"),1),MIN(COUNTIF($E305,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E305,\"*Coal\")+COUNTIF($E305,\"*Biomass*\"),1),MIN(COUNTIF($E305,\"*Liquid*\"),1),MIN(COUNTIF($E305,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E305,\"*Coal\")+COUNTIF($E305,\"*Biomass*\"),1),MIN(COUNTIF($E305,\"*Liquid*\"),1),MIN(COUNTIF($E305,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E305,\"*Coal\")+COUNTIF($E305,\"*Biomass*\"),1),MIN(COUNTIF($E305,\"*Liquid*\"),1),MIN(COUNTIF($E305,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E305,\"*Coal\")+COUNTIF($E305,\"*Biomass*\"),1),MIN(COUNTIF($E305,\"*Liquid*\"),1),MIN(COUNTIF($E305,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G305)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C300","v":"DDSF1"},{"$f":"'Summary Mapping'!$J300","v":"Existing"},{"$f":"'Summary Mapping'!$F300","v":"QLD"},{"$f":"'Summary Mapping'!$M300","v":"Solar"},{"$f":"IF('Summary Mapping'!$H300=\"N/A\",'Summary Mapping'!$G300,'Summary Mapping'!$H300)","v":"Darling Downs"},{"$f":"'Summary Mapping'!$N300","v":"Solar"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E306,\"*Coal\")+COUNTIF($E306,\"*Biomass*\"),1),MIN(COUNTIF($E306,\"*Liquid*\"),1),MIN(COUNTIF($E306,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E306,\"*Coal\")+COUNTIF($E306,\"*Biomass*\"),1),MIN(COUNTIF($E306,\"*Liquid*\"),1),MIN(COUNTIF($E306,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E306,\"*Coal\")+COUNTIF($E306,\"*Biomass*\"),1),MIN(COUNTIF($E306,\"*Liquid*\"),1),MIN(COUNTIF($E306,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E306,\"*Coal\")+COUNTIF($E306,\"*Biomass*\"),1),MIN(COUNTIF($E306,\"*Liquid*\"),1),MIN(COUNTIF($E306,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E306,\"*Coal\")+COUNTIF($E306,\"*Biomass*\"),1),MIN(COUNTIF($E306,\"*Liquid*\"),1),MIN(COUNTIF($E306,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E306,\"*Coal\")+COUNTIF($E306,\"*Biomass*\"),1),MIN(COUNTIF($E306,\"*Liquid*\"),1),MIN(COUNTIF($E306,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E306,\"*Coal\")+COUNTIF($E306,\"*Biomass*\"),1),MIN(COUNTIF($E306,\"*Liquid*\"),1),MIN(COUNTIF($E306,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E306,\"*Coal\")+COUNTIF($E306,\"*Biomass*\"),1),MIN(COUNTIF($E306,\"*Liquid*\"),1),MIN(COUNTIF($E306,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E306,\"*Coal\")+COUNTIF($E306,\"*Biomass*\"),1),MIN(COUNTIF($E306,\"*Liquid*\"),1),MIN(COUNTIF($E306,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E306,\"*Coal\")+COUNTIF($E306,\"*Biomass*\"),1),MIN(COUNTIF($E306,\"*Liquid*\"),1),MIN(COUNTIF($E306,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E306,\"*Coal\")+COUNTIF($E306,\"*Biomass*\"),1),MIN(COUNTIF($E306,\"*Liquid*\"),1),MIN(COUNTIF($E306,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E306,\"*Coal\")+COUNTIF($E306,\"*Biomass*\"),1),MIN(COUNTIF($E306,\"*Liquid*\"),1),MIN(COUNTIF($E306,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E306,\"*Coal\")+COUNTIF($E306,\"*Biomass*\"),1),MIN(COUNTIF($E306,\"*Liquid*\"),1),MIN(COUNTIF($E306,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E306,\"*Coal\")+COUNTIF($E306,\"*Biomass*\"),1),MIN(COUNTIF($E306,\"*Liquid*\"),1),MIN(COUNTIF($E306,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E306,\"*Coal\")+COUNTIF($E306,\"*Biomass*\"),1),MIN(COUNTIF($E306,\"*Liquid*\"),1),MIN(COUNTIF($E306,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E306,\"*Coal\")+COUNTIF($E306,\"*Biomass*\"),1),MIN(COUNTIF($E306,\"*Liquid*\"),1),MIN(COUNTIF($E306,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E306,\"*Coal\")+COUNTIF($E306,\"*Biomass*\"),1),MIN(COUNTIF($E306,\"*Liquid*\"),1),MIN(COUNTIF($E306,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E306,\"*Coal\")+COUNTIF($E306,\"*Biomass*\"),1),MIN(COUNTIF($E306,\"*Liquid*\"),1),MIN(COUNTIF($E306,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E306,\"*Coal\")+COUNTIF($E306,\"*Biomass*\"),1),MIN(COUNTIF($E306,\"*Liquid*\"),1),MIN(COUNTIF($E306,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E306,\"*Coal\")+COUNTIF($E306,\"*Biomass*\"),1),MIN(COUNTIF($E306,\"*Liquid*\"),1),MIN(COUNTIF($E306,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E306,\"*Coal\")+COUNTIF($E306,\"*Biomass*\"),1),MIN(COUNTIF($E306,\"*Liquid*\"),1),MIN(COUNTIF($E306,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G306)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C309","v":"GULLRSF1"},{"$f":"'Summary Mapping'!$J309","v":"Existing"},{"$f":"'Summary Mapping'!$F309","v":"NSW"},{"$f":"'Summary Mapping'!$M309","v":"Solar"},{"$f":"IF('Summary Mapping'!$H309=\"N/A\",'Summary Mapping'!$G309,'Summary Mapping'!$H309)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N309","v":"Solar"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E315,\"*Coal\")+COUNTIF($E315,\"*Biomass*\"),1),MIN(COUNTIF($E315,\"*Liquid*\"),1),MIN(COUNTIF($E315,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E315,\"*Coal\")+COUNTIF($E315,\"*Biomass*\"),1),MIN(COUNTIF($E315,\"*Liquid*\"),1),MIN(COUNTIF($E315,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E315,\"*Coal\")+COUNTIF($E315,\"*Biomass*\"),1),MIN(COUNTIF($E315,\"*Liquid*\"),1),MIN(COUNTIF($E315,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E315,\"*Coal\")+COUNTIF($E315,\"*Biomass*\"),1),MIN(COUNTIF($E315,\"*Liquid*\"),1),MIN(COUNTIF($E315,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E315,\"*Coal\")+COUNTIF($E315,\"*Biomass*\"),1),MIN(COUNTIF($E315,\"*Liquid*\"),1),MIN(COUNTIF($E315,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E315,\"*Coal\")+COUNTIF($E315,\"*Biomass*\"),1),MIN(COUNTIF($E315,\"*Liquid*\"),1),MIN(COUNTIF($E315,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E315,\"*Coal\")+COUNTIF($E315,\"*Biomass*\"),1),MIN(COUNTIF($E315,\"*Liquid*\"),1),MIN(COUNTIF($E315,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E315,\"*Coal\")+COUNTIF($E315,\"*Biomass*\"),1),MIN(COUNTIF($E315,\"*Liquid*\"),1),MIN(COUNTIF($E315,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E315,\"*Coal\")+COUNTIF($E315,\"*Biomass*\"),1),MIN(COUNTIF($E315,\"*Liquid*\"),1),MIN(COUNTIF($E315,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E315,\"*Coal\")+COUNTIF($E315,\"*Biomass*\"),1),MIN(COUNTIF($E315,\"*Liquid*\"),1),MIN(COUNTIF($E315,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E315,\"*Coal\")+COUNTIF($E315,\"*Biomass*\"),1),MIN(COUNTIF($E315,\"*Liquid*\"),1),MIN(COUNTIF($E315,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E315,\"*Coal\")+COUNTIF($E315,\"*Biomass*\"),1),MIN(COUNTIF($E315,\"*Liquid*\"),1),MIN(COUNTIF($E315,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E315,\"*Coal\")+COUNTIF($E315,\"*Biomass*\"),1),MIN(COUNTIF($E315,\"*Liquid*\"),1),MIN(COUNTIF($E315,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E315,\"*Coal\")+COUNTIF($E315,\"*Biomass*\"),1),MIN(COUNTIF($E315,\"*Liquid*\"),1),MIN(COUNTIF($E315,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E315,\"*Coal\")+COUNTIF($E315,\"*Biomass*\"),1),MIN(COUNTIF($E315,\"*Liquid*\"),1),MIN(COUNTIF($E315,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E315,\"*Coal\")+COUNTIF($E315,\"*Biomass*\"),1),MIN(COUNTIF($E315,\"*Liquid*\"),1),MIN(COUNTIF($E315,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E315,\"*Coal\")+COUNTIF($E315,\"*Biomass*\"),1),MIN(COUNTIF($E315,\"*Liquid*\"),1),MIN(COUNTIF($E315,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E315,\"*Coal\")+COUNTIF($E315,\"*Biomass*\"),1),MIN(COUNTIF($E315,\"*Liquid*\"),1),MIN(COUNTIF($E315,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E315,\"*Coal\")+COUNTIF($E315,\"*Biomass*\"),1),MIN(COUNTIF($E315,\"*Liquid*\"),1),MIN(COUNTIF($E315,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315)*SUMIFS('GPG emissions reduction - 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BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E315,\"*Coal\")+COUNTIF($E315,\"*Biomass*\"),1),MIN(COUNTIF($E315,\"*Liquid*\"),1),MIN(COUNTIF($E315,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E315,\"*Coal\")+COUNTIF($E315,\"*Biomass*\"),1),MIN(COUNTIF($E315,\"*Liquid*\"),1),MIN(COUNTIF($E315,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E315,\"*Coal\")+COUNTIF($E315,\"*Biomass*\"),1),MIN(COUNTIF($E315,\"*Liquid*\"),1),MIN(COUNTIF($E315,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E315,\"*Coal\")+COUNTIF($E315,\"*Biomass*\"),1),MIN(COUNTIF($E315,\"*Liquid*\"),1),MIN(COUNTIF($E315,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G315)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C318","v":"JUNEESF1"},{"$f":"'Summary Mapping'!$J318","v":"Existing"},{"$f":"'Summary Mapping'!$F318","v":"NSW"},{"$f":"'Summary Mapping'!$M318","v":"Solar"},{"$f":"IF('Summary Mapping'!$H318=\"N/A\",'Summary Mapping'!$G318,'Summary Mapping'!$H318)","v":"Wagga Wagga"},{"$f":"'Summary Mapping'!$N318","v":"Solar"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E324,\"*Coal\")+COUNTIF($E324,\"*Biomass*\"),1),MIN(COUNTIF($E324,\"*Liquid*\"),1),MIN(COUNTIF($E324,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E324,\"*Coal\")+COUNTIF($E324,\"*Biomass*\"),1),MIN(COUNTIF($E324,\"*Liquid*\"),1),MIN(COUNTIF($E324,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E324,\"*Coal\")+COUNTIF($E324,\"*Biomass*\"),1),MIN(COUNTIF($E324,\"*Liquid*\"),1),MIN(COUNTIF($E324,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E324,\"*Coal\")+COUNTIF($E324,\"*Biomass*\"),1),MIN(COUNTIF($E324,\"*Liquid*\"),1),MIN(COUNTIF($E324,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E324,\"*Coal\")+COUNTIF($E324,\"*Biomass*\"),1),MIN(COUNTIF($E324,\"*Liquid*\"),1),MIN(COUNTIF($E324,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E324,\"*Coal\")+COUNTIF($E324,\"*Biomass*\"),1),MIN(COUNTIF($E324,\"*Liquid*\"),1),MIN(COUNTIF($E324,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E324,\"*Coal\")+COUNTIF($E324,\"*Biomass*\"),1),MIN(COUNTIF($E324,\"*Liquid*\"),1),MIN(COUNTIF($E324,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E324,\"*Coal\")+COUNTIF($E324,\"*Biomass*\"),1),MIN(COUNTIF($E324,\"*Liquid*\"),1),MIN(COUNTIF($E324,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E324,\"*Coal\")+COUNTIF($E324,\"*Biomass*\"),1),MIN(COUNTIF($E324,\"*Liquid*\"),1),MIN(COUNTIF($E324,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E324,\"*Coal\")+COUNTIF($E324,\"*Biomass*\"),1),MIN(COUNTIF($E324,\"*Liquid*\"),1),MIN(COUNTIF($E324,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E324,\"*Coal\")+COUNTIF($E324,\"*Biomass*\"),1),MIN(COUNTIF($E324,\"*Liquid*\"),1),MIN(COUNTIF($E324,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E324,\"*Coal\")+COUNTIF($E324,\"*Biomass*\"),1),MIN(COUNTIF($E324,\"*Liquid*\"),1),MIN(COUNTIF($E324,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E324,\"*Coal\")+COUNTIF($E324,\"*Biomass*\"),1),MIN(COUNTIF($E324,\"*Liquid*\"),1),MIN(COUNTIF($E324,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E324,\"*Coal\")+COUNTIF($E324,\"*Biomass*\"),1),MIN(COUNTIF($E324,\"*Liquid*\"),1),MIN(COUNTIF($E324,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E324,\"*Coal\")+COUNTIF($E324,\"*Biomass*\"),1),MIN(COUNTIF($E324,\"*Liquid*\"),1),MIN(COUNTIF($E324,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E324,\"*Coal\")+COUNTIF($E324,\"*Biomass*\"),1),MIN(COUNTIF($E324,\"*Liquid*\"),1),MIN(COUNTIF($E324,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E324,\"*Coal\")+COUNTIF($E324,\"*Biomass*\"),1),MIN(COUNTIF($E324,\"*Liquid*\"),1),MIN(COUNTIF($E324,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E324,\"*Coal\")+COUNTIF($E324,\"*Biomass*\"),1),MIN(COUNTIF($E324,\"*Liquid*\"),1),MIN(COUNTIF($E324,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E324,\"*Coal\")+COUNTIF($E324,\"*Biomass*\"),1),MIN(COUNTIF($E324,\"*Liquid*\"),1),MIN(COUNTIF($E324,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E324,\"*Coal\")+COUNTIF($E324,\"*Biomass*\"),1),MIN(COUNTIF($E324,\"*Liquid*\"),1),MIN(COUNTIF($E324,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E324,\"*Coal\")+COUNTIF($E324,\"*Biomass*\"),1),MIN(COUNTIF($E324,\"*Liquid*\"),1),MIN(COUNTIF($E324,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E324,\"*Coal\")+COUNTIF($E324,\"*Biomass*\"),1),MIN(COUNTIF($E324,\"*Liquid*\"),1),MIN(COUNTIF($E324,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E324,\"*Coal\")+COUNTIF($E324,\"*Biomass*\"),1),MIN(COUNTIF($E324,\"*Liquid*\"),1),MIN(COUNTIF($E324,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E324,\"*Coal\")+COUNTIF($E324,\"*Biomass*\"),1),MIN(COUNTIF($E324,\"*Liquid*\"),1),MIN(COUNTIF($E324,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E324,\"*Coal\")+COUNTIF($E324,\"*Biomass*\"),1),MIN(COUNTIF($E324,\"*Liquid*\"),1),MIN(COUNTIF($E324,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E324,\"*Coal\")+COUNTIF($E324,\"*Biomass*\"),1),MIN(COUNTIF($E324,\"*Liquid*\"),1),MIN(COUNTIF($E324,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G324)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C327","v":"MAPS2PV1"},{"$f":"'Summary Mapping'!$J327","v":"Existing"},{"$f":"'Summary Mapping'!$F327","v":"SA"},{"$f":"'Summary Mapping'!$M327","v":"Solar"},{"$f":"IF('Summary Mapping'!$H327=\"N/A\",'Summary Mapping'!$G327,'Summary Mapping'!$H327)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N327","v":"Solar"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E333,\"*Coal\")+COUNTIF($E333,\"*Biomass*\"),1),MIN(COUNTIF($E333,\"*Liquid*\"),1),MIN(COUNTIF($E333,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E333,\"*Coal\")+COUNTIF($E333,\"*Biomass*\"),1),MIN(COUNTIF($E333,\"*Liquid*\"),1),MIN(COUNTIF($E333,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E333,\"*Coal\")+COUNTIF($E333,\"*Biomass*\"),1),MIN(COUNTIF($E333,\"*Liquid*\"),1),MIN(COUNTIF($E333,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E333,\"*Coal\")+COUNTIF($E333,\"*Biomass*\"),1),MIN(COUNTIF($E333,\"*Liquid*\"),1),MIN(COUNTIF($E333,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E333,\"*Coal\")+COUNTIF($E333,\"*Biomass*\"),1),MIN(COUNTIF($E333,\"*Liquid*\"),1),MIN(COUNTIF($E333,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E333,\"*Coal\")+COUNTIF($E333,\"*Biomass*\"),1),MIN(COUNTIF($E333,\"*Liquid*\"),1),MIN(COUNTIF($E333,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E333,\"*Coal\")+COUNTIF($E333,\"*Biomass*\"),1),MIN(COUNTIF($E333,\"*Liquid*\"),1),MIN(COUNTIF($E333,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E333,\"*Coal\")+COUNTIF($E333,\"*Biomass*\"),1),MIN(COUNTIF($E333,\"*Liquid*\"),1),MIN(COUNTIF($E333,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E333,\"*Coal\")+COUNTIF($E333,\"*Biomass*\"),1),MIN(COUNTIF($E333,\"*Liquid*\"),1),MIN(COUNTIF($E333,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E333,\"*Coal\")+COUNTIF($E333,\"*Biomass*\"),1),MIN(COUNTIF($E333,\"*Liquid*\"),1),MIN(COUNTIF($E333,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E333,\"*Coal\")+COUNTIF($E333,\"*Biomass*\"),1),MIN(COUNTIF($E333,\"*Liquid*\"),1),MIN(COUNTIF($E333,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E333,\"*Coal\")+COUNTIF($E333,\"*Biomass*\"),1),MIN(COUNTIF($E333,\"*Liquid*\"),1),MIN(COUNTIF($E333,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E333,\"*Coal\")+COUNTIF($E333,\"*Biomass*\"),1),MIN(COUNTIF($E333,\"*Liquid*\"),1),MIN(COUNTIF($E333,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E333,\"*Coal\")+COUNTIF($E333,\"*Biomass*\"),1),MIN(COUNTIF($E333,\"*Liquid*\"),1),MIN(COUNTIF($E333,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E333,\"*Coal\")+COUNTIF($E333,\"*Biomass*\"),1),MIN(COUNTIF($E333,\"*Liquid*\"),1),MIN(COUNTIF($E333,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E333,\"*Coal\")+COUNTIF($E333,\"*Biomass*\"),1),MIN(COUNTIF($E333,\"*Liquid*\"),1),MIN(COUNTIF($E333,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E333,\"*Coal\")+COUNTIF($E333,\"*Biomass*\"),1),MIN(COUNTIF($E333,\"*Liquid*\"),1),MIN(COUNTIF($E333,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E333,\"*Coal\")+COUNTIF($E333,\"*Biomass*\"),1),MIN(COUNTIF($E333,\"*Liquid*\"),1),MIN(COUNTIF($E333,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E333,\"*Coal\")+COUNTIF($E333,\"*Biomass*\"),1),MIN(COUNTIF($E333,\"*Liquid*\"),1),MIN(COUNTIF($E333,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333)*SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E333,\"*Coal\")+COUNTIF($E333,\"*Biomass*\"),1),MIN(COUNTIF($E333,\"*Liquid*\"),1),MIN(COUNTIF($E333,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E333,\"*Coal\")+COUNTIF($E333,\"*Biomass*\"),1),MIN(COUNTIF($E333,\"*Liquid*\"),1),MIN(COUNTIF($E333,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G333)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C337","v":"MOUSF1"},{"$f":"'Summary Mapping'!$J337","v":"Existing"},{"$f":"'Summary Mapping'!$F337","v":"QLD"},{"$f":"'Summary Mapping'!$M337","v":"Solar"},{"$f":"IF('Summary Mapping'!$H337=\"N/A\",'Summary Mapping'!$G337,'Summary Mapping'!$H337)","v":"Fitzroy"},{"$f":"'Summary Mapping'!$N337","v":"Solar"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E343,\"*Coal\")+COUNTIF($E343,\"*Biomass*\"),1),MIN(COUNTIF($E343,\"*Liquid*\"),1),MIN(COUNTIF($E343,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E343,\"*Coal\")+COUNTIF($E343,\"*Biomass*\"),1),MIN(COUNTIF($E343,\"*Liquid*\"),1),MIN(COUNTIF($E343,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E343,\"*Coal\")+COUNTIF($E343,\"*Biomass*\"),1),MIN(COUNTIF($E343,\"*Liquid*\"),1),MIN(COUNTIF($E343,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E343,\"*Coal\")+COUNTIF($E343,\"*Biomass*\"),1),MIN(COUNTIF($E343,\"*Liquid*\"),1),MIN(COUNTIF($E343,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E343,\"*Coal\")+COUNTIF($E343,\"*Biomass*\"),1),MIN(COUNTIF($E343,\"*Liquid*\"),1),MIN(COUNTIF($E343,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E343,\"*Coal\")+COUNTIF($E343,\"*Biomass*\"),1),MIN(COUNTIF($E343,\"*Liquid*\"),1),MIN(COUNTIF($E343,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E343,\"*Coal\")+COUNTIF($E343,\"*Biomass*\"),1),MIN(COUNTIF($E343,\"*Liquid*\"),1),MIN(COUNTIF($E343,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E343,\"*Coal\")+COUNTIF($E343,\"*Biomass*\"),1),MIN(COUNTIF($E343,\"*Liquid*\"),1),MIN(COUNTIF($E343,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E343,\"*Coal\")+COUNTIF($E343,\"*Biomass*\"),1),MIN(COUNTIF($E343,\"*Liquid*\"),1),MIN(COUNTIF($E343,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E343,\"*Coal\")+COUNTIF($E343,\"*Biomass*\"),1),MIN(COUNTIF($E343,\"*Liquid*\"),1),MIN(COUNTIF($E343,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E343,\"*Coal\")+COUNTIF($E343,\"*Biomass*\"),1),MIN(COUNTIF($E343,\"*Liquid*\"),1),MIN(COUNTIF($E343,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E343,\"*Coal\")+COUNTIF($E343,\"*Biomass*\"),1),MIN(COUNTIF($E343,\"*Liquid*\"),1),MIN(COUNTIF($E343,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E343,\"*Coal\")+COUNTIF($E343,\"*Biomass*\"),1),MIN(COUNTIF($E343,\"*Liquid*\"),1),MIN(COUNTIF($E343,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E343,\"*Coal\")+COUNTIF($E343,\"*Biomass*\"),1),MIN(COUNTIF($E343,\"*Liquid*\"),1),MIN(COUNTIF($E343,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E343,\"*Coal\")+COUNTIF($E343,\"*Biomass*\"),1),MIN(COUNTIF($E343,\"*Liquid*\"),1),MIN(COUNTIF($E343,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E343,\"*Coal\")+COUNTIF($E343,\"*Biomass*\"),1),MIN(COUNTIF($E343,\"*Liquid*\"),1),MIN(COUNTIF($E343,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E343,\"*Coal\")+COUNTIF($E343,\"*Biomass*\"),1),MIN(COUNTIF($E343,\"*Liquid*\"),1),MIN(COUNTIF($E343,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E343,\"*Coal\")+COUNTIF($E343,\"*Biomass*\"),1),MIN(COUNTIF($E343,\"*Liquid*\"),1),MIN(COUNTIF($E343,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E343,\"*Coal\")+COUNTIF($E343,\"*Biomass*\"),1),MIN(COUNTIF($E343,\"*Liquid*\"),1),MIN(COUNTIF($E343,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E343,\"*Coal\")+COUNTIF($E343,\"*Biomass*\"),1),MIN(COUNTIF($E343,\"*Liquid*\"),1),MIN(COUNTIF($E343,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E343,\"*Coal\")+COUNTIF($E343,\"*Biomass*\"),1),MIN(COUNTIF($E343,\"*Liquid*\"),1),MIN(COUNTIF($E343,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G343)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C344","v":"OAKEY1SF"},{"$f":"'Summary Mapping'!$J344","v":"Existing"},{"$f":"'Summary Mapping'!$F344","v":"QLD"},{"$f":"'Summary Mapping'!$M344","v":"Solar"},{"$f":"IF('Summary Mapping'!$H344=\"N/A\",'Summary Mapping'!$G344,'Summary Mapping'!$H344)","v":"Southern Downs"},{"$f":"'Summary Mapping'!$N344","v":"Solar"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E350,\"*Coal\")+COUNTIF($E350,\"*Biomass*\"),1),MIN(COUNTIF($E350,\"*Liquid*\"),1),MIN(COUNTIF($E350,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E350,\"*Coal\")+COUNTIF($E350,\"*Biomass*\"),1),MIN(COUNTIF($E350,\"*Liquid*\"),1),MIN(COUNTIF($E350,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E350,\"*Coal\")+COUNTIF($E350,\"*Biomass*\"),1),MIN(COUNTIF($E350,\"*Liquid*\"),1),MIN(COUNTIF($E350,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E350,\"*Coal\")+COUNTIF($E350,\"*Biomass*\"),1),MIN(COUNTIF($E350,\"*Liquid*\"),1),MIN(COUNTIF($E350,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E350,\"*Coal\")+COUNTIF($E350,\"*Biomass*\"),1),MIN(COUNTIF($E350,\"*Liquid*\"),1),MIN(COUNTIF($E350,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E350,\"*Coal\")+COUNTIF($E350,\"*Biomass*\"),1),MIN(COUNTIF($E350,\"*Liquid*\"),1),MIN(COUNTIF($E350,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E350,\"*Coal\")+COUNTIF($E350,\"*Biomass*\"),1),MIN(COUNTIF($E350,\"*Liquid*\"),1),MIN(COUNTIF($E350,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E350,\"*Coal\")+COUNTIF($E350,\"*Biomass*\"),1),MIN(COUNTIF($E350,\"*Liquid*\"),1),MIN(COUNTIF($E350,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E350,\"*Coal\")+COUNTIF($E350,\"*Biomass*\"),1),MIN(COUNTIF($E350,\"*Liquid*\"),1),MIN(COUNTIF($E350,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E350,\"*Coal\")+COUNTIF($E350,\"*Biomass*\"),1),MIN(COUNTIF($E350,\"*Liquid*\"),1),MIN(COUNTIF($E350,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E350,\"*Coal\")+COUNTIF($E350,\"*Biomass*\"),1),MIN(COUNTIF($E350,\"*Liquid*\"),1),MIN(COUNTIF($E350,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E350,\"*Coal\")+COUNTIF($E350,\"*Biomass*\"),1),MIN(COUNTIF($E350,\"*Liquid*\"),1),MIN(COUNTIF($E350,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E350,\"*Coal\")+COUNTIF($E350,\"*Biomass*\"),1),MIN(COUNTIF($E350,\"*Liquid*\"),1),MIN(COUNTIF($E350,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E350,\"*Coal\")+COUNTIF($E350,\"*Biomass*\"),1),MIN(COUNTIF($E350,\"*Liquid*\"),1),MIN(COUNTIF($E350,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E350,\"*Coal\")+COUNTIF($E350,\"*Biomass*\"),1),MIN(COUNTIF($E350,\"*Liquid*\"),1),MIN(COUNTIF($E350,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E350,\"*Coal\")+COUNTIF($E350,\"*Biomass*\"),1),MIN(COUNTIF($E350,\"*Liquid*\"),1),MIN(COUNTIF($E350,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E350,\"*Coal\")+COUNTIF($E350,\"*Biomass*\"),1),MIN(COUNTIF($E350,\"*Liquid*\"),1),MIN(COUNTIF($E350,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E350,\"*Coal\")+COUNTIF($E350,\"*Biomass*\"),1),MIN(COUNTIF($E350,\"*Liquid*\"),1),MIN(COUNTIF($E350,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E350,\"*Coal\")+COUNTIF($E350,\"*Biomass*\"),1),MIN(COUNTIF($E350,\"*Liquid*\"),1),MIN(COUNTIF($E350,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G350)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C353","v":"SRSF1"},{"$f":"'Summary Mapping'!$J353","v":"Existing"},{"$f":"'Summary Mapping'!$F353","v":"QLD"},{"$f":"'Summary Mapping'!$M353","v":"Solar"},{"$f":"IF('Summary Mapping'!$H353=\"N/A\",'Summary Mapping'!$G353,'Summary Mapping'!$H353)","v":"Wide Bay"},{"$f":"'Summary Mapping'!$N353","v":"Solar"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E359,\"*Coal\")+COUNTIF($E359,\"*Biomass*\"),1),MIN(COUNTIF($E359,\"*Liquid*\"),1),MIN(COUNTIF($E359,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E359,\"*Coal\")+COUNTIF($E359,\"*Biomass*\"),1),MIN(COUNTIF($E359,\"*Liquid*\"),1),MIN(COUNTIF($E359,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E359,\"*Coal\")+COUNTIF($E359,\"*Biomass*\"),1),MIN(COUNTIF($E359,\"*Liquid*\"),1),MIN(COUNTIF($E359,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E359,\"*Coal\")+COUNTIF($E359,\"*Biomass*\"),1),MIN(COUNTIF($E359,\"*Liquid*\"),1),MIN(COUNTIF($E359,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E359,\"*Coal\")+COUNTIF($E359,\"*Biomass*\"),1),MIN(COUNTIF($E359,\"*Liquid*\"),1),MIN(COUNTIF($E359,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E359,\"*Coal\")+COUNTIF($E359,\"*Biomass*\"),1),MIN(COUNTIF($E359,\"*Liquid*\"),1),MIN(COUNTIF($E359,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E359,\"*Coal\")+COUNTIF($E359,\"*Biomass*\"),1),MIN(COUNTIF($E359,\"*Liquid*\"),1),MIN(COUNTIF($E359,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E359,\"*Coal\")+COUNTIF($E359,\"*Biomass*\"),1),MIN(COUNTIF($E359,\"*Liquid*\"),1),MIN(COUNTIF($E359,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E359,\"*Coal\")+COUNTIF($E359,\"*Biomass*\"),1),MIN(COUNTIF($E359,\"*Liquid*\"),1),MIN(COUNTIF($E359,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E359,\"*Coal\")+COUNTIF($E359,\"*Biomass*\"),1),MIN(COUNTIF($E359,\"*Liquid*\"),1),MIN(COUNTIF($E359,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E359,\"*Coal\")+COUNTIF($E359,\"*Biomass*\"),1),MIN(COUNTIF($E359,\"*Liquid*\"),1),MIN(COUNTIF($E359,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E359,\"*Coal\")+COUNTIF($E359,\"*Biomass*\"),1),MIN(COUNTIF($E359,\"*Liquid*\"),1),MIN(COUNTIF($E359,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E359,\"*Coal\")+COUNTIF($E359,\"*Biomass*\"),1),MIN(COUNTIF($E359,\"*Liquid*\"),1),MIN(COUNTIF($E359,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E359,\"*Coal\")+COUNTIF($E359,\"*Biomass*\"),1),MIN(COUNTIF($E359,\"*Liquid*\"),1),MIN(COUNTIF($E359,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E359,\"*Coal\")+COUNTIF($E359,\"*Biomass*\"),1),MIN(COUNTIF($E359,\"*Liquid*\"),1),MIN(COUNTIF($E359,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E359,\"*Coal\")+COUNTIF($E359,\"*Biomass*\"),1),MIN(COUNTIF($E359,\"*Liquid*\"),1),MIN(COUNTIF($E359,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E359,\"*Coal\")+COUNTIF($E359,\"*Biomass*\"),1),MIN(COUNTIF($E359,\"*Liquid*\"),1),MIN(COUNTIF($E359,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E359,\"*Coal\")+COUNTIF($E359,\"*Biomass*\"),1),MIN(COUNTIF($E359,\"*Liquid*\"),1),MIN(COUNTIF($E359,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E359,\"*Coal\")+COUNTIF($E359,\"*Biomass*\"),1),MIN(COUNTIF($E359,\"*Liquid*\"),1),MIN(COUNTIF($E359,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E359,\"*Coal\")+COUNTIF($E359,\"*Biomass*\"),1),MIN(COUNTIF($E359,\"*Liquid*\"),1),MIN(COUNTIF($E359,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E359,\"*Coal\")+COUNTIF($E359,\"*Biomass*\"),1),MIN(COUNTIF($E359,\"*Liquid*\"),1),MIN(COUNTIF($E359,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E359,\"*Coal\")+COUNTIF($E359,\"*Biomass*\"),1),MIN(COUNTIF($E359,\"*Liquid*\"),1),MIN(COUNTIF($E359,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E359,\"*Coal\")+COUNTIF($E359,\"*Biomass*\"),1),MIN(COUNTIF($E359,\"*Liquid*\"),1),MIN(COUNTIF($E359,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G359)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C362","v":"WHITSF1"},{"$f":"'Summary Mapping'!$J362","v":"Existing"},{"$f":"'Summary Mapping'!$F362","v":"QLD"},{"$f":"'Summary Mapping'!$M362","v":"Solar"},{"$f":"IF('Summary Mapping'!$H362=\"N/A\",'Summary Mapping'!$G362,'Summary Mapping'!$H362)","v":"Collinsville"},{"$f":"'Summary Mapping'!$N362","v":"Solar"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E368,\"*Coal\")+COUNTIF($E368,\"*Biomass*\"),1),MIN(COUNTIF($E368,\"*Liquid*\"),1),MIN(COUNTIF($E368,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E368,\"*Coal\")+COUNTIF($E368,\"*Biomass*\"),1),MIN(COUNTIF($E368,\"*Liquid*\"),1),MIN(COUNTIF($E368,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E368,\"*Coal\")+COUNTIF($E368,\"*Biomass*\"),1),MIN(COUNTIF($E368,\"*Liquid*\"),1),MIN(COUNTIF($E368,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E368,\"*Coal\")+COUNTIF($E368,\"*Biomass*\"),1),MIN(COUNTIF($E368,\"*Liquid*\"),1),MIN(COUNTIF($E368,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E368,\"*Coal\")+COUNTIF($E368,\"*Biomass*\"),1),MIN(COUNTIF($E368,\"*Liquid*\"),1),MIN(COUNTIF($E368,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E368,\"*Coal\")+COUNTIF($E368,\"*Biomass*\"),1),MIN(COUNTIF($E368,\"*Liquid*\"),1),MIN(COUNTIF($E368,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E368,\"*Coal\")+COUNTIF($E368,\"*Biomass*\"),1),MIN(COUNTIF($E368,\"*Liquid*\"),1),MIN(COUNTIF($E368,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E368,\"*Coal\")+COUNTIF($E368,\"*Biomass*\"),1),MIN(COUNTIF($E368,\"*Liquid*\"),1),MIN(COUNTIF($E368,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E368,\"*Coal\")+COUNTIF($E368,\"*Biomass*\"),1),MIN(COUNTIF($E368,\"*Liquid*\"),1),MIN(COUNTIF($E368,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E368,\"*Coal\")+COUNTIF($E368,\"*Biomass*\"),1),MIN(COUNTIF($E368,\"*Liquid*\"),1),MIN(COUNTIF($E368,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E368,\"*Coal\")+COUNTIF($E368,\"*Biomass*\"),1),MIN(COUNTIF($E368,\"*Liquid*\"),1),MIN(COUNTIF($E368,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E368,\"*Coal\")+COUNTIF($E368,\"*Biomass*\"),1),MIN(COUNTIF($E368,\"*Liquid*\"),1),MIN(COUNTIF($E368,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E368,\"*Coal\")+COUNTIF($E368,\"*Biomass*\"),1),MIN(COUNTIF($E368,\"*Liquid*\"),1),MIN(COUNTIF($E368,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E368,\"*Coal\")+COUNTIF($E368,\"*Biomass*\"),1),MIN(COUNTIF($E368,\"*Liquid*\"),1),MIN(COUNTIF($E368,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E368,\"*Coal\")+COUNTIF($E368,\"*Biomass*\"),1),MIN(COUNTIF($E368,\"*Liquid*\"),1),MIN(COUNTIF($E368,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E368,\"*Coal\")+COUNTIF($E368,\"*Biomass*\"),1),MIN(COUNTIF($E368,\"*Liquid*\"),1),MIN(COUNTIF($E368,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E368,\"*Coal\")+COUNTIF($E368,\"*Biomass*\"),1),MIN(COUNTIF($E368,\"*Liquid*\"),1),MIN(COUNTIF($E368,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E368,\"*Coal\")+COUNTIF($E368,\"*Biomass*\"),1),MIN(COUNTIF($E368,\"*Liquid*\"),1),MIN(COUNTIF($E368,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E368,\"*Coal\")+COUNTIF($E368,\"*Biomass*\"),1),MIN(COUNTIF($E368,\"*Liquid*\"),1),MIN(COUNTIF($E368,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E368,\"*Coal\")+COUNTIF($E368,\"*Biomass*\"),1),MIN(COUNTIF($E368,\"*Liquid*\"),1),MIN(COUNTIF($E368,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E368,\"*Coal\")+COUNTIF($E368,\"*Biomass*\"),1),MIN(COUNTIF($E368,\"*Liquid*\"),1),MIN(COUNTIF($E368,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E368,\"*Coal\")+COUNTIF($E368,\"*Biomass*\"),1),MIN(COUNTIF($E368,\"*Liquid*\"),1),MIN(COUNTIF($E368,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E368,\"*Coal\")+COUNTIF($E368,\"*Biomass*\"),1),MIN(COUNTIF($E368,\"*Liquid*\"),1),MIN(COUNTIF($E368,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E368,\"*Coal\")+COUNTIF($E368,\"*Biomass*\"),1),MIN(COUNTIF($E368,\"*Liquid*\"),1),MIN(COUNTIF($E368,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E368,\"*Coal\")+COUNTIF($E368,\"*Biomass*\"),1),MIN(COUNTIF($E368,\"*Liquid*\"),1),MIN(COUNTIF($E368,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E368,\"*Coal\")+COUNTIF($E368,\"*Biomass*\"),1),MIN(COUNTIF($E368,\"*Liquid*\"),1),MIN(COUNTIF($E368,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G368)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C363","v":"WINTSF1"},{"$f":"'Summary Mapping'!$J363","v":"Existing"},{"$f":"'Summary Mapping'!$F363","v":"VIC"},{"$f":"'Summary Mapping'!$M363","v":"Solar"},{"$f":"IF('Summary Mapping'!$H363=\"N/A\",'Summary Mapping'!$G363,'Summary Mapping'!$H363)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N363","v":"Solar"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E369,\"*Coal\")+COUNTIF($E369,\"*Biomass*\"),1),MIN(COUNTIF($E369,\"*Liquid*\"),1),MIN(COUNTIF($E369,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E369,\"*Coal\")+COUNTIF($E369,\"*Biomass*\"),1),MIN(COUNTIF($E369,\"*Liquid*\"),1),MIN(COUNTIF($E369,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E369,\"*Coal\")+COUNTIF($E369,\"*Biomass*\"),1),MIN(COUNTIF($E369,\"*Liquid*\"),1),MIN(COUNTIF($E369,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E369,\"*Coal\")+COUNTIF($E369,\"*Biomass*\"),1),MIN(COUNTIF($E369,\"*Liquid*\"),1),MIN(COUNTIF($E369,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E369,\"*Coal\")+COUNTIF($E369,\"*Biomass*\"),1),MIN(COUNTIF($E369,\"*Liquid*\"),1),MIN(COUNTIF($E369,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E369,\"*Coal\")+COUNTIF($E369,\"*Biomass*\"),1),MIN(COUNTIF($E369,\"*Liquid*\"),1),MIN(COUNTIF($E369,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E369,\"*Coal\")+COUNTIF($E369,\"*Biomass*\"),1),MIN(COUNTIF($E369,\"*Liquid*\"),1),MIN(COUNTIF($E369,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E369,\"*Coal\")+COUNTIF($E369,\"*Biomass*\"),1),MIN(COUNTIF($E369,\"*Liquid*\"),1),MIN(COUNTIF($E369,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E369,\"*Coal\")+COUNTIF($E369,\"*Biomass*\"),1),MIN(COUNTIF($E369,\"*Liquid*\"),1),MIN(COUNTIF($E369,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E369,\"*Coal\")+COUNTIF($E369,\"*Biomass*\"),1),MIN(COUNTIF($E369,\"*Liquid*\"),1),MIN(COUNTIF($E369,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E369,\"*Coal\")+COUNTIF($E369,\"*Biomass*\"),1),MIN(COUNTIF($E369,\"*Liquid*\"),1),MIN(COUNTIF($E369,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E369,\"*Coal\")+COUNTIF($E369,\"*Biomass*\"),1),MIN(COUNTIF($E369,\"*Liquid*\"),1),MIN(COUNTIF($E369,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E369,\"*Coal\")+COUNTIF($E369,\"*Biomass*\"),1),MIN(COUNTIF($E369,\"*Liquid*\"),1),MIN(COUNTIF($E369,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E369,\"*Coal\")+COUNTIF($E369,\"*Biomass*\"),1),MIN(COUNTIF($E369,\"*Liquid*\"),1),MIN(COUNTIF($E369,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E369,\"*Coal\")+COUNTIF($E369,\"*Biomass*\"),1),MIN(COUNTIF($E369,\"*Liquid*\"),1),MIN(COUNTIF($E369,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E369,\"*Coal\")+COUNTIF($E369,\"*Biomass*\"),1),MIN(COUNTIF($E369,\"*Liquid*\"),1),MIN(COUNTIF($E369,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E369,\"*Coal\")+COUNTIF($E369,\"*Biomass*\"),1),MIN(COUNTIF($E369,\"*Liquid*\"),1),MIN(COUNTIF($E369,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E369,\"*Coal\")+COUNTIF($E369,\"*Biomass*\"),1),MIN(COUNTIF($E369,\"*Liquid*\"),1),MIN(COUNTIF($E369,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E369,\"*Coal\")+COUNTIF($E369,\"*Biomass*\"),1),MIN(COUNTIF($E369,\"*Liquid*\"),1),MIN(COUNTIF($E369,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E369,\"*Coal\")+COUNTIF($E369,\"*Biomass*\"),1),MIN(COUNTIF($E369,\"*Liquid*\"),1),MIN(COUNTIF($E369,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E369,\"*Coal\")+COUNTIF($E369,\"*Biomass*\"),1),MIN(COUNTIF($E369,\"*Liquid*\"),1),MIN(COUNTIF($E369,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E369,\"*Coal\")+COUNTIF($E369,\"*Biomass*\"),1),MIN(COUNTIF($E369,\"*Liquid*\"),1),MIN(COUNTIF($E369,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E369,\"*Coal\")+COUNTIF($E369,\"*Biomass*\"),1),MIN(COUNTIF($E369,\"*Liquid*\"),1),MIN(COUNTIF($E369,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E369,\"*Coal\")+COUNTIF($E369,\"*Biomass*\"),1),MIN(COUNTIF($E369,\"*Liquid*\"),1),MIN(COUNTIF($E369,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E369,\"*Coal\")+COUNTIF($E369,\"*Biomass*\"),1),MIN(COUNTIF($E369,\"*Liquid*\"),1),MIN(COUNTIF($E369,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E369,\"*Coal\")+COUNTIF($E369,\"*Biomass*\"),1),MIN(COUNTIF($E369,\"*Liquid*\"),1),MIN(COUNTIF($E369,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G369)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C372","v":"BRYB2WF2"},{"$f":"'Summary Mapping'!$J372","v":"Existing"},{"$f":"'Summary Mapping'!$F372","v":"VIC"},{"$f":"'Summary Mapping'!$M372","v":"Wind"},{"$f":"IF('Summary Mapping'!$H372=\"N/A\",'Summary Mapping'!$G372,'Summary Mapping'!$H372)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N372","v":"Wind"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E378,\"*Coal\")+COUNTIF($E378,\"*Biomass*\"),1),MIN(COUNTIF($E378,\"*Liquid*\"),1),MIN(COUNTIF($E378,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E378,\"*Coal\")+COUNTIF($E378,\"*Biomass*\"),1),MIN(COUNTIF($E378,\"*Liquid*\"),1),MIN(COUNTIF($E378,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E378,\"*Coal\")+COUNTIF($E378,\"*Biomass*\"),1),MIN(COUNTIF($E378,\"*Liquid*\"),1),MIN(COUNTIF($E378,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E378,\"*Coal\")+COUNTIF($E378,\"*Biomass*\"),1),MIN(COUNTIF($E378,\"*Liquid*\"),1),MIN(COUNTIF($E378,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E378,\"*Coal\")+COUNTIF($E378,\"*Biomass*\"),1),MIN(COUNTIF($E378,\"*Liquid*\"),1),MIN(COUNTIF($E378,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E378,\"*Coal\")+COUNTIF($E378,\"*Biomass*\"),1),MIN(COUNTIF($E378,\"*Liquid*\"),1),MIN(COUNTIF($E378,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E378,\"*Coal\")+COUNTIF($E378,\"*Biomass*\"),1),MIN(COUNTIF($E378,\"*Liquid*\"),1),MIN(COUNTIF($E378,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E378,\"*Coal\")+COUNTIF($E378,\"*Biomass*\"),1),MIN(COUNTIF($E378,\"*Liquid*\"),1),MIN(COUNTIF($E378,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E378,\"*Coal\")+COUNTIF($E378,\"*Biomass*\"),1),MIN(COUNTIF($E378,\"*Liquid*\"),1),MIN(COUNTIF($E378,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E378,\"*Coal\")+COUNTIF($E378,\"*Biomass*\"),1),MIN(COUNTIF($E378,\"*Liquid*\"),1),MIN(COUNTIF($E378,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E378,\"*Coal\")+COUNTIF($E378,\"*Biomass*\"),1),MIN(COUNTIF($E378,\"*Liquid*\"),1),MIN(COUNTIF($E378,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E378,\"*Coal\")+COUNTIF($E378,\"*Biomass*\"),1),MIN(COUNTIF($E378,\"*Liquid*\"),1),MIN(COUNTIF($E378,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E378,\"*Coal\")+COUNTIF($E378,\"*Biomass*\"),1),MIN(COUNTIF($E378,\"*Liquid*\"),1),MIN(COUNTIF($E378,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E378,\"*Coal\")+COUNTIF($E378,\"*Biomass*\"),1),MIN(COUNTIF($E378,\"*Liquid*\"),1),MIN(COUNTIF($E378,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E378,\"*Coal\")+COUNTIF($E378,\"*Biomass*\"),1),MIN(COUNTIF($E378,\"*Liquid*\"),1),MIN(COUNTIF($E378,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E378,\"*Coal\")+COUNTIF($E378,\"*Biomass*\"),1),MIN(COUNTIF($E378,\"*Liquid*\"),1),MIN(COUNTIF($E378,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E378,\"*Coal\")+COUNTIF($E378,\"*Biomass*\"),1),MIN(COUNTIF($E378,\"*Liquid*\"),1),MIN(COUNTIF($E378,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E378,\"*Coal\")+COUNTIF($E378,\"*Biomass*\"),1),MIN(COUNTIF($E378,\"*Liquid*\"),1),MIN(COUNTIF($E378,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E378,\"*Coal\")+COUNTIF($E378,\"*Biomass*\"),1),MIN(COUNTIF($E378,\"*Liquid*\"),1),MIN(COUNTIF($E378,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E378,\"*Coal\")+COUNTIF($E378,\"*Biomass*\"),1),MIN(COUNTIF($E378,\"*Liquid*\"),1),MIN(COUNTIF($E378,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E378,\"*Coal\")+COUNTIF($E378,\"*Biomass*\"),1),MIN(COUNTIF($E378,\"*Liquid*\"),1),MIN(COUNTIF($E378,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E378,\"*Coal\")+COUNTIF($E378,\"*Biomass*\"),1),MIN(COUNTIF($E378,\"*Liquid*\"),1),MIN(COUNTIF($E378,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E378,\"*Coal\")+COUNTIF($E378,\"*Biomass*\"),1),MIN(COUNTIF($E378,\"*Liquid*\"),1),MIN(COUNTIF($E378,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E378,\"*Coal\")+COUNTIF($E378,\"*Biomass*\"),1),MIN(COUNTIF($E378,\"*Liquid*\"),1),MIN(COUNTIF($E378,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E378,\"*Coal\")+COUNTIF($E378,\"*Biomass*\"),1),MIN(COUNTIF($E378,\"*Liquid*\"),1),MIN(COUNTIF($E378,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E378,\"*Coal\")+COUNTIF($E378,\"*Biomass*\"),1),MIN(COUNTIF($E378,\"*Liquid*\"),1),MIN(COUNTIF($E378,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G378)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C381","v":"CHYTWF1"},{"$f":"'Summary Mapping'!$J381","v":"Existing"},{"$f":"'Summary Mapping'!$F381","v":"VIC"},{"$f":"'Summary Mapping'!$M381","v":"Wind"},{"$f":"IF('Summary Mapping'!$H381=\"N/A\",'Summary Mapping'!$G381,'Summary Mapping'!$H381)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N381","v":"Wind"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E387,\"*Coal\")+COUNTIF($E387,\"*Biomass*\"),1),MIN(COUNTIF($E387,\"*Liquid*\"),1),MIN(COUNTIF($E387,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E387,\"*Coal\")+COUNTIF($E387,\"*Biomass*\"),1),MIN(COUNTIF($E387,\"*Liquid*\"),1),MIN(COUNTIF($E387,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E387,\"*Coal\")+COUNTIF($E387,\"*Biomass*\"),1),MIN(COUNTIF($E387,\"*Liquid*\"),1),MIN(COUNTIF($E387,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E387,\"*Coal\")+COUNTIF($E387,\"*Biomass*\"),1),MIN(COUNTIF($E387,\"*Liquid*\"),1),MIN(COUNTIF($E387,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E387,\"*Coal\")+COUNTIF($E387,\"*Biomass*\"),1),MIN(COUNTIF($E387,\"*Liquid*\"),1),MIN(COUNTIF($E387,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E387,\"*Coal\")+COUNTIF($E387,\"*Biomass*\"),1),MIN(COUNTIF($E387,\"*Liquid*\"),1),MIN(COUNTIF($E387,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E387,\"*Coal\")+COUNTIF($E387,\"*Biomass*\"),1),MIN(COUNTIF($E387,\"*Liquid*\"),1),MIN(COUNTIF($E387,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E387,\"*Coal\")+COUNTIF($E387,\"*Biomass*\"),1),MIN(COUNTIF($E387,\"*Liquid*\"),1),MIN(COUNTIF($E387,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E387,\"*Coal\")+COUNTIF($E387,\"*Biomass*\"),1),MIN(COUNTIF($E387,\"*Liquid*\"),1),MIN(COUNTIF($E387,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E387,\"*Coal\")+COUNTIF($E387,\"*Biomass*\"),1),MIN(COUNTIF($E387,\"*Liquid*\"),1),MIN(COUNTIF($E387,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E387,\"*Coal\")+COUNTIF($E387,\"*Biomass*\"),1),MIN(COUNTIF($E387,\"*Liquid*\"),1),MIN(COUNTIF($E387,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E387,\"*Coal\")+COUNTIF($E387,\"*Biomass*\"),1),MIN(COUNTIF($E387,\"*Liquid*\"),1),MIN(COUNTIF($E387,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E387,\"*Coal\")+COUNTIF($E387,\"*Biomass*\"),1),MIN(COUNTIF($E387,\"*Liquid*\"),1),MIN(COUNTIF($E387,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E387,\"*Coal\")+COUNTIF($E387,\"*Biomass*\"),1),MIN(COUNTIF($E387,\"*Liquid*\"),1),MIN(COUNTIF($E387,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E387,\"*Coal\")+COUNTIF($E387,\"*Biomass*\"),1),MIN(COUNTIF($E387,\"*Liquid*\"),1),MIN(COUNTIF($E387,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E387,\"*Coal\")+COUNTIF($E387,\"*Biomass*\"),1),MIN(COUNTIF($E387,\"*Liquid*\"),1),MIN(COUNTIF($E387,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E387,\"*Coal\")+COUNTIF($E387,\"*Biomass*\"),1),MIN(COUNTIF($E387,\"*Liquid*\"),1),MIN(COUNTIF($E387,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E387,\"*Coal\")+COUNTIF($E387,\"*Biomass*\"),1),MIN(COUNTIF($E387,\"*Liquid*\"),1),MIN(COUNTIF($E387,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E387,\"*Coal\")+COUNTIF($E387,\"*Biomass*\"),1),MIN(COUNTIF($E387,\"*Liquid*\"),1),MIN(COUNTIF($E387,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387)*SUMIFS('GPG emissions reduction - 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BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E387,\"*Coal\")+COUNTIF($E387,\"*Biomass*\"),1),MIN(COUNTIF($E387,\"*Liquid*\"),1),MIN(COUNTIF($E387,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E387,\"*Coal\")+COUNTIF($E387,\"*Biomass*\"),1),MIN(COUNTIF($E387,\"*Liquid*\"),1),MIN(COUNTIF($E387,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E387,\"*Coal\")+COUNTIF($E387,\"*Biomass*\"),1),MIN(COUNTIF($E387,\"*Liquid*\"),1),MIN(COUNTIF($E387,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E387,\"*Coal\")+COUNTIF($E387,\"*Biomass*\"),1),MIN(COUNTIF($E387,\"*Liquid*\"),1),MIN(COUNTIF($E387,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G387)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C393","v":"ELAINWF1"},{"$f":"'Summary Mapping'!$J393","v":"Existing"},{"$f":"'Summary Mapping'!$F393","v":"VIC"},{"$f":"'Summary Mapping'!$M393","v":"Wind"},{"$f":"IF('Summary Mapping'!$H393=\"N/A\",'Summary Mapping'!$G393,'Summary Mapping'!$H393)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N393","v":"Wind"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E399,\"*Coal\")+COUNTIF($E399,\"*Biomass*\"),1),MIN(COUNTIF($E399,\"*Liquid*\"),1),MIN(COUNTIF($E399,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E399,\"*Coal\")+COUNTIF($E399,\"*Biomass*\"),1),MIN(COUNTIF($E399,\"*Liquid*\"),1),MIN(COUNTIF($E399,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E399,\"*Coal\")+COUNTIF($E399,\"*Biomass*\"),1),MIN(COUNTIF($E399,\"*Liquid*\"),1),MIN(COUNTIF($E399,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E399,\"*Coal\")+COUNTIF($E399,\"*Biomass*\"),1),MIN(COUNTIF($E399,\"*Liquid*\"),1),MIN(COUNTIF($E399,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E399,\"*Coal\")+COUNTIF($E399,\"*Biomass*\"),1),MIN(COUNTIF($E399,\"*Liquid*\"),1),MIN(COUNTIF($E399,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E399,\"*Coal\")+COUNTIF($E399,\"*Biomass*\"),1),MIN(COUNTIF($E399,\"*Liquid*\"),1),MIN(COUNTIF($E399,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E399,\"*Coal\")+COUNTIF($E399,\"*Biomass*\"),1),MIN(COUNTIF($E399,\"*Liquid*\"),1),MIN(COUNTIF($E399,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E399,\"*Coal\")+COUNTIF($E399,\"*Biomass*\"),1),MIN(COUNTIF($E399,\"*Liquid*\"),1),MIN(COUNTIF($E399,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E399,\"*Coal\")+COUNTIF($E399,\"*Biomass*\"),1),MIN(COUNTIF($E399,\"*Liquid*\"),1),MIN(COUNTIF($E399,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E399,\"*Coal\")+COUNTIF($E399,\"*Biomass*\"),1),MIN(COUNTIF($E399,\"*Liquid*\"),1),MIN(COUNTIF($E399,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E399,\"*Coal\")+COUNTIF($E399,\"*Biomass*\"),1),MIN(COUNTIF($E399,\"*Liquid*\"),1),MIN(COUNTIF($E399,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E399,\"*Coal\")+COUNTIF($E399,\"*Biomass*\"),1),MIN(COUNTIF($E399,\"*Liquid*\"),1),MIN(COUNTIF($E399,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E399,\"*Coal\")+COUNTIF($E399,\"*Biomass*\"),1),MIN(COUNTIF($E399,\"*Liquid*\"),1),MIN(COUNTIF($E399,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E399,\"*Coal\")+COUNTIF($E399,\"*Biomass*\"),1),MIN(COUNTIF($E399,\"*Liquid*\"),1),MIN(COUNTIF($E399,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E399,\"*Coal\")+COUNTIF($E399,\"*Biomass*\"),1),MIN(COUNTIF($E399,\"*Liquid*\"),1),MIN(COUNTIF($E399,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E399,\"*Coal\")+COUNTIF($E399,\"*Biomass*\"),1),MIN(COUNTIF($E399,\"*Liquid*\"),1),MIN(COUNTIF($E399,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E399,\"*Coal\")+COUNTIF($E399,\"*Biomass*\"),1),MIN(COUNTIF($E399,\"*Liquid*\"),1),MIN(COUNTIF($E399,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E399,\"*Coal\")+COUNTIF($E399,\"*Biomass*\"),1),MIN(COUNTIF($E399,\"*Liquid*\"),1),MIN(COUNTIF($E399,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E399,\"*Coal\")+COUNTIF($E399,\"*Biomass*\"),1),MIN(COUNTIF($E399,\"*Liquid*\"),1),MIN(COUNTIF($E399,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399)*SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E399,\"*Coal\")+COUNTIF($E399,\"*Biomass*\"),1),MIN(COUNTIF($E399,\"*Liquid*\"),1),MIN(COUNTIF($E399,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E399,\"*Coal\")+COUNTIF($E399,\"*Biomass*\"),1),MIN(COUNTIF($E399,\"*Liquid*\"),1),MIN(COUNTIF($E399,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G399)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C398","v":"NBHWF1"},{"$f":"'Summary Mapping'!$J398","v":"Existing"},{"$f":"'Summary Mapping'!$F398","v":"SA"},{"$f":"'Summary Mapping'!$M398","v":"Wind"},{"$f":"IF('Summary Mapping'!$H398=\"N/A\",'Summary Mapping'!$G398,'Summary Mapping'!$H398)","v":"Mid-North SA"},{"$f":"'Summary Mapping'!$N398","v":"Wind"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E404,\"*Coal\")+COUNTIF($E404,\"*Biomass*\"),1),MIN(COUNTIF($E404,\"*Liquid*\"),1),MIN(COUNTIF($E404,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E404,\"*Coal\")+COUNTIF($E404,\"*Biomass*\"),1),MIN(COUNTIF($E404,\"*Liquid*\"),1),MIN(COUNTIF($E404,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E404,\"*Coal\")+COUNTIF($E404,\"*Biomass*\"),1),MIN(COUNTIF($E404,\"*Liquid*\"),1),MIN(COUNTIF($E404,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E404,\"*Coal\")+COUNTIF($E404,\"*Biomass*\"),1),MIN(COUNTIF($E404,\"*Liquid*\"),1),MIN(COUNTIF($E404,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E404,\"*Coal\")+COUNTIF($E404,\"*Biomass*\"),1),MIN(COUNTIF($E404,\"*Liquid*\"),1),MIN(COUNTIF($E404,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E404,\"*Coal\")+COUNTIF($E404,\"*Biomass*\"),1),MIN(COUNTIF($E404,\"*Liquid*\"),1),MIN(COUNTIF($E404,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E404,\"*Coal\")+COUNTIF($E404,\"*Biomass*\"),1),MIN(COUNTIF($E404,\"*Liquid*\"),1),MIN(COUNTIF($E404,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E404,\"*Coal\")+COUNTIF($E404,\"*Biomass*\"),1),MIN(COUNTIF($E404,\"*Liquid*\"),1),MIN(COUNTIF($E404,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E404,\"*Coal\")+COUNTIF($E404,\"*Biomass*\"),1),MIN(COUNTIF($E404,\"*Liquid*\"),1),MIN(COUNTIF($E404,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E404,\"*Coal\")+COUNTIF($E404,\"*Biomass*\"),1),MIN(COUNTIF($E404,\"*Liquid*\"),1),MIN(COUNTIF($E404,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E404,\"*Coal\")+COUNTIF($E404,\"*Biomass*\"),1),MIN(COUNTIF($E404,\"*Liquid*\"),1),MIN(COUNTIF($E404,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E404,\"*Coal\")+COUNTIF($E404,\"*Biomass*\"),1),MIN(COUNTIF($E404,\"*Liquid*\"),1),MIN(COUNTIF($E404,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E404,\"*Coal\")+COUNTIF($E404,\"*Biomass*\"),1),MIN(COUNTIF($E404,\"*Liquid*\"),1),MIN(COUNTIF($E404,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E404,\"*Coal\")+COUNTIF($E404,\"*Biomass*\"),1),MIN(COUNTIF($E404,\"*Liquid*\"),1),MIN(COUNTIF($E404,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E404,\"*Coal\")+COUNTIF($E404,\"*Biomass*\"),1),MIN(COUNTIF($E404,\"*Liquid*\"),1),MIN(COUNTIF($E404,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E404,\"*Coal\")+COUNTIF($E404,\"*Biomass*\"),1),MIN(COUNTIF($E404,\"*Liquid*\"),1),MIN(COUNTIF($E404,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E404,\"*Coal\")+COUNTIF($E404,\"*Biomass*\"),1),MIN(COUNTIF($E404,\"*Liquid*\"),1),MIN(COUNTIF($E404,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E404,\"*Coal\")+COUNTIF($E404,\"*Biomass*\"),1),MIN(COUNTIF($E404,\"*Liquid*\"),1),MIN(COUNTIF($E404,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E404,\"*Coal\")+COUNTIF($E404,\"*Biomass*\"),1),MIN(COUNTIF($E404,\"*Liquid*\"),1),MIN(COUNTIF($E404,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E404,\"*Coal\")+COUNTIF($E404,\"*Biomass*\"),1),MIN(COUNTIF($E404,\"*Liquid*\"),1),MIN(COUNTIF($E404,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E404,\"*Coal\")+COUNTIF($E404,\"*Biomass*\"),1),MIN(COUNTIF($E404,\"*Liquid*\"),1),MIN(COUNTIF($E404,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E404,\"*Coal\")+COUNTIF($E404,\"*Biomass*\"),1),MIN(COUNTIF($E404,\"*Liquid*\"),1),MIN(COUNTIF($E404,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E404,\"*Coal\")+COUNTIF($E404,\"*Biomass*\"),1),MIN(COUNTIF($E404,\"*Liquid*\"),1),MIN(COUNTIF($E404,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E404,\"*Coal\")+COUNTIF($E404,\"*Biomass*\"),1),MIN(COUNTIF($E404,\"*Liquid*\"),1),MIN(COUNTIF($E404,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G404)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C407","v":"LKBONNY2"},{"$f":"'Summary Mapping'!$J407","v":"Existing"},{"$f":"'Summary Mapping'!$F407","v":"SA"},{"$f":"'Summary Mapping'!$M407","v":"Wind"},{"$f":"IF('Summary Mapping'!$H407=\"N/A\",'Summary Mapping'!$G407,'Summary Mapping'!$H407)","v":"South East SA"},{"$f":"'Summary Mapping'!$N407","v":"Wind"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E413,\"*Coal\")+COUNTIF($E413,\"*Biomass*\"),1),MIN(COUNTIF($E413,\"*Liquid*\"),1),MIN(COUNTIF($E413,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E413,\"*Coal\")+COUNTIF($E413,\"*Biomass*\"),1),MIN(COUNTIF($E413,\"*Liquid*\"),1),MIN(COUNTIF($E413,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E413,\"*Coal\")+COUNTIF($E413,\"*Biomass*\"),1),MIN(COUNTIF($E413,\"*Liquid*\"),1),MIN(COUNTIF($E413,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E413,\"*Coal\")+COUNTIF($E413,\"*Biomass*\"),1),MIN(COUNTIF($E413,\"*Liquid*\"),1),MIN(COUNTIF($E413,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E413,\"*Coal\")+COUNTIF($E413,\"*Biomass*\"),1),MIN(COUNTIF($E413,\"*Liquid*\"),1),MIN(COUNTIF($E413,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E413,\"*Coal\")+COUNTIF($E413,\"*Biomass*\"),1),MIN(COUNTIF($E413,\"*Liquid*\"),1),MIN(COUNTIF($E413,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E413,\"*Coal\")+COUNTIF($E413,\"*Biomass*\"),1),MIN(COUNTIF($E413,\"*Liquid*\"),1),MIN(COUNTIF($E413,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E413,\"*Coal\")+COUNTIF($E413,\"*Biomass*\"),1),MIN(COUNTIF($E413,\"*Liquid*\"),1),MIN(COUNTIF($E413,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E413,\"*Coal\")+COUNTIF($E413,\"*Biomass*\"),1),MIN(COUNTIF($E413,\"*Liquid*\"),1),MIN(COUNTIF($E413,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E413,\"*Coal\")+COUNTIF($E413,\"*Biomass*\"),1),MIN(COUNTIF($E413,\"*Liquid*\"),1),MIN(COUNTIF($E413,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E413,\"*Coal\")+COUNTIF($E413,\"*Biomass*\"),1),MIN(COUNTIF($E413,\"*Liquid*\"),1),MIN(COUNTIF($E413,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E413,\"*Coal\")+COUNTIF($E413,\"*Biomass*\"),1),MIN(COUNTIF($E413,\"*Liquid*\"),1),MIN(COUNTIF($E413,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E413,\"*Coal\")+COUNTIF($E413,\"*Biomass*\"),1),MIN(COUNTIF($E413,\"*Liquid*\"),1),MIN(COUNTIF($E413,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E413,\"*Coal\")+COUNTIF($E413,\"*Biomass*\"),1),MIN(COUNTIF($E413,\"*Liquid*\"),1),MIN(COUNTIF($E413,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E413,\"*Coal\")+COUNTIF($E413,\"*Biomass*\"),1),MIN(COUNTIF($E413,\"*Liquid*\"),1),MIN(COUNTIF($E413,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E413,\"*Coal\")+COUNTIF($E413,\"*Biomass*\"),1),MIN(COUNTIF($E413,\"*Liquid*\"),1),MIN(COUNTIF($E413,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E413,\"*Coal\")+COUNTIF($E413,\"*Biomass*\"),1),MIN(COUNTIF($E413,\"*Liquid*\"),1),MIN(COUNTIF($E413,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E413,\"*Coal\")+COUNTIF($E413,\"*Biomass*\"),1),MIN(COUNTIF($E413,\"*Liquid*\"),1),MIN(COUNTIF($E413,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E413,\"*Coal\")+COUNTIF($E413,\"*Biomass*\"),1),MIN(COUNTIF($E413,\"*Liquid*\"),1),MIN(COUNTIF($E413,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413)*SUMIFS('GPG emissions reduction - 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BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E413,\"*Coal\")+COUNTIF($E413,\"*Biomass*\"),1),MIN(COUNTIF($E413,\"*Liquid*\"),1),MIN(COUNTIF($E413,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E413,\"*Coal\")+COUNTIF($E413,\"*Biomass*\"),1),MIN(COUNTIF($E413,\"*Liquid*\"),1),MIN(COUNTIF($E413,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E413,\"*Coal\")+COUNTIF($E413,\"*Biomass*\"),1),MIN(COUNTIF($E413,\"*Liquid*\"),1),MIN(COUNTIF($E413,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E413,\"*Coal\")+COUNTIF($E413,\"*Biomass*\"),1),MIN(COUNTIF($E413,\"*Liquid*\"),1),MIN(COUNTIF($E413,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G413)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C416","v":"MTMILLAR"},{"$f":"'Summary Mapping'!$J416","v":"Existing"},{"$f":"'Summary Mapping'!$F416","v":"SA"},{"$f":"'Summary Mapping'!$M416","v":"Wind"},{"$f":"IF('Summary Mapping'!$H416=\"N/A\",'Summary Mapping'!$G416,'Summary Mapping'!$H416)","v":"Eastern Eyre Peninsula"},{"$f":"'Summary Mapping'!$N416","v":"Wind"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E422,\"*Coal\")+COUNTIF($E422,\"*Biomass*\"),1),MIN(COUNTIF($E422,\"*Liquid*\"),1),MIN(COUNTIF($E422,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E422,\"*Coal\")+COUNTIF($E422,\"*Biomass*\"),1),MIN(COUNTIF($E422,\"*Liquid*\"),1),MIN(COUNTIF($E422,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E422,\"*Coal\")+COUNTIF($E422,\"*Biomass*\"),1),MIN(COUNTIF($E422,\"*Liquid*\"),1),MIN(COUNTIF($E422,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E422,\"*Coal\")+COUNTIF($E422,\"*Biomass*\"),1),MIN(COUNTIF($E422,\"*Liquid*\"),1),MIN(COUNTIF($E422,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E422,\"*Coal\")+COUNTIF($E422,\"*Biomass*\"),1),MIN(COUNTIF($E422,\"*Liquid*\"),1),MIN(COUNTIF($E422,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E422,\"*Coal\")+COUNTIF($E422,\"*Biomass*\"),1),MIN(COUNTIF($E422,\"*Liquid*\"),1),MIN(COUNTIF($E422,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E422,\"*Coal\")+COUNTIF($E422,\"*Biomass*\"),1),MIN(COUNTIF($E422,\"*Liquid*\"),1),MIN(COUNTIF($E422,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E422,\"*Coal\")+COUNTIF($E422,\"*Biomass*\"),1),MIN(COUNTIF($E422,\"*Liquid*\"),1),MIN(COUNTIF($E422,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E422,\"*Coal\")+COUNTIF($E422,\"*Biomass*\"),1),MIN(COUNTIF($E422,\"*Liquid*\"),1),MIN(COUNTIF($E422,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E422,\"*Coal\")+COUNTIF($E422,\"*Biomass*\"),1),MIN(COUNTIF($E422,\"*Liquid*\"),1),MIN(COUNTIF($E422,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E422,\"*Coal\")+COUNTIF($E422,\"*Biomass*\"),1),MIN(COUNTIF($E422,\"*Liquid*\"),1),MIN(COUNTIF($E422,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E422,\"*Coal\")+COUNTIF($E422,\"*Biomass*\"),1),MIN(COUNTIF($E422,\"*Liquid*\"),1),MIN(COUNTIF($E422,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E422,\"*Coal\")+COUNTIF($E422,\"*Biomass*\"),1),MIN(COUNTIF($E422,\"*Liquid*\"),1),MIN(COUNTIF($E422,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E422,\"*Coal\")+COUNTIF($E422,\"*Biomass*\"),1),MIN(COUNTIF($E422,\"*Liquid*\"),1),MIN(COUNTIF($E422,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E422,\"*Coal\")+COUNTIF($E422,\"*Biomass*\"),1),MIN(COUNTIF($E422,\"*Liquid*\"),1),MIN(COUNTIF($E422,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E422,\"*Coal\")+COUNTIF($E422,\"*Biomass*\"),1),MIN(COUNTIF($E422,\"*Liquid*\"),1),MIN(COUNTIF($E422,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E422,\"*Coal\")+COUNTIF($E422,\"*Biomass*\"),1),MIN(COUNTIF($E422,\"*Liquid*\"),1),MIN(COUNTIF($E422,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E422,\"*Coal\")+COUNTIF($E422,\"*Biomass*\"),1),MIN(COUNTIF($E422,\"*Liquid*\"),1),MIN(COUNTIF($E422,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E422,\"*Coal\")+COUNTIF($E422,\"*Biomass*\"),1),MIN(COUNTIF($E422,\"*Liquid*\"),1),MIN(COUNTIF($E422,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422)*SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E422,\"*Coal\")+COUNTIF($E422,\"*Biomass*\"),1),MIN(COUNTIF($E422,\"*Liquid*\"),1),MIN(COUNTIF($E422,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E422,\"*Coal\")+COUNTIF($E422,\"*Biomass*\"),1),MIN(COUNTIF($E422,\"*Liquid*\"),1),MIN(COUNTIF($E422,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E422,\"*Coal\")+COUNTIF($E422,\"*Biomass*\"),1),MIN(COUNTIF($E422,\"*Liquid*\"),1),MIN(COUNTIF($E422,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E422,\"*Coal\")+COUNTIF($E422,\"*Biomass*\"),1),MIN(COUNTIF($E422,\"*Liquid*\"),1),MIN(COUNTIF($E422,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E422,\"*Coal\")+COUNTIF($E422,\"*Biomass*\"),1),MIN(COUNTIF($E422,\"*Liquid*\"),1),MIN(COUNTIF($E422,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E422,\"*Coal\")+COUNTIF($E422,\"*Biomass*\"),1),MIN(COUNTIF($E422,\"*Liquid*\"),1),MIN(COUNTIF($E422,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G422)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C425","v":"SAPHWF1"},{"$f":"'Summary Mapping'!$J425","v":"Existing"},{"$f":"'Summary Mapping'!$F425","v":"NSW"},{"$f":"'Summary Mapping'!$M425","v":"Wind"},{"$f":"IF('Summary Mapping'!$H425=\"N/A\",'Summary Mapping'!$G425,'Summary Mapping'!$H425)","v":"New England"},{"$f":"'Summary Mapping'!$N425","v":"Wind"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E431,\"*Coal\")+COUNTIF($E431,\"*Biomass*\"),1),MIN(COUNTIF($E431,\"*Liquid*\"),1),MIN(COUNTIF($E431,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E431,\"*Coal\")+COUNTIF($E431,\"*Biomass*\"),1),MIN(COUNTIF($E431,\"*Liquid*\"),1),MIN(COUNTIF($E431,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E431,\"*Coal\")+COUNTIF($E431,\"*Biomass*\"),1),MIN(COUNTIF($E431,\"*Liquid*\"),1),MIN(COUNTIF($E431,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E431,\"*Coal\")+COUNTIF($E431,\"*Biomass*\"),1),MIN(COUNTIF($E431,\"*Liquid*\"),1),MIN(COUNTIF($E431,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E431,\"*Coal\")+COUNTIF($E431,\"*Biomass*\"),1),MIN(COUNTIF($E431,\"*Liquid*\"),1),MIN(COUNTIF($E431,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E431,\"*Coal\")+COUNTIF($E431,\"*Biomass*\"),1),MIN(COUNTIF($E431,\"*Liquid*\"),1),MIN(COUNTIF($E431,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E431,\"*Coal\")+COUNTIF($E431,\"*Biomass*\"),1),MIN(COUNTIF($E431,\"*Liquid*\"),1),MIN(COUNTIF($E431,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E431,\"*Coal\")+COUNTIF($E431,\"*Biomass*\"),1),MIN(COUNTIF($E431,\"*Liquid*\"),1),MIN(COUNTIF($E431,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E431,\"*Coal\")+COUNTIF($E431,\"*Biomass*\"),1),MIN(COUNTIF($E431,\"*Liquid*\"),1),MIN(COUNTIF($E431,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E431,\"*Coal\")+COUNTIF($E431,\"*Biomass*\"),1),MIN(COUNTIF($E431,\"*Liquid*\"),1),MIN(COUNTIF($E431,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E431,\"*Coal\")+COUNTIF($E431,\"*Biomass*\"),1),MIN(COUNTIF($E431,\"*Liquid*\"),1),MIN(COUNTIF($E431,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E431,\"*Coal\")+COUNTIF($E431,\"*Biomass*\"),1),MIN(COUNTIF($E431,\"*Liquid*\"),1),MIN(COUNTIF($E431,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E431,\"*Coal\")+COUNTIF($E431,\"*Biomass*\"),1),MIN(COUNTIF($E431,\"*Liquid*\"),1),MIN(COUNTIF($E431,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E431,\"*Coal\")+COUNTIF($E431,\"*Biomass*\"),1),MIN(COUNTIF($E431,\"*Liquid*\"),1),MIN(COUNTIF($E431,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E431,\"*Coal\")+COUNTIF($E431,\"*Biomass*\"),1),MIN(COUNTIF($E431,\"*Liquid*\"),1),MIN(COUNTIF($E431,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E431,\"*Coal\")+COUNTIF($E431,\"*Biomass*\"),1),MIN(COUNTIF($E431,\"*Liquid*\"),1),MIN(COUNTIF($E431,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E431,\"*Coal\")+COUNTIF($E431,\"*Biomass*\"),1),MIN(COUNTIF($E431,\"*Liquid*\"),1),MIN(COUNTIF($E431,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E431,\"*Coal\")+COUNTIF($E431,\"*Biomass*\"),1),MIN(COUNTIF($E431,\"*Liquid*\"),1),MIN(COUNTIF($E431,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E431,\"*Coal\")+COUNTIF($E431,\"*Biomass*\"),1),MIN(COUNTIF($E431,\"*Liquid*\"),1),MIN(COUNTIF($E431,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E431,\"*Coal\")+COUNTIF($E431,\"*Biomass*\"),1),MIN(COUNTIF($E431,\"*Liquid*\"),1),MIN(COUNTIF($E431,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E431,\"*Coal\")+COUNTIF($E431,\"*Biomass*\"),1),MIN(COUNTIF($E431,\"*Liquid*\"),1),MIN(COUNTIF($E431,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E431,\"*Coal\")+COUNTIF($E431,\"*Biomass*\"),1),MIN(COUNTIF($E431,\"*Liquid*\"),1),MIN(COUNTIF($E431,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E431,\"*Coal\")+COUNTIF($E431,\"*Biomass*\"),1),MIN(COUNTIF($E431,\"*Liquid*\"),1),MIN(COUNTIF($E431,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E431,\"*Coal\")+COUNTIF($E431,\"*Biomass*\"),1),MIN(COUNTIF($E431,\"*Liquid*\"),1),MIN(COUNTIF($E431,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G431)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C426","v":"STWF1"},{"$f":"'Summary Mapping'!$J426","v":"Existing"},{"$f":"'Summary Mapping'!$F426","v":"NSW"},{"$f":"'Summary Mapping'!$M426","v":"Wind"},{"$f":"IF('Summary Mapping'!$H426=\"N/A\",'Summary Mapping'!$G426,'Summary Mapping'!$H426)","v":"Broken Hill"},{"$f":"'Summary Mapping'!$N426","v":"Wind"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E432,\"*Coal\")+COUNTIF($E432,\"*Biomass*\"),1),MIN(COUNTIF($E432,\"*Liquid*\"),1),MIN(COUNTIF($E432,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E432,\"*Coal\")+COUNTIF($E432,\"*Biomass*\"),1),MIN(COUNTIF($E432,\"*Liquid*\"),1),MIN(COUNTIF($E432,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E432,\"*Coal\")+COUNTIF($E432,\"*Biomass*\"),1),MIN(COUNTIF($E432,\"*Liquid*\"),1),MIN(COUNTIF($E432,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E432,\"*Coal\")+COUNTIF($E432,\"*Biomass*\"),1),MIN(COUNTIF($E432,\"*Liquid*\"),1),MIN(COUNTIF($E432,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E432,\"*Coal\")+COUNTIF($E432,\"*Biomass*\"),1),MIN(COUNTIF($E432,\"*Liquid*\"),1),MIN(COUNTIF($E432,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E432,\"*Coal\")+COUNTIF($E432,\"*Biomass*\"),1),MIN(COUNTIF($E432,\"*Liquid*\"),1),MIN(COUNTIF($E432,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E432,\"*Coal\")+COUNTIF($E432,\"*Biomass*\"),1),MIN(COUNTIF($E432,\"*Liquid*\"),1),MIN(COUNTIF($E432,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E432,\"*Coal\")+COUNTIF($E432,\"*Biomass*\"),1),MIN(COUNTIF($E432,\"*Liquid*\"),1),MIN(COUNTIF($E432,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E432,\"*Coal\")+COUNTIF($E432,\"*Biomass*\"),1),MIN(COUNTIF($E432,\"*Liquid*\"),1),MIN(COUNTIF($E432,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E432,\"*Coal\")+COUNTIF($E432,\"*Biomass*\"),1),MIN(COUNTIF($E432,\"*Liquid*\"),1),MIN(COUNTIF($E432,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E432,\"*Coal\")+COUNTIF($E432,\"*Biomass*\"),1),MIN(COUNTIF($E432,\"*Liquid*\"),1),MIN(COUNTIF($E432,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E432,\"*Coal\")+COUNTIF($E432,\"*Biomass*\"),1),MIN(COUNTIF($E432,\"*Liquid*\"),1),MIN(COUNTIF($E432,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E432,\"*Coal\")+COUNTIF($E432,\"*Biomass*\"),1),MIN(COUNTIF($E432,\"*Liquid*\"),1),MIN(COUNTIF($E432,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E432,\"*Coal\")+COUNTIF($E432,\"*Biomass*\"),1),MIN(COUNTIF($E432,\"*Liquid*\"),1),MIN(COUNTIF($E432,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E432,\"*Coal\")+COUNTIF($E432,\"*Biomass*\"),1),MIN(COUNTIF($E432,\"*Liquid*\"),1),MIN(COUNTIF($E432,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E432,\"*Coal\")+COUNTIF($E432,\"*Biomass*\"),1),MIN(COUNTIF($E432,\"*Liquid*\"),1),MIN(COUNTIF($E432,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E432,\"*Coal\")+COUNTIF($E432,\"*Biomass*\"),1),MIN(COUNTIF($E432,\"*Liquid*\"),1),MIN(COUNTIF($E432,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E432,\"*Coal\")+COUNTIF($E432,\"*Biomass*\"),1),MIN(COUNTIF($E432,\"*Liquid*\"),1),MIN(COUNTIF($E432,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E432,\"*Coal\")+COUNTIF($E432,\"*Biomass*\"),1),MIN(COUNTIF($E432,\"*Liquid*\"),1),MIN(COUNTIF($E432,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E432,\"*Coal\")+COUNTIF($E432,\"*Biomass*\"),1),MIN(COUNTIF($E432,\"*Liquid*\"),1),MIN(COUNTIF($E432,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E432,\"*Coal\")+COUNTIF($E432,\"*Biomass*\"),1),MIN(COUNTIF($E432,\"*Liquid*\"),1),MIN(COUNTIF($E432,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E432,\"*Coal\")+COUNTIF($E432,\"*Biomass*\"),1),MIN(COUNTIF($E432,\"*Liquid*\"),1),MIN(COUNTIF($E432,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E432,\"*Coal\")+COUNTIF($E432,\"*Biomass*\"),1),MIN(COUNTIF($E432,\"*Liquid*\"),1),MIN(COUNTIF($E432,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E432,\"*Coal\")+COUNTIF($E432,\"*Biomass*\"),1),MIN(COUNTIF($E432,\"*Liquid*\"),1),MIN(COUNTIF($E432,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E432,\"*Coal\")+COUNTIF($E432,\"*Biomass*\"),1),MIN(COUNTIF($E432,\"*Liquid*\"),1),MIN(COUNTIF($E432,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G432)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C435","v":"WAUBRAWF"},{"$f":"'Summary Mapping'!$J435","v":"Existing"},{"$f":"'Summary Mapping'!$F435","v":"VIC"},{"$f":"'Summary Mapping'!$M435","v":"Wind"},{"$f":"IF('Summary Mapping'!$H435=\"N/A\",'Summary Mapping'!$G435,'Summary Mapping'!$H435)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N435","v":"Wind"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E441,\"*Coal\")+COUNTIF($E441,\"*Biomass*\"),1),MIN(COUNTIF($E441,\"*Liquid*\"),1),MIN(COUNTIF($E441,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E441,\"*Coal\")+COUNTIF($E441,\"*Biomass*\"),1),MIN(COUNTIF($E441,\"*Liquid*\"),1),MIN(COUNTIF($E441,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E441,\"*Coal\")+COUNTIF($E441,\"*Biomass*\"),1),MIN(COUNTIF($E441,\"*Liquid*\"),1),MIN(COUNTIF($E441,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E441,\"*Coal\")+COUNTIF($E441,\"*Biomass*\"),1),MIN(COUNTIF($E441,\"*Liquid*\"),1),MIN(COUNTIF($E441,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E441,\"*Coal\")+COUNTIF($E441,\"*Biomass*\"),1),MIN(COUNTIF($E441,\"*Liquid*\"),1),MIN(COUNTIF($E441,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E441,\"*Coal\")+COUNTIF($E441,\"*Biomass*\"),1),MIN(COUNTIF($E441,\"*Liquid*\"),1),MIN(COUNTIF($E441,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E441,\"*Coal\")+COUNTIF($E441,\"*Biomass*\"),1),MIN(COUNTIF($E441,\"*Liquid*\"),1),MIN(COUNTIF($E441,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E441,\"*Coal\")+COUNTIF($E441,\"*Biomass*\"),1),MIN(COUNTIF($E441,\"*Liquid*\"),1),MIN(COUNTIF($E441,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E441,\"*Coal\")+COUNTIF($E441,\"*Biomass*\"),1),MIN(COUNTIF($E441,\"*Liquid*\"),1),MIN(COUNTIF($E441,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E441,\"*Coal\")+COUNTIF($E441,\"*Biomass*\"),1),MIN(COUNTIF($E441,\"*Liquid*\"),1),MIN(COUNTIF($E441,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E441,\"*Coal\")+COUNTIF($E441,\"*Biomass*\"),1),MIN(COUNTIF($E441,\"*Liquid*\"),1),MIN(COUNTIF($E441,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E441,\"*Coal\")+COUNTIF($E441,\"*Biomass*\"),1),MIN(COUNTIF($E441,\"*Liquid*\"),1),MIN(COUNTIF($E441,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E441,\"*Coal\")+COUNTIF($E441,\"*Biomass*\"),1),MIN(COUNTIF($E441,\"*Liquid*\"),1),MIN(COUNTIF($E441,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E441,\"*Coal\")+COUNTIF($E441,\"*Biomass*\"),1),MIN(COUNTIF($E441,\"*Liquid*\"),1),MIN(COUNTIF($E441,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E441,\"*Coal\")+COUNTIF($E441,\"*Biomass*\"),1),MIN(COUNTIF($E441,\"*Liquid*\"),1),MIN(COUNTIF($E441,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E441,\"*Coal\")+COUNTIF($E441,\"*Biomass*\"),1),MIN(COUNTIF($E441,\"*Liquid*\"),1),MIN(COUNTIF($E441,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E441,\"*Coal\")+COUNTIF($E441,\"*Biomass*\"),1),MIN(COUNTIF($E441,\"*Liquid*\"),1),MIN(COUNTIF($E441,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E441,\"*Coal\")+COUNTIF($E441,\"*Biomass*\"),1),MIN(COUNTIF($E441,\"*Liquid*\"),1),MIN(COUNTIF($E441,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E441,\"*Coal\")+COUNTIF($E441,\"*Biomass*\"),1),MIN(COUNTIF($E441,\"*Liquid*\"),1),MIN(COUNTIF($E441,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E441,\"*Coal\")+COUNTIF($E441,\"*Biomass*\"),1),MIN(COUNTIF($E441,\"*Liquid*\"),1),MIN(COUNTIF($E441,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E441,\"*Coal\")+COUNTIF($E441,\"*Biomass*\"),1),MIN(COUNTIF($E441,\"*Liquid*\"),1),MIN(COUNTIF($E441,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E441,\"*Coal\")+COUNTIF($E441,\"*Biomass*\"),1),MIN(COUNTIF($E441,\"*Liquid*\"),1),MIN(COUNTIF($E441,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AA:AA,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441)*SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E441,\"*Coal\")+COUNTIF($E441,\"*Biomass*\"),1),MIN(COUNTIF($E441,\"*Liquid*\"),1),MIN(COUNTIF($E441,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E441,\"*Coal\")+COUNTIF($E441,\"*Biomass*\"),1),MIN(COUNTIF($E441,\"*Liquid*\"),1),MIN(COUNTIF($E441,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E441,\"*Coal\")+COUNTIF($E441,\"*Biomass*\"),1),MIN(COUNTIF($E441,\"*Liquid*\"),1),MIN(COUNTIF($E441,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E441,\"*Coal\")+COUNTIF($E441,\"*Biomass*\"),1),MIN(COUNTIF($E441,\"*Liquid*\"),1),MIN(COUNTIF($E441,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E441,\"*Coal\")+COUNTIF($E441,\"*Biomass*\"),1),MIN(COUNTIF($E441,\"*Liquid*\"),1),MIN(COUNTIF($E441,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E441,\"*Coal\")+COUNTIF($E441,\"*Biomass*\"),1),MIN(COUNTIF($E441,\"*Liquid*\"),1),MIN(COUNTIF($E441,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G441)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C446","v":"Kidston Pumped Storage Hydro 1"},{"$f":"'Summary Mapping'!$J446","v":"Committed"},{"$f":"'Summary Mapping'!$F446","v":"QLD"},{"$f":"'Summary Mapping'!$M446","v":"Water"},{"$f":"IF('Summary Mapping'!$H446=\"N/A\",'Summary Mapping'!$G446,'Summary Mapping'!$H446)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N446","v":"Hydro"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E452,\"*Coal\")+COUNTIF($E452,\"*Biomass*\"),1),MIN(COUNTIF($E452,\"*Liquid*\"),1),MIN(COUNTIF($E452,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E452,\"*Coal\")+COUNTIF($E452,\"*Biomass*\"),1),MIN(COUNTIF($E452,\"*Liquid*\"),1),MIN(COUNTIF($E452,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E452,\"*Coal\")+COUNTIF($E452,\"*Biomass*\"),1),MIN(COUNTIF($E452,\"*Liquid*\"),1),MIN(COUNTIF($E452,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E452,\"*Coal\")+COUNTIF($E452,\"*Biomass*\"),1),MIN(COUNTIF($E452,\"*Liquid*\"),1),MIN(COUNTIF($E452,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E452,\"*Coal\")+COUNTIF($E452,\"*Biomass*\"),1),MIN(COUNTIF($E452,\"*Liquid*\"),1),MIN(COUNTIF($E452,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E452,\"*Coal\")+COUNTIF($E452,\"*Biomass*\"),1),MIN(COUNTIF($E452,\"*Liquid*\"),1),MIN(COUNTIF($E452,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E452,\"*Coal\")+COUNTIF($E452,\"*Biomass*\"),1),MIN(COUNTIF($E452,\"*Liquid*\"),1),MIN(COUNTIF($E452,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E452,\"*Coal\")+COUNTIF($E452,\"*Biomass*\"),1),MIN(COUNTIF($E452,\"*Liquid*\"),1),MIN(COUNTIF($E452,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E452,\"*Coal\")+COUNTIF($E452,\"*Biomass*\"),1),MIN(COUNTIF($E452,\"*Liquid*\"),1),MIN(COUNTIF($E452,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E452,\"*Coal\")+COUNTIF($E452,\"*Biomass*\"),1),MIN(COUNTIF($E452,\"*Liquid*\"),1),MIN(COUNTIF($E452,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E452,\"*Coal\")+COUNTIF($E452,\"*Biomass*\"),1),MIN(COUNTIF($E452,\"*Liquid*\"),1),MIN(COUNTIF($E452,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E452,\"*Coal\")+COUNTIF($E452,\"*Biomass*\"),1),MIN(COUNTIF($E452,\"*Liquid*\"),1),MIN(COUNTIF($E452,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E452,\"*Coal\")+COUNTIF($E452,\"*Biomass*\"),1),MIN(COUNTIF($E452,\"*Liquid*\"),1),MIN(COUNTIF($E452,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E452,\"*Coal\")+COUNTIF($E452,\"*Biomass*\"),1),MIN(COUNTIF($E452,\"*Liquid*\"),1),MIN(COUNTIF($E452,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E452,\"*Coal\")+COUNTIF($E452,\"*Biomass*\"),1),MIN(COUNTIF($E452,\"*Liquid*\"),1),MIN(COUNTIF($E452,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E452,\"*Coal\")+COUNTIF($E452,\"*Biomass*\"),1),MIN(COUNTIF($E452,\"*Liquid*\"),1),MIN(COUNTIF($E452,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E452,\"*Coal\")+COUNTIF($E452,\"*Biomass*\"),1),MIN(COUNTIF($E452,\"*Liquid*\"),1),MIN(COUNTIF($E452,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E452,\"*Coal\")+COUNTIF($E452,\"*Biomass*\"),1),MIN(COUNTIF($E452,\"*Liquid*\"),1),MIN(COUNTIF($E452,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E452,\"*Coal\")+COUNTIF($E452,\"*Biomass*\"),1),MIN(COUNTIF($E452,\"*Liquid*\"),1),MIN(COUNTIF($E452,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E452,\"*Coal\")+COUNTIF($E452,\"*Biomass*\"),1),MIN(COUNTIF($E452,\"*Liquid*\"),1),MIN(COUNTIF($E452,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E452,\"*Coal\")+COUNTIF($E452,\"*Biomass*\"),1),MIN(COUNTIF($E452,\"*Liquid*\"),1),MIN(COUNTIF($E452,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E452,\"*Coal\")+COUNTIF($E452,\"*Biomass*\"),1),MIN(COUNTIF($E452,\"*Liquid*\"),1),MIN(COUNTIF($E452,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E452,\"*Coal\")+COUNTIF($E452,\"*Biomass*\"),1),MIN(COUNTIF($E452,\"*Liquid*\"),1),MIN(COUNTIF($E452,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E452,\"*Coal\")+COUNTIF($E452,\"*Biomass*\"),1),MIN(COUNTIF($E452,\"*Liquid*\"),1),MIN(COUNTIF($E452,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E452,\"*Coal\")+COUNTIF($E452,\"*Biomass*\"),1),MIN(COUNTIF($E452,\"*Liquid*\"),1),MIN(COUNTIF($E452,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E452,\"*Coal\")+COUNTIF($E452,\"*Biomass*\"),1),MIN(COUNTIF($E452,\"*Liquid*\"),1),MIN(COUNTIF($E452,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E452,\"*Coal\")+COUNTIF($E452,\"*Biomass*\"),1),MIN(COUNTIF($E452,\"*Liquid*\"),1),MIN(COUNTIF($E452,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G452)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C452","v":"SNO2PH05"},{"$f":"'Summary Mapping'!$J452","v":"Committed"},{"$f":"'Summary Mapping'!$F452","v":"NSW"},{"$f":"'Summary Mapping'!$M452","v":"Water"},{"$f":"IF('Summary Mapping'!$H452=\"N/A\",'Summary Mapping'!$G452,'Summary Mapping'!$H452)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N452","v":"Hydro"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E458,\"*Coal\")+COUNTIF($E458,\"*Biomass*\"),1),MIN(COUNTIF($E458,\"*Liquid*\"),1),MIN(COUNTIF($E458,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E458,\"*Coal\")+COUNTIF($E458,\"*Biomass*\"),1),MIN(COUNTIF($E458,\"*Liquid*\"),1),MIN(COUNTIF($E458,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E458,\"*Coal\")+COUNTIF($E458,\"*Biomass*\"),1),MIN(COUNTIF($E458,\"*Liquid*\"),1),MIN(COUNTIF($E458,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E458,\"*Coal\")+COUNTIF($E458,\"*Biomass*\"),1),MIN(COUNTIF($E458,\"*Liquid*\"),1),MIN(COUNTIF($E458,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E458,\"*Coal\")+COUNTIF($E458,\"*Biomass*\"),1),MIN(COUNTIF($E458,\"*Liquid*\"),1),MIN(COUNTIF($E458,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E458,\"*Coal\")+COUNTIF($E458,\"*Biomass*\"),1),MIN(COUNTIF($E458,\"*Liquid*\"),1),MIN(COUNTIF($E458,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E458,\"*Coal\")+COUNTIF($E458,\"*Biomass*\"),1),MIN(COUNTIF($E458,\"*Liquid*\"),1),MIN(COUNTIF($E458,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E458,\"*Coal\")+COUNTIF($E458,\"*Biomass*\"),1),MIN(COUNTIF($E458,\"*Liquid*\"),1),MIN(COUNTIF($E458,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E458,\"*Coal\")+COUNTIF($E458,\"*Biomass*\"),1),MIN(COUNTIF($E458,\"*Liquid*\"),1),MIN(COUNTIF($E458,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E458,\"*Coal\")+COUNTIF($E458,\"*Biomass*\"),1),MIN(COUNTIF($E458,\"*Liquid*\"),1),MIN(COUNTIF($E458,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E458,\"*Coal\")+COUNTIF($E458,\"*Biomass*\"),1),MIN(COUNTIF($E458,\"*Liquid*\"),1),MIN(COUNTIF($E458,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E458,\"*Coal\")+COUNTIF($E458,\"*Biomass*\"),1),MIN(COUNTIF($E458,\"*Liquid*\"),1),MIN(COUNTIF($E458,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E458,\"*Coal\")+COUNTIF($E458,\"*Biomass*\"),1),MIN(COUNTIF($E458,\"*Liquid*\"),1),MIN(COUNTIF($E458,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E458,\"*Coal\")+COUNTIF($E458,\"*Biomass*\"),1),MIN(COUNTIF($E458,\"*Liquid*\"),1),MIN(COUNTIF($E458,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E458,\"*Coal\")+COUNTIF($E458,\"*Biomass*\"),1),MIN(COUNTIF($E458,\"*Liquid*\"),1),MIN(COUNTIF($E458,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E458,\"*Coal\")+COUNTIF($E458,\"*Biomass*\"),1),MIN(COUNTIF($E458,\"*Liquid*\"),1),MIN(COUNTIF($E458,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E458,\"*Coal\")+COUNTIF($E458,\"*Biomass*\"),1),MIN(COUNTIF($E458,\"*Liquid*\"),1),MIN(COUNTIF($E458,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E458,\"*Coal\")+COUNTIF($E458,\"*Biomass*\"),1),MIN(COUNTIF($E458,\"*Liquid*\"),1),MIN(COUNTIF($E458,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E458,\"*Coal\")+COUNTIF($E458,\"*Biomass*\"),1),MIN(COUNTIF($E458,\"*Liquid*\"),1),MIN(COUNTIF($E458,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E458,\"*Coal\")+COUNTIF($E458,\"*Biomass*\"),1),MIN(COUNTIF($E458,\"*Liquid*\"),1),MIN(COUNTIF($E458,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E458,\"*Coal\")+COUNTIF($E458,\"*Biomass*\"),1),MIN(COUNTIF($E458,\"*Liquid*\"),1),MIN(COUNTIF($E458,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E458,\"*Coal\")+COUNTIF($E458,\"*Biomass*\"),1),MIN(COUNTIF($E458,\"*Liquid*\"),1),MIN(COUNTIF($E458,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E458,\"*Coal\")+COUNTIF($E458,\"*Biomass*\"),1),MIN(COUNTIF($E458,\"*Liquid*\"),1),MIN(COUNTIF($E458,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E458,\"*Coal\")+COUNTIF($E458,\"*Biomass*\"),1),MIN(COUNTIF($E458,\"*Liquid*\"),1),MIN(COUNTIF($E458,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G458)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C461","v":"CRWASF1"},{"$f":"'Summary Mapping'!$J461","v":"Committed"},{"$f":"'Summary Mapping'!$F461","v":"NSW"},{"$f":"'Summary Mapping'!$M461","v":"Solar"},{"$f":"IF('Summary Mapping'!$H461=\"N/A\",'Summary Mapping'!$G461,'Summary Mapping'!$H461)","v":"South West NSW"},{"$f":"'Summary Mapping'!$N461","v":"Solar"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E467,\"*Coal\")+COUNTIF($E467,\"*Biomass*\"),1),MIN(COUNTIF($E467,\"*Liquid*\"),1),MIN(COUNTIF($E467,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E467,\"*Coal\")+COUNTIF($E467,\"*Biomass*\"),1),MIN(COUNTIF($E467,\"*Liquid*\"),1),MIN(COUNTIF($E467,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E467,\"*Coal\")+COUNTIF($E467,\"*Biomass*\"),1),MIN(COUNTIF($E467,\"*Liquid*\"),1),MIN(COUNTIF($E467,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E467,\"*Coal\")+COUNTIF($E467,\"*Biomass*\"),1),MIN(COUNTIF($E467,\"*Liquid*\"),1),MIN(COUNTIF($E467,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E467,\"*Coal\")+COUNTIF($E467,\"*Biomass*\"),1),MIN(COUNTIF($E467,\"*Liquid*\"),1),MIN(COUNTIF($E467,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E467,\"*Coal\")+COUNTIF($E467,\"*Biomass*\"),1),MIN(COUNTIF($E467,\"*Liquid*\"),1),MIN(COUNTIF($E467,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E467,\"*Coal\")+COUNTIF($E467,\"*Biomass*\"),1),MIN(COUNTIF($E467,\"*Liquid*\"),1),MIN(COUNTIF($E467,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E467,\"*Coal\")+COUNTIF($E467,\"*Biomass*\"),1),MIN(COUNTIF($E467,\"*Liquid*\"),1),MIN(COUNTIF($E467,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E467,\"*Coal\")+COUNTIF($E467,\"*Biomass*\"),1),MIN(COUNTIF($E467,\"*Liquid*\"),1),MIN(COUNTIF($E467,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E467,\"*Coal\")+COUNTIF($E467,\"*Biomass*\"),1),MIN(COUNTIF($E467,\"*Liquid*\"),1),MIN(COUNTIF($E467,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E467,\"*Coal\")+COUNTIF($E467,\"*Biomass*\"),1),MIN(COUNTIF($E467,\"*Liquid*\"),1),MIN(COUNTIF($E467,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E467,\"*Coal\")+COUNTIF($E467,\"*Biomass*\"),1),MIN(COUNTIF($E467,\"*Liquid*\"),1),MIN(COUNTIF($E467,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E467,\"*Coal\")+COUNTIF($E467,\"*Biomass*\"),1),MIN(COUNTIF($E467,\"*Liquid*\"),1),MIN(COUNTIF($E467,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E467,\"*Coal\")+COUNTIF($E467,\"*Biomass*\"),1),MIN(COUNTIF($E467,\"*Liquid*\"),1),MIN(COUNTIF($E467,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E467,\"*Coal\")+COUNTIF($E467,\"*Biomass*\"),1),MIN(COUNTIF($E467,\"*Liquid*\"),1),MIN(COUNTIF($E467,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E467,\"*Coal\")+COUNTIF($E467,\"*Biomass*\"),1),MIN(COUNTIF($E467,\"*Liquid*\"),1),MIN(COUNTIF($E467,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E467,\"*Coal\")+COUNTIF($E467,\"*Biomass*\"),1),MIN(COUNTIF($E467,\"*Liquid*\"),1),MIN(COUNTIF($E467,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E467,\"*Coal\")+COUNTIF($E467,\"*Biomass*\"),1),MIN(COUNTIF($E467,\"*Liquid*\"),1),MIN(COUNTIF($E467,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E467,\"*Coal\")+COUNTIF($E467,\"*Biomass*\"),1),MIN(COUNTIF($E467,\"*Liquid*\"),1),MIN(COUNTIF($E467,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467)*SUMIFS('GPG emissions reduction - 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BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E467,\"*Coal\")+COUNTIF($E467,\"*Biomass*\"),1),MIN(COUNTIF($E467,\"*Liquid*\"),1),MIN(COUNTIF($E467,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E467,\"*Coal\")+COUNTIF($E467,\"*Biomass*\"),1),MIN(COUNTIF($E467,\"*Liquid*\"),1),MIN(COUNTIF($E467,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E467,\"*Coal\")+COUNTIF($E467,\"*Biomass*\"),1),MIN(COUNTIF($E467,\"*Liquid*\"),1),MIN(COUNTIF($E467,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E467,\"*Coal\")+COUNTIF($E467,\"*Biomass*\"),1),MIN(COUNTIF($E467,\"*Liquid*\"),1),MIN(COUNTIF($E467,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G467)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C470","v":"MANSF2"},{"$f":"'Summary Mapping'!$J470","v":"Committed"},{"$f":"'Summary Mapping'!$F470","v":"SA"},{"$f":"'Summary Mapping'!$M470","v":"Solar"},{"$f":"IF('Summary Mapping'!$H470=\"N/A\",'Summary Mapping'!$G470,'Summary Mapping'!$H470)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N470","v":"Solar"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E476,\"*Coal\")+COUNTIF($E476,\"*Biomass*\"),1),MIN(COUNTIF($E476,\"*Liquid*\"),1),MIN(COUNTIF($E476,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E476,\"*Coal\")+COUNTIF($E476,\"*Biomass*\"),1),MIN(COUNTIF($E476,\"*Liquid*\"),1),MIN(COUNTIF($E476,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E476,\"*Coal\")+COUNTIF($E476,\"*Biomass*\"),1),MIN(COUNTIF($E476,\"*Liquid*\"),1),MIN(COUNTIF($E476,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E476,\"*Coal\")+COUNTIF($E476,\"*Biomass*\"),1),MIN(COUNTIF($E476,\"*Liquid*\"),1),MIN(COUNTIF($E476,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E476,\"*Coal\")+COUNTIF($E476,\"*Biomass*\"),1),MIN(COUNTIF($E476,\"*Liquid*\"),1),MIN(COUNTIF($E476,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E476,\"*Coal\")+COUNTIF($E476,\"*Biomass*\"),1),MIN(COUNTIF($E476,\"*Liquid*\"),1),MIN(COUNTIF($E476,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E476,\"*Coal\")+COUNTIF($E476,\"*Biomass*\"),1),MIN(COUNTIF($E476,\"*Liquid*\"),1),MIN(COUNTIF($E476,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E476,\"*Coal\")+COUNTIF($E476,\"*Biomass*\"),1),MIN(COUNTIF($E476,\"*Liquid*\"),1),MIN(COUNTIF($E476,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E476,\"*Coal\")+COUNTIF($E476,\"*Biomass*\"),1),MIN(COUNTIF($E476,\"*Liquid*\"),1),MIN(COUNTIF($E476,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E476,\"*Coal\")+COUNTIF($E476,\"*Biomass*\"),1),MIN(COUNTIF($E476,\"*Liquid*\"),1),MIN(COUNTIF($E476,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E476,\"*Coal\")+COUNTIF($E476,\"*Biomass*\"),1),MIN(COUNTIF($E476,\"*Liquid*\"),1),MIN(COUNTIF($E476,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E476,\"*Coal\")+COUNTIF($E476,\"*Biomass*\"),1),MIN(COUNTIF($E476,\"*Liquid*\"),1),MIN(COUNTIF($E476,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E476,\"*Coal\")+COUNTIF($E476,\"*Biomass*\"),1),MIN(COUNTIF($E476,\"*Liquid*\"),1),MIN(COUNTIF($E476,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E476,\"*Coal\")+COUNTIF($E476,\"*Biomass*\"),1),MIN(COUNTIF($E476,\"*Liquid*\"),1),MIN(COUNTIF($E476,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E476,\"*Coal\")+COUNTIF($E476,\"*Biomass*\"),1),MIN(COUNTIF($E476,\"*Liquid*\"),1),MIN(COUNTIF($E476,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E476,\"*Coal\")+COUNTIF($E476,\"*Biomass*\"),1),MIN(COUNTIF($E476,\"*Liquid*\"),1),MIN(COUNTIF($E476,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E476,\"*Coal\")+COUNTIF($E476,\"*Biomass*\"),1),MIN(COUNTIF($E476,\"*Liquid*\"),1),MIN(COUNTIF($E476,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E476,\"*Coal\")+COUNTIF($E476,\"*Biomass*\"),1),MIN(COUNTIF($E476,\"*Liquid*\"),1),MIN(COUNTIF($E476,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E476,\"*Coal\")+COUNTIF($E476,\"*Biomass*\"),1),MIN(COUNTIF($E476,\"*Liquid*\"),1),MIN(COUNTIF($E476,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E476,\"*Coal\")+COUNTIF($E476,\"*Biomass*\"),1),MIN(COUNTIF($E476,\"*Liquid*\"),1),MIN(COUNTIF($E476,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E476,\"*Coal\")+COUNTIF($E476,\"*Biomass*\"),1),MIN(COUNTIF($E476,\"*Liquid*\"),1),MIN(COUNTIF($E476,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E476,\"*Coal\")+COUNTIF($E476,\"*Biomass*\"),1),MIN(COUNTIF($E476,\"*Liquid*\"),1),MIN(COUNTIF($E476,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E476,\"*Coal\")+COUNTIF($E476,\"*Biomass*\"),1),MIN(COUNTIF($E476,\"*Liquid*\"),1),MIN(COUNTIF($E476,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E476,\"*Coal\")+COUNTIF($E476,\"*Biomass*\"),1),MIN(COUNTIF($E476,\"*Liquid*\"),1),MIN(COUNTIF($E476,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E476,\"*Coal\")+COUNTIF($E476,\"*Biomass*\"),1),MIN(COUNTIF($E476,\"*Liquid*\"),1),MIN(COUNTIF($E476,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E476,\"*Coal\")+COUNTIF($E476,\"*Biomass*\"),1),MIN(COUNTIF($E476,\"*Liquid*\"),1),MIN(COUNTIF($E476,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G476)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C479","v":"WLWLSF1"},{"$f":"'Summary Mapping'!$J479","v":"Committed"},{"$f":"'Summary Mapping'!$F479","v":"NSW"},{"$f":"'Summary Mapping'!$M479","v":"Solar"},{"$f":"IF('Summary Mapping'!$H479=\"N/A\",'Summary Mapping'!$G479,'Summary Mapping'!$H479)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N479","v":"Solar"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E485,\"*Coal\")+COUNTIF($E485,\"*Biomass*\"),1),MIN(COUNTIF($E485,\"*Liquid*\"),1),MIN(COUNTIF($E485,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E485,\"*Coal\")+COUNTIF($E485,\"*Biomass*\"),1),MIN(COUNTIF($E485,\"*Liquid*\"),1),MIN(COUNTIF($E485,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E485,\"*Coal\")+COUNTIF($E485,\"*Biomass*\"),1),MIN(COUNTIF($E485,\"*Liquid*\"),1),MIN(COUNTIF($E485,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E485,\"*Coal\")+COUNTIF($E485,\"*Biomass*\"),1),MIN(COUNTIF($E485,\"*Liquid*\"),1),MIN(COUNTIF($E485,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E485,\"*Coal\")+COUNTIF($E485,\"*Biomass*\"),1),MIN(COUNTIF($E485,\"*Liquid*\"),1),MIN(COUNTIF($E485,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E485,\"*Coal\")+COUNTIF($E485,\"*Biomass*\"),1),MIN(COUNTIF($E485,\"*Liquid*\"),1),MIN(COUNTIF($E485,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E485,\"*Coal\")+COUNTIF($E485,\"*Biomass*\"),1),MIN(COUNTIF($E485,\"*Liquid*\"),1),MIN(COUNTIF($E485,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E485,\"*Coal\")+COUNTIF($E485,\"*Biomass*\"),1),MIN(COUNTIF($E485,\"*Liquid*\"),1),MIN(COUNTIF($E485,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E485,\"*Coal\")+COUNTIF($E485,\"*Biomass*\"),1),MIN(COUNTIF($E485,\"*Liquid*\"),1),MIN(COUNTIF($E485,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E485,\"*Coal\")+COUNTIF($E485,\"*Biomass*\"),1),MIN(COUNTIF($E485,\"*Liquid*\"),1),MIN(COUNTIF($E485,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E485,\"*Coal\")+COUNTIF($E485,\"*Biomass*\"),1),MIN(COUNTIF($E485,\"*Liquid*\"),1),MIN(COUNTIF($E485,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E485,\"*Coal\")+COUNTIF($E485,\"*Biomass*\"),1),MIN(COUNTIF($E485,\"*Liquid*\"),1),MIN(COUNTIF($E485,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E485,\"*Coal\")+COUNTIF($E485,\"*Biomass*\"),1),MIN(COUNTIF($E485,\"*Liquid*\"),1),MIN(COUNTIF($E485,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E485,\"*Coal\")+COUNTIF($E485,\"*Biomass*\"),1),MIN(COUNTIF($E485,\"*Liquid*\"),1),MIN(COUNTIF($E485,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E485,\"*Coal\")+COUNTIF($E485,\"*Biomass*\"),1),MIN(COUNTIF($E485,\"*Liquid*\"),1),MIN(COUNTIF($E485,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E485,\"*Coal\")+COUNTIF($E485,\"*Biomass*\"),1),MIN(COUNTIF($E485,\"*Liquid*\"),1),MIN(COUNTIF($E485,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E485,\"*Coal\")+COUNTIF($E485,\"*Biomass*\"),1),MIN(COUNTIF($E485,\"*Liquid*\"),1),MIN(COUNTIF($E485,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E485,\"*Coal\")+COUNTIF($E485,\"*Biomass*\"),1),MIN(COUNTIF($E485,\"*Liquid*\"),1),MIN(COUNTIF($E485,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E485,\"*Coal\")+COUNTIF($E485,\"*Biomass*\"),1),MIN(COUNTIF($E485,\"*Liquid*\"),1),MIN(COUNTIF($E485,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485)*SUMIFS('GPG emissions reduction - 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BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E485,\"*Coal\")+COUNTIF($E485,\"*Biomass*\"),1),MIN(COUNTIF($E485,\"*Liquid*\"),1),MIN(COUNTIF($E485,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E485,\"*Coal\")+COUNTIF($E485,\"*Biomass*\"),1),MIN(COUNTIF($E485,\"*Liquid*\"),1),MIN(COUNTIF($E485,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E485,\"*Coal\")+COUNTIF($E485,\"*Biomass*\"),1),MIN(COUNTIF($E485,\"*Liquid*\"),1),MIN(COUNTIF($E485,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E485,\"*Coal\")+COUNTIF($E485,\"*Biomass*\"),1),MIN(COUNTIF($E485,\"*Liquid*\"),1),MIN(COUNTIF($E485,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G485)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C488","v":"CROOKWF3"},{"$f":"'Summary Mapping'!$J488","v":"Committed"},{"$f":"'Summary Mapping'!$F488","v":"NSW"},{"$f":"'Summary Mapping'!$M488","v":"Wind"},{"$f":"IF('Summary Mapping'!$H488=\"N/A\",'Summary Mapping'!$G488,'Summary Mapping'!$H488)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N488","v":"Wind"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E494,\"*Coal\")+COUNTIF($E494,\"*Biomass*\"),1),MIN(COUNTIF($E494,\"*Liquid*\"),1),MIN(COUNTIF($E494,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E494,\"*Coal\")+COUNTIF($E494,\"*Biomass*\"),1),MIN(COUNTIF($E494,\"*Liquid*\"),1),MIN(COUNTIF($E494,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E494,\"*Coal\")+COUNTIF($E494,\"*Biomass*\"),1),MIN(COUNTIF($E494,\"*Liquid*\"),1),MIN(COUNTIF($E494,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E494,\"*Coal\")+COUNTIF($E494,\"*Biomass*\"),1),MIN(COUNTIF($E494,\"*Liquid*\"),1),MIN(COUNTIF($E494,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E494,\"*Coal\")+COUNTIF($E494,\"*Biomass*\"),1),MIN(COUNTIF($E494,\"*Liquid*\"),1),MIN(COUNTIF($E494,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E494,\"*Coal\")+COUNTIF($E494,\"*Biomass*\"),1),MIN(COUNTIF($E494,\"*Liquid*\"),1),MIN(COUNTIF($E494,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E494,\"*Coal\")+COUNTIF($E494,\"*Biomass*\"),1),MIN(COUNTIF($E494,\"*Liquid*\"),1),MIN(COUNTIF($E494,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E494,\"*Coal\")+COUNTIF($E494,\"*Biomass*\"),1),MIN(COUNTIF($E494,\"*Liquid*\"),1),MIN(COUNTIF($E494,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E494,\"*Coal\")+COUNTIF($E494,\"*Biomass*\"),1),MIN(COUNTIF($E494,\"*Liquid*\"),1),MIN(COUNTIF($E494,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E494,\"*Coal\")+COUNTIF($E494,\"*Biomass*\"),1),MIN(COUNTIF($E494,\"*Liquid*\"),1),MIN(COUNTIF($E494,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E494,\"*Coal\")+COUNTIF($E494,\"*Biomass*\"),1),MIN(COUNTIF($E494,\"*Liquid*\"),1),MIN(COUNTIF($E494,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E494,\"*Coal\")+COUNTIF($E494,\"*Biomass*\"),1),MIN(COUNTIF($E494,\"*Liquid*\"),1),MIN(COUNTIF($E494,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E494,\"*Coal\")+COUNTIF($E494,\"*Biomass*\"),1),MIN(COUNTIF($E494,\"*Liquid*\"),1),MIN(COUNTIF($E494,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E494,\"*Coal\")+COUNTIF($E494,\"*Biomass*\"),1),MIN(COUNTIF($E494,\"*Liquid*\"),1),MIN(COUNTIF($E494,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E494,\"*Coal\")+COUNTIF($E494,\"*Biomass*\"),1),MIN(COUNTIF($E494,\"*Liquid*\"),1),MIN(COUNTIF($E494,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E494,\"*Coal\")+COUNTIF($E494,\"*Biomass*\"),1),MIN(COUNTIF($E494,\"*Liquid*\"),1),MIN(COUNTIF($E494,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E494,\"*Coal\")+COUNTIF($E494,\"*Biomass*\"),1),MIN(COUNTIF($E494,\"*Liquid*\"),1),MIN(COUNTIF($E494,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E494,\"*Coal\")+COUNTIF($E494,\"*Biomass*\"),1),MIN(COUNTIF($E494,\"*Liquid*\"),1),MIN(COUNTIF($E494,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E494,\"*Coal\")+COUNTIF($E494,\"*Biomass*\"),1),MIN(COUNTIF($E494,\"*Liquid*\"),1),MIN(COUNTIF($E494,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G494)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E495,\"*Coal\")+COUNTIF($E495,\"*Biomass*\"),1),MIN(COUNTIF($E495,\"*Liquid*\"),1),MIN(COUNTIF($E495,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E495,\"*Coal\")+COUNTIF($E495,\"*Biomass*\"),1),MIN(COUNTIF($E495,\"*Liquid*\"),1),MIN(COUNTIF($E495,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E495,\"*Coal\")+COUNTIF($E495,\"*Biomass*\"),1),MIN(COUNTIF($E495,\"*Liquid*\"),1),MIN(COUNTIF($E495,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E495,\"*Coal\")+COUNTIF($E495,\"*Biomass*\"),1),MIN(COUNTIF($E495,\"*Liquid*\"),1),MIN(COUNTIF($E495,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E495,\"*Coal\")+COUNTIF($E495,\"*Biomass*\"),1),MIN(COUNTIF($E495,\"*Liquid*\"),1),MIN(COUNTIF($E495,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E495,\"*Coal\")+COUNTIF($E495,\"*Biomass*\"),1),MIN(COUNTIF($E495,\"*Liquid*\"),1),MIN(COUNTIF($E495,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E495,\"*Coal\")+COUNTIF($E495,\"*Biomass*\"),1),MIN(COUNTIF($E495,\"*Liquid*\"),1),MIN(COUNTIF($E495,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E495,\"*Coal\")+COUNTIF($E495,\"*Biomass*\"),1),MIN(COUNTIF($E495,\"*Liquid*\"),1),MIN(COUNTIF($E495,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E495,\"*Coal\")+COUNTIF($E495,\"*Biomass*\"),1),MIN(COUNTIF($E495,\"*Liquid*\"),1),MIN(COUNTIF($E495,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E495,\"*Coal\")+COUNTIF($E495,\"*Biomass*\"),1),MIN(COUNTIF($E495,\"*Liquid*\"),1),MIN(COUNTIF($E495,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E495,\"*Coal\")+COUNTIF($E495,\"*Biomass*\"),1),MIN(COUNTIF($E495,\"*Liquid*\"),1),MIN(COUNTIF($E495,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E495,\"*Coal\")+COUNTIF($E495,\"*Biomass*\"),1),MIN(COUNTIF($E495,\"*Liquid*\"),1),MIN(COUNTIF($E495,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E495,\"*Coal\")+COUNTIF($E495,\"*Biomass*\"),1),MIN(COUNTIF($E495,\"*Liquid*\"),1),MIN(COUNTIF($E495,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E495,\"*Coal\")+COUNTIF($E495,\"*Biomass*\"),1),MIN(COUNTIF($E495,\"*Liquid*\"),1),MIN(COUNTIF($E495,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E495,\"*Coal\")+COUNTIF($E495,\"*Biomass*\"),1),MIN(COUNTIF($E495,\"*Liquid*\"),1),MIN(COUNTIF($E495,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E495,\"*Coal\")+COUNTIF($E495,\"*Biomass*\"),1),MIN(COUNTIF($E495,\"*Liquid*\"),1),MIN(COUNTIF($E495,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E495,\"*Coal\")+COUNTIF($E495,\"*Biomass*\"),1),MIN(COUNTIF($E495,\"*Liquid*\"),1),MIN(COUNTIF($E495,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E495,\"*Coal\")+COUNTIF($E495,\"*Biomass*\"),1),MIN(COUNTIF($E495,\"*Liquid*\"),1),MIN(COUNTIF($E495,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495)*SUMIFS('GPG emissions reduction - 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BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E495,\"*Coal\")+COUNTIF($E495,\"*Biomass*\"),1),MIN(COUNTIF($E495,\"*Liquid*\"),1),MIN(COUNTIF($E495,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E495,\"*Coal\")+COUNTIF($E495,\"*Biomass*\"),1),MIN(COUNTIF($E495,\"*Liquid*\"),1),MIN(COUNTIF($E495,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E495,\"*Coal\")+COUNTIF($E495,\"*Biomass*\"),1),MIN(COUNTIF($E495,\"*Liquid*\"),1),MIN(COUNTIF($E495,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E495,\"*Coal\")+COUNTIF($E495,\"*Biomass*\"),1),MIN(COUNTIF($E495,\"*Liquid*\"),1),MIN(COUNTIF($E495,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G495)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C499","v":"MTGELWF1"},{"$f":"'Summary Mapping'!$J499","v":"Committed"},{"$f":"'Summary Mapping'!$F499","v":"VIC"},{"$f":"'Summary Mapping'!$M499","v":"Wind"},{"$f":"IF('Summary Mapping'!$H499=\"N/A\",'Summary Mapping'!$G499,'Summary Mapping'!$H499)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N499","v":"Wind"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E505,\"*Coal\")+COUNTIF($E505,\"*Biomass*\"),1),MIN(COUNTIF($E505,\"*Liquid*\"),1),MIN(COUNTIF($E505,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E505,\"*Coal\")+COUNTIF($E505,\"*Biomass*\"),1),MIN(COUNTIF($E505,\"*Liquid*\"),1),MIN(COUNTIF($E505,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E505,\"*Coal\")+COUNTIF($E505,\"*Biomass*\"),1),MIN(COUNTIF($E505,\"*Liquid*\"),1),MIN(COUNTIF($E505,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E505,\"*Coal\")+COUNTIF($E505,\"*Biomass*\"),1),MIN(COUNTIF($E505,\"*Liquid*\"),1),MIN(COUNTIF($E505,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E505,\"*Coal\")+COUNTIF($E505,\"*Biomass*\"),1),MIN(COUNTIF($E505,\"*Liquid*\"),1),MIN(COUNTIF($E505,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E505,\"*Coal\")+COUNTIF($E505,\"*Biomass*\"),1),MIN(COUNTIF($E505,\"*Liquid*\"),1),MIN(COUNTIF($E505,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E505,\"*Coal\")+COUNTIF($E505,\"*Biomass*\"),1),MIN(COUNTIF($E505,\"*Liquid*\"),1),MIN(COUNTIF($E505,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E505,\"*Coal\")+COUNTIF($E505,\"*Biomass*\"),1),MIN(COUNTIF($E505,\"*Liquid*\"),1),MIN(COUNTIF($E505,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E505,\"*Coal\")+COUNTIF($E505,\"*Biomass*\"),1),MIN(COUNTIF($E505,\"*Liquid*\"),1),MIN(COUNTIF($E505,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E505,\"*Coal\")+COUNTIF($E505,\"*Biomass*\"),1),MIN(COUNTIF($E505,\"*Liquid*\"),1),MIN(COUNTIF($E505,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E505,\"*Coal\")+COUNTIF($E505,\"*Biomass*\"),1),MIN(COUNTIF($E505,\"*Liquid*\"),1),MIN(COUNTIF($E505,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E505,\"*Coal\")+COUNTIF($E505,\"*Biomass*\"),1),MIN(COUNTIF($E505,\"*Liquid*\"),1),MIN(COUNTIF($E505,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E505,\"*Coal\")+COUNTIF($E505,\"*Biomass*\"),1),MIN(COUNTIF($E505,\"*Liquid*\"),1),MIN(COUNTIF($E505,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E505,\"*Coal\")+COUNTIF($E505,\"*Biomass*\"),1),MIN(COUNTIF($E505,\"*Liquid*\"),1),MIN(COUNTIF($E505,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E505,\"*Coal\")+COUNTIF($E505,\"*Biomass*\"),1),MIN(COUNTIF($E505,\"*Liquid*\"),1),MIN(COUNTIF($E505,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E505,\"*Coal\")+COUNTIF($E505,\"*Biomass*\"),1),MIN(COUNTIF($E505,\"*Liquid*\"),1),MIN(COUNTIF($E505,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E505,\"*Coal\")+COUNTIF($E505,\"*Biomass*\"),1),MIN(COUNTIF($E505,\"*Liquid*\"),1),MIN(COUNTIF($E505,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E505,\"*Coal\")+COUNTIF($E505,\"*Biomass*\"),1),MIN(COUNTIF($E505,\"*Liquid*\"),1),MIN(COUNTIF($E505,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E505,\"*Coal\")+COUNTIF($E505,\"*Biomass*\"),1),MIN(COUNTIF($E505,\"*Liquid*\"),1),MIN(COUNTIF($E505,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E505,\"*Coal\")+COUNTIF($E505,\"*Biomass*\"),1),MIN(COUNTIF($E505,\"*Liquid*\"),1),MIN(COUNTIF($E505,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E505,\"*Coal\")+COUNTIF($E505,\"*Biomass*\"),1),MIN(COUNTIF($E505,\"*Liquid*\"),1),MIN(COUNTIF($E505,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E505,\"*Coal\")+COUNTIF($E505,\"*Biomass*\"),1),MIN(COUNTIF($E505,\"*Liquid*\"),1),MIN(COUNTIF($E505,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E505,\"*Coal\")+COUNTIF($E505,\"*Biomass*\"),1),MIN(COUNTIF($E505,\"*Liquid*\"),1),MIN(COUNTIF($E505,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E505,\"*Coal\")+COUNTIF($E505,\"*Biomass*\"),1),MIN(COUNTIF($E505,\"*Liquid*\"),1),MIN(COUNTIF($E505,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E505,\"*Coal\")+COUNTIF($E505,\"*Biomass*\"),1),MIN(COUNTIF($E505,\"*Liquid*\"),1),MIN(COUNTIF($E505,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E505,\"*Coal\")+COUNTIF($E505,\"*Biomass*\"),1),MIN(COUNTIF($E505,\"*Liquid*\"),1),MIN(COUNTIF($E505,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E505,\"*Coal\")+COUNTIF($E505,\"*Biomass*\"),1),MIN(COUNTIF($E505,\"*Liquid*\"),1),MIN(COUNTIF($E505,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G505)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C506","v":"Derby Solar Farm"},{"$f":"'Summary Mapping'!$J506","v":"Anticipated"},{"$f":"'Summary Mapping'!$F506","v":"VIC"},{"$f":"'Summary Mapping'!$M506","v":"Solar"},{"$f":"IF('Summary Mapping'!$H506=\"N/A\",'Summary Mapping'!$G506,'Summary Mapping'!$H506)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N506","v":"Solar"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E512,\"*Coal\")+COUNTIF($E512,\"*Biomass*\"),1),MIN(COUNTIF($E512,\"*Liquid*\"),1),MIN(COUNTIF($E512,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E512,\"*Coal\")+COUNTIF($E512,\"*Biomass*\"),1),MIN(COUNTIF($E512,\"*Liquid*\"),1),MIN(COUNTIF($E512,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E512,\"*Coal\")+COUNTIF($E512,\"*Biomass*\"),1),MIN(COUNTIF($E512,\"*Liquid*\"),1),MIN(COUNTIF($E512,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E512,\"*Coal\")+COUNTIF($E512,\"*Biomass*\"),1),MIN(COUNTIF($E512,\"*Liquid*\"),1),MIN(COUNTIF($E512,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E512,\"*Coal\")+COUNTIF($E512,\"*Biomass*\"),1),MIN(COUNTIF($E512,\"*Liquid*\"),1),MIN(COUNTIF($E512,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E512,\"*Coal\")+COUNTIF($E512,\"*Biomass*\"),1),MIN(COUNTIF($E512,\"*Liquid*\"),1),MIN(COUNTIF($E512,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E512,\"*Coal\")+COUNTIF($E512,\"*Biomass*\"),1),MIN(COUNTIF($E512,\"*Liquid*\"),1),MIN(COUNTIF($E512,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E512,\"*Coal\")+COUNTIF($E512,\"*Biomass*\"),1),MIN(COUNTIF($E512,\"*Liquid*\"),1),MIN(COUNTIF($E512,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E512,\"*Coal\")+COUNTIF($E512,\"*Biomass*\"),1),MIN(COUNTIF($E512,\"*Liquid*\"),1),MIN(COUNTIF($E512,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E512,\"*Coal\")+COUNTIF($E512,\"*Biomass*\"),1),MIN(COUNTIF($E512,\"*Liquid*\"),1),MIN(COUNTIF($E512,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E512,\"*Coal\")+COUNTIF($E512,\"*Biomass*\"),1),MIN(COUNTIF($E512,\"*Liquid*\"),1),MIN(COUNTIF($E512,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E512,\"*Coal\")+COUNTIF($E512,\"*Biomass*\"),1),MIN(COUNTIF($E512,\"*Liquid*\"),1),MIN(COUNTIF($E512,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E512,\"*Coal\")+COUNTIF($E512,\"*Biomass*\"),1),MIN(COUNTIF($E512,\"*Liquid*\"),1),MIN(COUNTIF($E512,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E512,\"*Coal\")+COUNTIF($E512,\"*Biomass*\"),1),MIN(COUNTIF($E512,\"*Liquid*\"),1),MIN(COUNTIF($E512,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E512,\"*Coal\")+COUNTIF($E512,\"*Biomass*\"),1),MIN(COUNTIF($E512,\"*Liquid*\"),1),MIN(COUNTIF($E512,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E512,\"*Coal\")+COUNTIF($E512,\"*Biomass*\"),1),MIN(COUNTIF($E512,\"*Liquid*\"),1),MIN(COUNTIF($E512,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E512,\"*Coal\")+COUNTIF($E512,\"*Biomass*\"),1),MIN(COUNTIF($E512,\"*Liquid*\"),1),MIN(COUNTIF($E512,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E512,\"*Coal\")+COUNTIF($E512,\"*Biomass*\"),1),MIN(COUNTIF($E512,\"*Liquid*\"),1),MIN(COUNTIF($E512,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E512,\"*Coal\")+COUNTIF($E512,\"*Biomass*\"),1),MIN(COUNTIF($E512,\"*Liquid*\"),1),MIN(COUNTIF($E512,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E512,\"*Coal\")+COUNTIF($E512,\"*Biomass*\"),1),MIN(COUNTIF($E512,\"*Liquid*\"),1),MIN(COUNTIF($E512,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G512)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C515","v":"GBWF1"},{"$f":"'Summary Mapping'!$J515","v":"Anticipated"},{"$f":"'Summary Mapping'!$F515","v":"QLD"},{"$f":"'Summary Mapping'!$M515","v":"Wind"},{"$f":"IF('Summary Mapping'!$H515=\"N/A\",'Summary Mapping'!$G515,'Summary Mapping'!$H515)","v":"Northern Qld"},{"$f":"'Summary Mapping'!$N515","v":"Wind"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E521,\"*Coal\")+COUNTIF($E521,\"*Biomass*\"),1),MIN(COUNTIF($E521,\"*Liquid*\"),1),MIN(COUNTIF($E521,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E521,\"*Coal\")+COUNTIF($E521,\"*Biomass*\"),1),MIN(COUNTIF($E521,\"*Liquid*\"),1),MIN(COUNTIF($E521,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E521,\"*Coal\")+COUNTIF($E521,\"*Biomass*\"),1),MIN(COUNTIF($E521,\"*Liquid*\"),1),MIN(COUNTIF($E521,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E521,\"*Coal\")+COUNTIF($E521,\"*Biomass*\"),1),MIN(COUNTIF($E521,\"*Liquid*\"),1),MIN(COUNTIF($E521,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E521,\"*Coal\")+COUNTIF($E521,\"*Biomass*\"),1),MIN(COUNTIF($E521,\"*Liquid*\"),1),MIN(COUNTIF($E521,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E521,\"*Coal\")+COUNTIF($E521,\"*Biomass*\"),1),MIN(COUNTIF($E521,\"*Liquid*\"),1),MIN(COUNTIF($E521,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E521,\"*Coal\")+COUNTIF($E521,\"*Biomass*\"),1),MIN(COUNTIF($E521,\"*Liquid*\"),1),MIN(COUNTIF($E521,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E521,\"*Coal\")+COUNTIF($E521,\"*Biomass*\"),1),MIN(COUNTIF($E521,\"*Liquid*\"),1),MIN(COUNTIF($E521,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E521,\"*Coal\")+COUNTIF($E521,\"*Biomass*\"),1),MIN(COUNTIF($E521,\"*Liquid*\"),1),MIN(COUNTIF($E521,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E521,\"*Coal\")+COUNTIF($E521,\"*Biomass*\"),1),MIN(COUNTIF($E521,\"*Liquid*\"),1),MIN(COUNTIF($E521,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E521,\"*Coal\")+COUNTIF($E521,\"*Biomass*\"),1),MIN(COUNTIF($E521,\"*Liquid*\"),1),MIN(COUNTIF($E521,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E521,\"*Coal\")+COUNTIF($E521,\"*Biomass*\"),1),MIN(COUNTIF($E521,\"*Liquid*\"),1),MIN(COUNTIF($E521,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E521,\"*Coal\")+COUNTIF($E521,\"*Biomass*\"),1),MIN(COUNTIF($E521,\"*Liquid*\"),1),MIN(COUNTIF($E521,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E521,\"*Coal\")+COUNTIF($E521,\"*Biomass*\"),1),MIN(COUNTIF($E521,\"*Liquid*\"),1),MIN(COUNTIF($E521,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E521,\"*Coal\")+COUNTIF($E521,\"*Biomass*\"),1),MIN(COUNTIF($E521,\"*Liquid*\"),1),MIN(COUNTIF($E521,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E521,\"*Coal\")+COUNTIF($E521,\"*Biomass*\"),1),MIN(COUNTIF($E521,\"*Liquid*\"),1),MIN(COUNTIF($E521,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E521,\"*Coal\")+COUNTIF($E521,\"*Biomass*\"),1),MIN(COUNTIF($E521,\"*Liquid*\"),1),MIN(COUNTIF($E521,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E521,\"*Coal\")+COUNTIF($E521,\"*Biomass*\"),1),MIN(COUNTIF($E521,\"*Liquid*\"),1),MIN(COUNTIF($E521,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E521,\"*Coal\")+COUNTIF($E521,\"*Biomass*\"),1),MIN(COUNTIF($E521,\"*Liquid*\"),1),MIN(COUNTIF($E521,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E521,\"*Coal\")+COUNTIF($E521,\"*Biomass*\"),1),MIN(COUNTIF($E521,\"*Liquid*\"),1),MIN(COUNTIF($E521,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E521,\"*Coal\")+COUNTIF($E521,\"*Biomass*\"),1),MIN(COUNTIF($E521,\"*Liquid*\"),1),MIN(COUNTIF($E521,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G521)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C524","v":"GANNB1"},{"$f":"'Summary Mapping'!$J524","v":"Existing"},{"$f":"'Summary Mapping'!$F524","v":"VIC"},{"$f":"'Summary Mapping'!$M524","v":"Battery"},{"$f":"IF('Summary Mapping'!$H524=\"N/A\",'Summary Mapping'!$G524,'Summary Mapping'!$H524)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N524","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E530,\"*Coal\")+COUNTIF($E530,\"*Biomass*\"),1),MIN(COUNTIF($E530,\"*Liquid*\"),1),MIN(COUNTIF($E530,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E530,\"*Coal\")+COUNTIF($E530,\"*Biomass*\"),1),MIN(COUNTIF($E530,\"*Liquid*\"),1),MIN(COUNTIF($E530,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E530,\"*Coal\")+COUNTIF($E530,\"*Biomass*\"),1),MIN(COUNTIF($E530,\"*Liquid*\"),1),MIN(COUNTIF($E530,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E530,\"*Coal\")+COUNTIF($E530,\"*Biomass*\"),1),MIN(COUNTIF($E530,\"*Liquid*\"),1),MIN(COUNTIF($E530,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E530,\"*Coal\")+COUNTIF($E530,\"*Biomass*\"),1),MIN(COUNTIF($E530,\"*Liquid*\"),1),MIN(COUNTIF($E530,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E530,\"*Coal\")+COUNTIF($E530,\"*Biomass*\"),1),MIN(COUNTIF($E530,\"*Liquid*\"),1),MIN(COUNTIF($E530,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E530,\"*Coal\")+COUNTIF($E530,\"*Biomass*\"),1),MIN(COUNTIF($E530,\"*Liquid*\"),1),MIN(COUNTIF($E530,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E530,\"*Coal\")+COUNTIF($E530,\"*Biomass*\"),1),MIN(COUNTIF($E530,\"*Liquid*\"),1),MIN(COUNTIF($E530,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E530,\"*Coal\")+COUNTIF($E530,\"*Biomass*\"),1),MIN(COUNTIF($E530,\"*Liquid*\"),1),MIN(COUNTIF($E530,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E530,\"*Coal\")+COUNTIF($E530,\"*Biomass*\"),1),MIN(COUNTIF($E530,\"*Liquid*\"),1),MIN(COUNTIF($E530,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E530,\"*Coal\")+COUNTIF($E530,\"*Biomass*\"),1),MIN(COUNTIF($E530,\"*Liquid*\"),1),MIN(COUNTIF($E530,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E530,\"*Coal\")+COUNTIF($E530,\"*Biomass*\"),1),MIN(COUNTIF($E530,\"*Liquid*\"),1),MIN(COUNTIF($E530,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E530,\"*Coal\")+COUNTIF($E530,\"*Biomass*\"),1),MIN(COUNTIF($E530,\"*Liquid*\"),1),MIN(COUNTIF($E530,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E530,\"*Coal\")+COUNTIF($E530,\"*Biomass*\"),1),MIN(COUNTIF($E530,\"*Liquid*\"),1),MIN(COUNTIF($E530,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E530,\"*Coal\")+COUNTIF($E530,\"*Biomass*\"),1),MIN(COUNTIF($E530,\"*Liquid*\"),1),MIN(COUNTIF($E530,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E530,\"*Coal\")+COUNTIF($E530,\"*Biomass*\"),1),MIN(COUNTIF($E530,\"*Liquid*\"),1),MIN(COUNTIF($E530,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E530,\"*Coal\")+COUNTIF($E530,\"*Biomass*\"),1),MIN(COUNTIF($E530,\"*Liquid*\"),1),MIN(COUNTIF($E530,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E530,\"*Coal\")+COUNTIF($E530,\"*Biomass*\"),1),MIN(COUNTIF($E530,\"*Liquid*\"),1),MIN(COUNTIF($E530,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E530,\"*Coal\")+COUNTIF($E530,\"*Biomass*\"),1),MIN(COUNTIF($E530,\"*Liquid*\"),1),MIN(COUNTIF($E530,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E530,\"*Coal\")+COUNTIF($E530,\"*Biomass*\"),1),MIN(COUNTIF($E530,\"*Liquid*\"),1),MIN(COUNTIF($E530,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E530,\"*Coal\")+COUNTIF($E530,\"*Biomass*\"),1),MIN(COUNTIF($E530,\"*Liquid*\"),1),MIN(COUNTIF($E530,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E530,\"*Coal\")+COUNTIF($E530,\"*Biomass*\"),1),MIN(COUNTIF($E530,\"*Liquid*\"),1),MIN(COUNTIF($E530,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E530,\"*Coal\")+COUNTIF($E530,\"*Biomass*\"),1),MIN(COUNTIF($E530,\"*Liquid*\"),1),MIN(COUNTIF($E530,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E530,\"*Coal\")+COUNTIF($E530,\"*Biomass*\"),1),MIN(COUNTIF($E530,\"*Liquid*\"),1),MIN(COUNTIF($E530,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G530)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C533","v":"VBB1"},{"$f":"'Summary Mapping'!$J533","v":"Existing"},{"$f":"'Summary Mapping'!$F533","v":"VIC"},{"$f":"'Summary Mapping'!$M533","v":"Battery"},{"$f":"IF('Summary Mapping'!$H533=\"N/A\",'Summary Mapping'!$G533,'Summary Mapping'!$H533)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N533","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E539,\"*Coal\")+COUNTIF($E539,\"*Biomass*\"),1),MIN(COUNTIF($E539,\"*Liquid*\"),1),MIN(COUNTIF($E539,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E539,\"*Coal\")+COUNTIF($E539,\"*Biomass*\"),1),MIN(COUNTIF($E539,\"*Liquid*\"),1),MIN(COUNTIF($E539,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E539,\"*Coal\")+COUNTIF($E539,\"*Biomass*\"),1),MIN(COUNTIF($E539,\"*Liquid*\"),1),MIN(COUNTIF($E539,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E539,\"*Coal\")+COUNTIF($E539,\"*Biomass*\"),1),MIN(COUNTIF($E539,\"*Liquid*\"),1),MIN(COUNTIF($E539,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E539,\"*Coal\")+COUNTIF($E539,\"*Biomass*\"),1),MIN(COUNTIF($E539,\"*Liquid*\"),1),MIN(COUNTIF($E539,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E539,\"*Coal\")+COUNTIF($E539,\"*Biomass*\"),1),MIN(COUNTIF($E539,\"*Liquid*\"),1),MIN(COUNTIF($E539,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E539,\"*Coal\")+COUNTIF($E539,\"*Biomass*\"),1),MIN(COUNTIF($E539,\"*Liquid*\"),1),MIN(COUNTIF($E539,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E539,\"*Coal\")+COUNTIF($E539,\"*Biomass*\"),1),MIN(COUNTIF($E539,\"*Liquid*\"),1),MIN(COUNTIF($E539,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E539,\"*Coal\")+COUNTIF($E539,\"*Biomass*\"),1),MIN(COUNTIF($E539,\"*Liquid*\"),1),MIN(COUNTIF($E539,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E539,\"*Coal\")+COUNTIF($E539,\"*Biomass*\"),1),MIN(COUNTIF($E539,\"*Liquid*\"),1),MIN(COUNTIF($E539,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E539,\"*Coal\")+COUNTIF($E539,\"*Biomass*\"),1),MIN(COUNTIF($E539,\"*Liquid*\"),1),MIN(COUNTIF($E539,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E539,\"*Coal\")+COUNTIF($E539,\"*Biomass*\"),1),MIN(COUNTIF($E539,\"*Liquid*\"),1),MIN(COUNTIF($E539,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E539,\"*Coal\")+COUNTIF($E539,\"*Biomass*\"),1),MIN(COUNTIF($E539,\"*Liquid*\"),1),MIN(COUNTIF($E539,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E539,\"*Coal\")+COUNTIF($E539,\"*Biomass*\"),1),MIN(COUNTIF($E539,\"*Liquid*\"),1),MIN(COUNTIF($E539,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E539,\"*Coal\")+COUNTIF($E539,\"*Biomass*\"),1),MIN(COUNTIF($E539,\"*Liquid*\"),1),MIN(COUNTIF($E539,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E539,\"*Coal\")+COUNTIF($E539,\"*Biomass*\"),1),MIN(COUNTIF($E539,\"*Liquid*\"),1),MIN(COUNTIF($E539,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E539,\"*Coal\")+COUNTIF($E539,\"*Biomass*\"),1),MIN(COUNTIF($E539,\"*Liquid*\"),1),MIN(COUNTIF($E539,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E539,\"*Coal\")+COUNTIF($E539,\"*Biomass*\"),1),MIN(COUNTIF($E539,\"*Liquid*\"),1),MIN(COUNTIF($E539,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E539,\"*Coal\")+COUNTIF($E539,\"*Biomass*\"),1),MIN(COUNTIF($E539,\"*Liquid*\"),1),MIN(COUNTIF($E539,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E539,\"*Coal\")+COUNTIF($E539,\"*Biomass*\"),1),MIN(COUNTIF($E539,\"*Liquid*\"),1),MIN(COUNTIF($E539,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E539,\"*Coal\")+COUNTIF($E539,\"*Biomass*\"),1),MIN(COUNTIF($E539,\"*Liquid*\"),1),MIN(COUNTIF($E539,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E539,\"*Coal\")+COUNTIF($E539,\"*Biomass*\"),1),MIN(COUNTIF($E539,\"*Liquid*\"),1),MIN(COUNTIF($E539,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E539,\"*Coal\")+COUNTIF($E539,\"*Biomass*\"),1),MIN(COUNTIF($E539,\"*Liquid*\"),1),MIN(COUNTIF($E539,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E539,\"*Coal\")+COUNTIF($E539,\"*Biomass*\"),1),MIN(COUNTIF($E539,\"*Liquid*\"),1),MIN(COUNTIF($E539,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E539,\"*Coal\")+COUNTIF($E539,\"*Biomass*\"),1),MIN(COUNTIF($E539,\"*Liquid*\"),1),MIN(COUNTIF($E539,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E539,\"*Coal\")+COUNTIF($E539,\"*Biomass*\"),1),MIN(COUNTIF($E539,\"*Liquid*\"),1),MIN(COUNTIF($E539,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E539,\"*Coal\")+COUNTIF($E539,\"*Biomass*\"),1),MIN(COUNTIF($E539,\"*Liquid*\"),1),MIN(COUNTIF($E539,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G539)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C542","v":"Clements Gap BESS"},{"$f":"'Summary Mapping'!$J542","v":"Committed"},{"$f":"'Summary Mapping'!$F542","v":"SA"},{"$f":"'Summary Mapping'!$M542","v":"Battery"},{"$f":"IF('Summary Mapping'!$H542=\"N/A\",'Summary Mapping'!$G542,'Summary Mapping'!$H542)","v":"Mid-North SA"},{"$f":"'Summary Mapping'!$N542","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E548,\"*Coal\")+COUNTIF($E548,\"*Biomass*\"),1),MIN(COUNTIF($E548,\"*Liquid*\"),1),MIN(COUNTIF($E548,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E548,\"*Coal\")+COUNTIF($E548,\"*Biomass*\"),1),MIN(COUNTIF($E548,\"*Liquid*\"),1),MIN(COUNTIF($E548,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E548,\"*Coal\")+COUNTIF($E548,\"*Biomass*\"),1),MIN(COUNTIF($E548,\"*Liquid*\"),1),MIN(COUNTIF($E548,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E548,\"*Coal\")+COUNTIF($E548,\"*Biomass*\"),1),MIN(COUNTIF($E548,\"*Liquid*\"),1),MIN(COUNTIF($E548,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E548,\"*Coal\")+COUNTIF($E548,\"*Biomass*\"),1),MIN(COUNTIF($E548,\"*Liquid*\"),1),MIN(COUNTIF($E548,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E548,\"*Coal\")+COUNTIF($E548,\"*Biomass*\"),1),MIN(COUNTIF($E548,\"*Liquid*\"),1),MIN(COUNTIF($E548,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E548,\"*Coal\")+COUNTIF($E548,\"*Biomass*\"),1),MIN(COUNTIF($E548,\"*Liquid*\"),1),MIN(COUNTIF($E548,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E548,\"*Coal\")+COUNTIF($E548,\"*Biomass*\"),1),MIN(COUNTIF($E548,\"*Liquid*\"),1),MIN(COUNTIF($E548,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E548,\"*Coal\")+COUNTIF($E548,\"*Biomass*\"),1),MIN(COUNTIF($E548,\"*Liquid*\"),1),MIN(COUNTIF($E548,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E548,\"*Coal\")+COUNTIF($E548,\"*Biomass*\"),1),MIN(COUNTIF($E548,\"*Liquid*\"),1),MIN(COUNTIF($E548,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E548,\"*Coal\")+COUNTIF($E548,\"*Biomass*\"),1),MIN(COUNTIF($E548,\"*Liquid*\"),1),MIN(COUNTIF($E548,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E548,\"*Coal\")+COUNTIF($E548,\"*Biomass*\"),1),MIN(COUNTIF($E548,\"*Liquid*\"),1),MIN(COUNTIF($E548,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E548,\"*Coal\")+COUNTIF($E548,\"*Biomass*\"),1),MIN(COUNTIF($E548,\"*Liquid*\"),1),MIN(COUNTIF($E548,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E548,\"*Coal\")+COUNTIF($E548,\"*Biomass*\"),1),MIN(COUNTIF($E548,\"*Liquid*\"),1),MIN(COUNTIF($E548,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E548,\"*Coal\")+COUNTIF($E548,\"*Biomass*\"),1),MIN(COUNTIF($E548,\"*Liquid*\"),1),MIN(COUNTIF($E548,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E548,\"*Coal\")+COUNTIF($E548,\"*Biomass*\"),1),MIN(COUNTIF($E548,\"*Liquid*\"),1),MIN(COUNTIF($E548,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E548,\"*Coal\")+COUNTIF($E548,\"*Biomass*\"),1),MIN(COUNTIF($E548,\"*Liquid*\"),1),MIN(COUNTIF($E548,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E548,\"*Coal\")+COUNTIF($E548,\"*Biomass*\"),1),MIN(COUNTIF($E548,\"*Liquid*\"),1),MIN(COUNTIF($E548,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E548,\"*Coal\")+COUNTIF($E548,\"*Biomass*\"),1),MIN(COUNTIF($E548,\"*Liquid*\"),1),MIN(COUNTIF($E548,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E548,\"*Coal\")+COUNTIF($E548,\"*Biomass*\"),1),MIN(COUNTIF($E548,\"*Liquid*\"),1),MIN(COUNTIF($E548,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E548,\"*Coal\")+COUNTIF($E548,\"*Biomass*\"),1),MIN(COUNTIF($E548,\"*Liquid*\"),1),MIN(COUNTIF($E548,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E548,\"*Coal\")+COUNTIF($E548,\"*Biomass*\"),1),MIN(COUNTIF($E548,\"*Liquid*\"),1),MIN(COUNTIF($E548,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E548,\"*Coal\")+COUNTIF($E548,\"*Biomass*\"),1),MIN(COUNTIF($E548,\"*Liquid*\"),1),MIN(COUNTIF($E548,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E548,\"*Coal\")+COUNTIF($E548,\"*Biomass*\"),1),MIN(COUNTIF($E548,\"*Liquid*\"),1),MIN(COUNTIF($E548,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E548,\"*Coal\")+COUNTIF($E548,\"*Biomass*\"),1),MIN(COUNTIF($E548,\"*Liquid*\"),1),MIN(COUNTIF($E548,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E548,\"*Coal\")+COUNTIF($E548,\"*Biomass*\"),1),MIN(COUNTIF($E548,\"*Liquid*\"),1),MIN(COUNTIF($E548,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G548)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C551","v":"QPBESS"},{"$f":"'Summary Mapping'!$J551","v":"Committed"},{"$f":"'Summary Mapping'!$F551","v":"NSW"},{"$f":"'Summary Mapping'!$M551","v":"Battery"},{"$f":"IF('Summary Mapping'!$H551=\"N/A\",'Summary Mapping'!$G551,'Summary Mapping'!$H551)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N551","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E557,\"*Coal\")+COUNTIF($E557,\"*Biomass*\"),1),MIN(COUNTIF($E557,\"*Liquid*\"),1),MIN(COUNTIF($E557,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E557,\"*Coal\")+COUNTIF($E557,\"*Biomass*\"),1),MIN(COUNTIF($E557,\"*Liquid*\"),1),MIN(COUNTIF($E557,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E557,\"*Coal\")+COUNTIF($E557,\"*Biomass*\"),1),MIN(COUNTIF($E557,\"*Liquid*\"),1),MIN(COUNTIF($E557,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E557,\"*Coal\")+COUNTIF($E557,\"*Biomass*\"),1),MIN(COUNTIF($E557,\"*Liquid*\"),1),MIN(COUNTIF($E557,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E557,\"*Coal\")+COUNTIF($E557,\"*Biomass*\"),1),MIN(COUNTIF($E557,\"*Liquid*\"),1),MIN(COUNTIF($E557,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E557,\"*Coal\")+COUNTIF($E557,\"*Biomass*\"),1),MIN(COUNTIF($E557,\"*Liquid*\"),1),MIN(COUNTIF($E557,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E557,\"*Coal\")+COUNTIF($E557,\"*Biomass*\"),1),MIN(COUNTIF($E557,\"*Liquid*\"),1),MIN(COUNTIF($E557,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E557,\"*Coal\")+COUNTIF($E557,\"*Biomass*\"),1),MIN(COUNTIF($E557,\"*Liquid*\"),1),MIN(COUNTIF($E557,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E557,\"*Coal\")+COUNTIF($E557,\"*Biomass*\"),1),MIN(COUNTIF($E557,\"*Liquid*\"),1),MIN(COUNTIF($E557,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E557,\"*Coal\")+COUNTIF($E557,\"*Biomass*\"),1),MIN(COUNTIF($E557,\"*Liquid*\"),1),MIN(COUNTIF($E557,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E557,\"*Coal\")+COUNTIF($E557,\"*Biomass*\"),1),MIN(COUNTIF($E557,\"*Liquid*\"),1),MIN(COUNTIF($E557,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E557,\"*Coal\")+COUNTIF($E557,\"*Biomass*\"),1),MIN(COUNTIF($E557,\"*Liquid*\"),1),MIN(COUNTIF($E557,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E557,\"*Coal\")+COUNTIF($E557,\"*Biomass*\"),1),MIN(COUNTIF($E557,\"*Liquid*\"),1),MIN(COUNTIF($E557,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E557,\"*Coal\")+COUNTIF($E557,\"*Biomass*\"),1),MIN(COUNTIF($E557,\"*Liquid*\"),1),MIN(COUNTIF($E557,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E557,\"*Coal\")+COUNTIF($E557,\"*Biomass*\"),1),MIN(COUNTIF($E557,\"*Liquid*\"),1),MIN(COUNTIF($E557,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E557,\"*Coal\")+COUNTIF($E557,\"*Biomass*\"),1),MIN(COUNTIF($E557,\"*Liquid*\"),1),MIN(COUNTIF($E557,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E557,\"*Coal\")+COUNTIF($E557,\"*Biomass*\"),1),MIN(COUNTIF($E557,\"*Liquid*\"),1),MIN(COUNTIF($E557,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E557,\"*Coal\")+COUNTIF($E557,\"*Biomass*\"),1),MIN(COUNTIF($E557,\"*Liquid*\"),1),MIN(COUNTIF($E557,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E557,\"*Coal\")+COUNTIF($E557,\"*Biomass*\"),1),MIN(COUNTIF($E557,\"*Liquid*\"),1),MIN(COUNTIF($E557,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E557,\"*Coal\")+COUNTIF($E557,\"*Biomass*\"),1),MIN(COUNTIF($E557,\"*Liquid*\"),1),MIN(COUNTIF($E557,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E557,\"*Coal\")+COUNTIF($E557,\"*Biomass*\"),1),MIN(COUNTIF($E557,\"*Liquid*\"),1),MIN(COUNTIF($E557,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E557,\"*Coal\")+COUNTIF($E557,\"*Biomass*\"),1),MIN(COUNTIF($E557,\"*Liquid*\"),1),MIN(COUNTIF($E557,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E557,\"*Coal\")+COUNTIF($E557,\"*Biomass*\"),1),MIN(COUNTIF($E557,\"*Liquid*\"),1),MIN(COUNTIF($E557,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E557,\"*Coal\")+COUNTIF($E557,\"*Biomass*\"),1),MIN(COUNTIF($E557,\"*Liquid*\"),1),MIN(COUNTIF($E557,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E557,\"*Coal\")+COUNTIF($E557,\"*Biomass*\"),1),MIN(COUNTIF($E557,\"*Liquid*\"),1),MIN(COUNTIF($E557,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E557,\"*Coal\")+COUNTIF($E557,\"*Biomass*\"),1),MIN(COUNTIF($E557,\"*Liquid*\"),1),MIN(COUNTIF($E557,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G557)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C552","v":"TB2BG1"},{"$f":"'Summary Mapping'!$J552","v":"Committed"},{"$f":"'Summary Mapping'!$F552","v":"SA"},{"$f":"'Summary Mapping'!$M552","v":"Battery"},{"$f":"IF('Summary Mapping'!$H552=\"N/A\",'Summary Mapping'!$G552,'Summary Mapping'!$H552)","v":"South East SA"},{"$f":"'Summary Mapping'!$N552","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E558,\"*Coal\")+COUNTIF($E558,\"*Biomass*\"),1),MIN(COUNTIF($E558,\"*Liquid*\"),1),MIN(COUNTIF($E558,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E558,\"*Coal\")+COUNTIF($E558,\"*Biomass*\"),1),MIN(COUNTIF($E558,\"*Liquid*\"),1),MIN(COUNTIF($E558,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E558,\"*Coal\")+COUNTIF($E558,\"*Biomass*\"),1),MIN(COUNTIF($E558,\"*Liquid*\"),1),MIN(COUNTIF($E558,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E558,\"*Coal\")+COUNTIF($E558,\"*Biomass*\"),1),MIN(COUNTIF($E558,\"*Liquid*\"),1),MIN(COUNTIF($E558,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E558,\"*Coal\")+COUNTIF($E558,\"*Biomass*\"),1),MIN(COUNTIF($E558,\"*Liquid*\"),1),MIN(COUNTIF($E558,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E558,\"*Coal\")+COUNTIF($E558,\"*Biomass*\"),1),MIN(COUNTIF($E558,\"*Liquid*\"),1),MIN(COUNTIF($E558,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E558,\"*Coal\")+COUNTIF($E558,\"*Biomass*\"),1),MIN(COUNTIF($E558,\"*Liquid*\"),1),MIN(COUNTIF($E558,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E558,\"*Coal\")+COUNTIF($E558,\"*Biomass*\"),1),MIN(COUNTIF($E558,\"*Liquid*\"),1),MIN(COUNTIF($E558,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E558,\"*Coal\")+COUNTIF($E558,\"*Biomass*\"),1),MIN(COUNTIF($E558,\"*Liquid*\"),1),MIN(COUNTIF($E558,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E558,\"*Coal\")+COUNTIF($E558,\"*Biomass*\"),1),MIN(COUNTIF($E558,\"*Liquid*\"),1),MIN(COUNTIF($E558,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E558,\"*Coal\")+COUNTIF($E558,\"*Biomass*\"),1),MIN(COUNTIF($E558,\"*Liquid*\"),1),MIN(COUNTIF($E558,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E558,\"*Coal\")+COUNTIF($E558,\"*Biomass*\"),1),MIN(COUNTIF($E558,\"*Liquid*\"),1),MIN(COUNTIF($E558,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E558,\"*Coal\")+COUNTIF($E558,\"*Biomass*\"),1),MIN(COUNTIF($E558,\"*Liquid*\"),1),MIN(COUNTIF($E558,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E558,\"*Coal\")+COUNTIF($E558,\"*Biomass*\"),1),MIN(COUNTIF($E558,\"*Liquid*\"),1),MIN(COUNTIF($E558,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E558,\"*Coal\")+COUNTIF($E558,\"*Biomass*\"),1),MIN(COUNTIF($E558,\"*Liquid*\"),1),MIN(COUNTIF($E558,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E558,\"*Coal\")+COUNTIF($E558,\"*Biomass*\"),1),MIN(COUNTIF($E558,\"*Liquid*\"),1),MIN(COUNTIF($E558,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E558,\"*Coal\")+COUNTIF($E558,\"*Biomass*\"),1),MIN(COUNTIF($E558,\"*Liquid*\"),1),MIN(COUNTIF($E558,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E558,\"*Coal\")+COUNTIF($E558,\"*Biomass*\"),1),MIN(COUNTIF($E558,\"*Liquid*\"),1),MIN(COUNTIF($E558,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E558,\"*Coal\")+COUNTIF($E558,\"*Biomass*\"),1),MIN(COUNTIF($E558,\"*Liquid*\"),1),MIN(COUNTIF($E558,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E558,\"*Coal\")+COUNTIF($E558,\"*Biomass*\"),1),MIN(COUNTIF($E558,\"*Liquid*\"),1),MIN(COUNTIF($E558,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E558,\"*Coal\")+COUNTIF($E558,\"*Biomass*\"),1),MIN(COUNTIF($E558,\"*Liquid*\"),1),MIN(COUNTIF($E558,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E558,\"*Coal\")+COUNTIF($E558,\"*Biomass*\"),1),MIN(COUNTIF($E558,\"*Liquid*\"),1),MIN(COUNTIF($E558,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E558,\"*Coal\")+COUNTIF($E558,\"*Biomass*\"),1),MIN(COUNTIF($E558,\"*Liquid*\"),1),MIN(COUNTIF($E558,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E558,\"*Coal\")+COUNTIF($E558,\"*Biomass*\"),1),MIN(COUNTIF($E558,\"*Liquid*\"),1),MIN(COUNTIF($E558,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E558,\"*Coal\")+COUNTIF($E558,\"*Biomass*\"),1),MIN(COUNTIF($E558,\"*Liquid*\"),1),MIN(COUNTIF($E558,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E558,\"*Coal\")+COUNTIF($E558,\"*Biomass*\"),1),MIN(COUNTIF($E558,\"*Liquid*\"),1),MIN(COUNTIF($E558,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E558,\"*Coal\")+COUNTIF($E558,\"*Biomass*\"),1),MIN(COUNTIF($E558,\"*Liquid*\"),1),MIN(COUNTIF($E558,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G558)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C560","v":"Brendale BESS"},{"$f":"'Summary Mapping'!$J560","v":"Anticipated"},{"$f":"'Summary Mapping'!$F560","v":"QLD"},{"$f":"'Summary Mapping'!$M560","v":"Battery"},{"$f":"IF('Summary Mapping'!$H560=\"N/A\",'Summary Mapping'!$G560,'Summary Mapping'!$H560)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N560","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E566,\"*Coal\")+COUNTIF($E566,\"*Biomass*\"),1),MIN(COUNTIF($E566,\"*Liquid*\"),1),MIN(COUNTIF($E566,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E566,\"*Coal\")+COUNTIF($E566,\"*Biomass*\"),1),MIN(COUNTIF($E566,\"*Liquid*\"),1),MIN(COUNTIF($E566,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E566,\"*Coal\")+COUNTIF($E566,\"*Biomass*\"),1),MIN(COUNTIF($E566,\"*Liquid*\"),1),MIN(COUNTIF($E566,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E566,\"*Coal\")+COUNTIF($E566,\"*Biomass*\"),1),MIN(COUNTIF($E566,\"*Liquid*\"),1),MIN(COUNTIF($E566,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E566,\"*Coal\")+COUNTIF($E566,\"*Biomass*\"),1),MIN(COUNTIF($E566,\"*Liquid*\"),1),MIN(COUNTIF($E566,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E566,\"*Coal\")+COUNTIF($E566,\"*Biomass*\"),1),MIN(COUNTIF($E566,\"*Liquid*\"),1),MIN(COUNTIF($E566,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E566,\"*Coal\")+COUNTIF($E566,\"*Biomass*\"),1),MIN(COUNTIF($E566,\"*Liquid*\"),1),MIN(COUNTIF($E566,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E566,\"*Coal\")+COUNTIF($E566,\"*Biomass*\"),1),MIN(COUNTIF($E566,\"*Liquid*\"),1),MIN(COUNTIF($E566,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E566,\"*Coal\")+COUNTIF($E566,\"*Biomass*\"),1),MIN(COUNTIF($E566,\"*Liquid*\"),1),MIN(COUNTIF($E566,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E566,\"*Coal\")+COUNTIF($E566,\"*Biomass*\"),1),MIN(COUNTIF($E566,\"*Liquid*\"),1),MIN(COUNTIF($E566,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E566,\"*Coal\")+COUNTIF($E566,\"*Biomass*\"),1),MIN(COUNTIF($E566,\"*Liquid*\"),1),MIN(COUNTIF($E566,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E566,\"*Coal\")+COUNTIF($E566,\"*Biomass*\"),1),MIN(COUNTIF($E566,\"*Liquid*\"),1),MIN(COUNTIF($E566,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E566,\"*Coal\")+COUNTIF($E566,\"*Biomass*\"),1),MIN(COUNTIF($E566,\"*Liquid*\"),1),MIN(COUNTIF($E566,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E566,\"*Coal\")+COUNTIF($E566,\"*Biomass*\"),1),MIN(COUNTIF($E566,\"*Liquid*\"),1),MIN(COUNTIF($E566,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E566,\"*Coal\")+COUNTIF($E566,\"*Biomass*\"),1),MIN(COUNTIF($E566,\"*Liquid*\"),1),MIN(COUNTIF($E566,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E566,\"*Coal\")+COUNTIF($E566,\"*Biomass*\"),1),MIN(COUNTIF($E566,\"*Liquid*\"),1),MIN(COUNTIF($E566,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E566,\"*Coal\")+COUNTIF($E566,\"*Biomass*\"),1),MIN(COUNTIF($E566,\"*Liquid*\"),1),MIN(COUNTIF($E566,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E566,\"*Coal\")+COUNTIF($E566,\"*Biomass*\"),1),MIN(COUNTIF($E566,\"*Liquid*\"),1),MIN(COUNTIF($E566,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E566,\"*Coal\")+COUNTIF($E566,\"*Biomass*\"),1),MIN(COUNTIF($E566,\"*Liquid*\"),1),MIN(COUNTIF($E566,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E566,\"*Coal\")+COUNTIF($E566,\"*Biomass*\"),1),MIN(COUNTIF($E566,\"*Liquid*\"),1),MIN(COUNTIF($E566,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E566,\"*Coal\")+COUNTIF($E566,\"*Biomass*\"),1),MIN(COUNTIF($E566,\"*Liquid*\"),1),MIN(COUNTIF($E566,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E566,\"*Coal\")+COUNTIF($E566,\"*Biomass*\"),1),MIN(COUNTIF($E566,\"*Liquid*\"),1),MIN(COUNTIF($E566,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E566,\"*Coal\")+COUNTIF($E566,\"*Biomass*\"),1),MIN(COUNTIF($E566,\"*Liquid*\"),1),MIN(COUNTIF($E566,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E566,\"*Coal\")+COUNTIF($E566,\"*Biomass*\"),1),MIN(COUNTIF($E566,\"*Liquid*\"),1),MIN(COUNTIF($E566,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E566,\"*Coal\")+COUNTIF($E566,\"*Biomass*\"),1),MIN(COUNTIF($E566,\"*Liquid*\"),1),MIN(COUNTIF($E566,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E566,\"*Coal\")+COUNTIF($E566,\"*Biomass*\"),1),MIN(COUNTIF($E566,\"*Liquid*\"),1),MIN(COUNTIF($E566,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E566,\"*Coal\")+COUNTIF($E566,\"*Biomass*\"),1),MIN(COUNTIF($E566,\"*Liquid*\"),1),MIN(COUNTIF($E566,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G566)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C569","v":"Mortlake Battery"},{"$f":"'Summary Mapping'!$J569","v":"Anticipated"},{"$f":"'Summary Mapping'!$F569","v":"VIC"},{"$f":"'Summary Mapping'!$M569","v":"Battery"},{"$f":"IF('Summary Mapping'!$H569=\"N/A\",'Summary Mapping'!$G569,'Summary Mapping'!$H569)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N569","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E575,\"*Coal\")+COUNTIF($E575,\"*Biomass*\"),1),MIN(COUNTIF($E575,\"*Liquid*\"),1),MIN(COUNTIF($E575,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E575,\"*Coal\")+COUNTIF($E575,\"*Biomass*\"),1),MIN(COUNTIF($E575,\"*Liquid*\"),1),MIN(COUNTIF($E575,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E575,\"*Coal\")+COUNTIF($E575,\"*Biomass*\"),1),MIN(COUNTIF($E575,\"*Liquid*\"),1),MIN(COUNTIF($E575,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E575,\"*Coal\")+COUNTIF($E575,\"*Biomass*\"),1),MIN(COUNTIF($E575,\"*Liquid*\"),1),MIN(COUNTIF($E575,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E575,\"*Coal\")+COUNTIF($E575,\"*Biomass*\"),1),MIN(COUNTIF($E575,\"*Liquid*\"),1),MIN(COUNTIF($E575,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E575,\"*Coal\")+COUNTIF($E575,\"*Biomass*\"),1),MIN(COUNTIF($E575,\"*Liquid*\"),1),MIN(COUNTIF($E575,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E575,\"*Coal\")+COUNTIF($E575,\"*Biomass*\"),1),MIN(COUNTIF($E575,\"*Liquid*\"),1),MIN(COUNTIF($E575,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E575,\"*Coal\")+COUNTIF($E575,\"*Biomass*\"),1),MIN(COUNTIF($E575,\"*Liquid*\"),1),MIN(COUNTIF($E575,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E575,\"*Coal\")+COUNTIF($E575,\"*Biomass*\"),1),MIN(COUNTIF($E575,\"*Liquid*\"),1),MIN(COUNTIF($E575,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E575,\"*Coal\")+COUNTIF($E575,\"*Biomass*\"),1),MIN(COUNTIF($E575,\"*Liquid*\"),1),MIN(COUNTIF($E575,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E575,\"*Coal\")+COUNTIF($E575,\"*Biomass*\"),1),MIN(COUNTIF($E575,\"*Liquid*\"),1),MIN(COUNTIF($E575,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E575,\"*Coal\")+COUNTIF($E575,\"*Biomass*\"),1),MIN(COUNTIF($E575,\"*Liquid*\"),1),MIN(COUNTIF($E575,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E575,\"*Coal\")+COUNTIF($E575,\"*Biomass*\"),1),MIN(COUNTIF($E575,\"*Liquid*\"),1),MIN(COUNTIF($E575,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E575,\"*Coal\")+COUNTIF($E575,\"*Biomass*\"),1),MIN(COUNTIF($E575,\"*Liquid*\"),1),MIN(COUNTIF($E575,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E575,\"*Coal\")+COUNTIF($E575,\"*Biomass*\"),1),MIN(COUNTIF($E575,\"*Liquid*\"),1),MIN(COUNTIF($E575,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E575,\"*Coal\")+COUNTIF($E575,\"*Biomass*\"),1),MIN(COUNTIF($E575,\"*Liquid*\"),1),MIN(COUNTIF($E575,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E575,\"*Coal\")+COUNTIF($E575,\"*Biomass*\"),1),MIN(COUNTIF($E575,\"*Liquid*\"),1),MIN(COUNTIF($E575,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E575,\"*Coal\")+COUNTIF($E575,\"*Biomass*\"),1),MIN(COUNTIF($E575,\"*Liquid*\"),1),MIN(COUNTIF($E575,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E575,\"*Coal\")+COUNTIF($E575,\"*Biomass*\"),1),MIN(COUNTIF($E575,\"*Liquid*\"),1),MIN(COUNTIF($E575,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E575,\"*Coal\")+COUNTIF($E575,\"*Biomass*\"),1),MIN(COUNTIF($E575,\"*Liquid*\"),1),MIN(COUNTIF($E575,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E575,\"*Coal\")+COUNTIF($E575,\"*Biomass*\"),1),MIN(COUNTIF($E575,\"*Liquid*\"),1),MIN(COUNTIF($E575,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E575,\"*Coal\")+COUNTIF($E575,\"*Biomass*\"),1),MIN(COUNTIF($E575,\"*Liquid*\"),1),MIN(COUNTIF($E575,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E575,\"*Coal\")+COUNTIF($E575,\"*Biomass*\"),1),MIN(COUNTIF($E575,\"*Liquid*\"),1),MIN(COUNTIF($E575,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E575,\"*Coal\")+COUNTIF($E575,\"*Biomass*\"),1),MIN(COUNTIF($E575,\"*Liquid*\"),1),MIN(COUNTIF($E575,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E575,\"*Coal\")+COUNTIF($E575,\"*Biomass*\"),1),MIN(COUNTIF($E575,\"*Liquid*\"),1),MIN(COUNTIF($E575,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E575,\"*Coal\")+COUNTIF($E575,\"*Biomass*\"),1),MIN(COUNTIF($E575,\"*Liquid*\"),1),MIN(COUNTIF($E575,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E575,\"*Coal\")+COUNTIF($E575,\"*Biomass*\"),1),MIN(COUNTIF($E575,\"*Liquid*\"),1),MIN(COUNTIF($E575,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G575)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C578","v":"Swanbank BESS"},{"$f":"'Summary Mapping'!$J578","v":"Anticipated"},{"$f":"'Summary Mapping'!$F578","v":"QLD"},{"$f":"'Summary Mapping'!$M578","v":"Battery"},{"$f":"IF('Summary Mapping'!$H578=\"N/A\",'Summary Mapping'!$G578,'Summary Mapping'!$H578)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N578","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E584,\"*Coal\")+COUNTIF($E584,\"*Biomass*\"),1),MIN(COUNTIF($E584,\"*Liquid*\"),1),MIN(COUNTIF($E584,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E584,\"*Coal\")+COUNTIF($E584,\"*Biomass*\"),1),MIN(COUNTIF($E584,\"*Liquid*\"),1),MIN(COUNTIF($E584,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E584,\"*Coal\")+COUNTIF($E584,\"*Biomass*\"),1),MIN(COUNTIF($E584,\"*Liquid*\"),1),MIN(COUNTIF($E584,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E584,\"*Coal\")+COUNTIF($E584,\"*Biomass*\"),1),MIN(COUNTIF($E584,\"*Liquid*\"),1),MIN(COUNTIF($E584,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E584,\"*Coal\")+COUNTIF($E584,\"*Biomass*\"),1),MIN(COUNTIF($E584,\"*Liquid*\"),1),MIN(COUNTIF($E584,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E584,\"*Coal\")+COUNTIF($E584,\"*Biomass*\"),1),MIN(COUNTIF($E584,\"*Liquid*\"),1),MIN(COUNTIF($E584,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E584,\"*Coal\")+COUNTIF($E584,\"*Biomass*\"),1),MIN(COUNTIF($E584,\"*Liquid*\"),1),MIN(COUNTIF($E584,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E584,\"*Coal\")+COUNTIF($E584,\"*Biomass*\"),1),MIN(COUNTIF($E584,\"*Liquid*\"),1),MIN(COUNTIF($E584,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E584,\"*Coal\")+COUNTIF($E584,\"*Biomass*\"),1),MIN(COUNTIF($E584,\"*Liquid*\"),1),MIN(COUNTIF($E584,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E584,\"*Coal\")+COUNTIF($E584,\"*Biomass*\"),1),MIN(COUNTIF($E584,\"*Liquid*\"),1),MIN(COUNTIF($E584,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E584,\"*Coal\")+COUNTIF($E584,\"*Biomass*\"),1),MIN(COUNTIF($E584,\"*Liquid*\"),1),MIN(COUNTIF($E584,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E584,\"*Coal\")+COUNTIF($E584,\"*Biomass*\"),1),MIN(COUNTIF($E584,\"*Liquid*\"),1),MIN(COUNTIF($E584,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E584,\"*Coal\")+COUNTIF($E584,\"*Biomass*\"),1),MIN(COUNTIF($E584,\"*Liquid*\"),1),MIN(COUNTIF($E584,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E584,\"*Coal\")+COUNTIF($E584,\"*Biomass*\"),1),MIN(COUNTIF($E584,\"*Liquid*\"),1),MIN(COUNTIF($E584,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E584,\"*Coal\")+COUNTIF($E584,\"*Biomass*\"),1),MIN(COUNTIF($E584,\"*Liquid*\"),1),MIN(COUNTIF($E584,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E584,\"*Coal\")+COUNTIF($E584,\"*Biomass*\"),1),MIN(COUNTIF($E584,\"*Liquid*\"),1),MIN(COUNTIF($E584,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E584,\"*Coal\")+COUNTIF($E584,\"*Biomass*\"),1),MIN(COUNTIF($E584,\"*Liquid*\"),1),MIN(COUNTIF($E584,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E584,\"*Coal\")+COUNTIF($E584,\"*Biomass*\"),1),MIN(COUNTIF($E584,\"*Liquid*\"),1),MIN(COUNTIF($E584,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E584,\"*Coal\")+COUNTIF($E584,\"*Biomass*\"),1),MIN(COUNTIF($E584,\"*Liquid*\"),1),MIN(COUNTIF($E584,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E584,\"*Coal\")+COUNTIF($E584,\"*Biomass*\"),1),MIN(COUNTIF($E584,\"*Liquid*\"),1),MIN(COUNTIF($E584,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E584,\"*Coal\")+COUNTIF($E584,\"*Biomass*\"),1),MIN(COUNTIF($E584,\"*Liquid*\"),1),MIN(COUNTIF($E584,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E584,\"*Coal\")+COUNTIF($E584,\"*Biomass*\"),1),MIN(COUNTIF($E584,\"*Liquid*\"),1),MIN(COUNTIF($E584,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E584,\"*Coal\")+COUNTIF($E584,\"*Biomass*\"),1),MIN(COUNTIF($E584,\"*Liquid*\"),1),MIN(COUNTIF($E584,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E584,\"*Coal\")+COUNTIF($E584,\"*Biomass*\"),1),MIN(COUNTIF($E584,\"*Liquid*\"),1),MIN(COUNTIF($E584,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E584,\"*Coal\")+COUNTIF($E584,\"*Biomass*\"),1),MIN(COUNTIF($E584,\"*Liquid*\"),1),MIN(COUNTIF($E584,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E584,\"*Coal\")+COUNTIF($E584,\"*Biomass*\"),1),MIN(COUNTIF($E584,\"*Liquid*\"),1),MIN(COUNTIF($E584,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E584,\"*Coal\")+COUNTIF($E584,\"*Biomass*\"),1),MIN(COUNTIF($E584,\"*Liquid*\"),1),MIN(COUNTIF($E584,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G584)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C587","v":"Goulburn River BESS"},{"$f":"'Summary Mapping'!$J587","v":"Additional policy-supported project"},{"$f":"'Summary Mapping'!$F587","v":"NSW"},{"$f":"'Summary Mapping'!$M587","v":"Battery"},{"$f":"IF('Summary Mapping'!$H587=\"N/A\",'Summary Mapping'!$G587,'Summary Mapping'!$H587)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N587","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E593,\"*Coal\")+COUNTIF($E593,\"*Biomass*\"),1),MIN(COUNTIF($E593,\"*Liquid*\"),1),MIN(COUNTIF($E593,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E593,\"*Coal\")+COUNTIF($E593,\"*Biomass*\"),1),MIN(COUNTIF($E593,\"*Liquid*\"),1),MIN(COUNTIF($E593,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E593,\"*Coal\")+COUNTIF($E593,\"*Biomass*\"),1),MIN(COUNTIF($E593,\"*Liquid*\"),1),MIN(COUNTIF($E593,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E593,\"*Coal\")+COUNTIF($E593,\"*Biomass*\"),1),MIN(COUNTIF($E593,\"*Liquid*\"),1),MIN(COUNTIF($E593,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E593,\"*Coal\")+COUNTIF($E593,\"*Biomass*\"),1),MIN(COUNTIF($E593,\"*Liquid*\"),1),MIN(COUNTIF($E593,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E593,\"*Coal\")+COUNTIF($E593,\"*Biomass*\"),1),MIN(COUNTIF($E593,\"*Liquid*\"),1),MIN(COUNTIF($E593,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E593,\"*Coal\")+COUNTIF($E593,\"*Biomass*\"),1),MIN(COUNTIF($E593,\"*Liquid*\"),1),MIN(COUNTIF($E593,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E593,\"*Coal\")+COUNTIF($E593,\"*Biomass*\"),1),MIN(COUNTIF($E593,\"*Liquid*\"),1),MIN(COUNTIF($E593,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E593,\"*Coal\")+COUNTIF($E593,\"*Biomass*\"),1),MIN(COUNTIF($E593,\"*Liquid*\"),1),MIN(COUNTIF($E593,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E593,\"*Coal\")+COUNTIF($E593,\"*Biomass*\"),1),MIN(COUNTIF($E593,\"*Liquid*\"),1),MIN(COUNTIF($E593,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E593,\"*Coal\")+COUNTIF($E593,\"*Biomass*\"),1),MIN(COUNTIF($E593,\"*Liquid*\"),1),MIN(COUNTIF($E593,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E593,\"*Coal\")+COUNTIF($E593,\"*Biomass*\"),1),MIN(COUNTIF($E593,\"*Liquid*\"),1),MIN(COUNTIF($E593,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E593,\"*Coal\")+COUNTIF($E593,\"*Biomass*\"),1),MIN(COUNTIF($E593,\"*Liquid*\"),1),MIN(COUNTIF($E593,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E593,\"*Coal\")+COUNTIF($E593,\"*Biomass*\"),1),MIN(COUNTIF($E593,\"*Liquid*\"),1),MIN(COUNTIF($E593,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E593,\"*Coal\")+COUNTIF($E593,\"*Biomass*\"),1),MIN(COUNTIF($E593,\"*Liquid*\"),1),MIN(COUNTIF($E593,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E593,\"*Coal\")+COUNTIF($E593,\"*Biomass*\"),1),MIN(COUNTIF($E593,\"*Liquid*\"),1),MIN(COUNTIF($E593,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E593,\"*Coal\")+COUNTIF($E593,\"*Biomass*\"),1),MIN(COUNTIF($E593,\"*Liquid*\"),1),MIN(COUNTIF($E593,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E593,\"*Coal\")+COUNTIF($E593,\"*Biomass*\"),1),MIN(COUNTIF($E593,\"*Liquid*\"),1),MIN(COUNTIF($E593,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E593,\"*Coal\")+COUNTIF($E593,\"*Biomass*\"),1),MIN(COUNTIF($E593,\"*Liquid*\"),1),MIN(COUNTIF($E593,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593)*SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E593,\"*Coal\")+COUNTIF($E593,\"*Biomass*\"),1),MIN(COUNTIF($E593,\"*Liquid*\"),1),MIN(COUNTIF($E593,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E593,\"*Coal\")+COUNTIF($E593,\"*Biomass*\"),1),MIN(COUNTIF($E593,\"*Liquid*\"),1),MIN(COUNTIF($E593,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E593,\"*Coal\")+COUNTIF($E593,\"*Biomass*\"),1),MIN(COUNTIF($E593,\"*Liquid*\"),1),MIN(COUNTIF($E593,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E593,\"*Coal\")+COUNTIF($E593,\"*Biomass*\"),1),MIN(COUNTIF($E593,\"*Liquid*\"),1),MIN(COUNTIF($E593,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E593,\"*Coal\")+COUNTIF($E593,\"*Biomass*\"),1),MIN(COUNTIF($E593,\"*Liquid*\"),1),MIN(COUNTIF($E593,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E593,\"*Coal\")+COUNTIF($E593,\"*Biomass*\"),1),MIN(COUNTIF($E593,\"*Liquid*\"),1),MIN(COUNTIF($E593,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G593)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C596","v":"QEJP - Borumba"},{"$f":"'Summary Mapping'!$J596","v":"Anticipated"},{"$f":"'Summary Mapping'!$F596","v":"QLD"},{"$f":"'Summary Mapping'!$M596","v":"Water"},{"$f":"IF('Summary Mapping'!$H596=\"N/A\",'Summary Mapping'!$G596,'Summary Mapping'!$H596)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N596","v":"Hydro"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E602,\"*Coal\")+COUNTIF($E602,\"*Biomass*\"),1),MIN(COUNTIF($E602,\"*Liquid*\"),1),MIN(COUNTIF($E602,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E602,\"*Coal\")+COUNTIF($E602,\"*Biomass*\"),1),MIN(COUNTIF($E602,\"*Liquid*\"),1),MIN(COUNTIF($E602,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E602,\"*Coal\")+COUNTIF($E602,\"*Biomass*\"),1),MIN(COUNTIF($E602,\"*Liquid*\"),1),MIN(COUNTIF($E602,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E602,\"*Coal\")+COUNTIF($E602,\"*Biomass*\"),1),MIN(COUNTIF($E602,\"*Liquid*\"),1),MIN(COUNTIF($E602,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E602,\"*Coal\")+COUNTIF($E602,\"*Biomass*\"),1),MIN(COUNTIF($E602,\"*Liquid*\"),1),MIN(COUNTIF($E602,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E602,\"*Coal\")+COUNTIF($E602,\"*Biomass*\"),1),MIN(COUNTIF($E602,\"*Liquid*\"),1),MIN(COUNTIF($E602,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E602,\"*Coal\")+COUNTIF($E602,\"*Biomass*\"),1),MIN(COUNTIF($E602,\"*Liquid*\"),1),MIN(COUNTIF($E602,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E602,\"*Coal\")+COUNTIF($E602,\"*Biomass*\"),1),MIN(COUNTIF($E602,\"*Liquid*\"),1),MIN(COUNTIF($E602,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E602,\"*Coal\")+COUNTIF($E602,\"*Biomass*\"),1),MIN(COUNTIF($E602,\"*Liquid*\"),1),MIN(COUNTIF($E602,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E602,\"*Coal\")+COUNTIF($E602,\"*Biomass*\"),1),MIN(COUNTIF($E602,\"*Liquid*\"),1),MIN(COUNTIF($E602,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E602,\"*Coal\")+COUNTIF($E602,\"*Biomass*\"),1),MIN(COUNTIF($E602,\"*Liquid*\"),1),MIN(COUNTIF($E602,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E602,\"*Coal\")+COUNTIF($E602,\"*Biomass*\"),1),MIN(COUNTIF($E602,\"*Liquid*\"),1),MIN(COUNTIF($E602,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E602,\"*Coal\")+COUNTIF($E602,\"*Biomass*\"),1),MIN(COUNTIF($E602,\"*Liquid*\"),1),MIN(COUNTIF($E602,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E602,\"*Coal\")+COUNTIF($E602,\"*Biomass*\"),1),MIN(COUNTIF($E602,\"*Liquid*\"),1),MIN(COUNTIF($E602,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E602,\"*Coal\")+COUNTIF($E602,\"*Biomass*\"),1),MIN(COUNTIF($E602,\"*Liquid*\"),1),MIN(COUNTIF($E602,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E602,\"*Coal\")+COUNTIF($E602,\"*Biomass*\"),1),MIN(COUNTIF($E602,\"*Liquid*\"),1),MIN(COUNTIF($E602,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E602,\"*Coal\")+COUNTIF($E602,\"*Biomass*\"),1),MIN(COUNTIF($E602,\"*Liquid*\"),1),MIN(COUNTIF($E602,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E602,\"*Coal\")+COUNTIF($E602,\"*Biomass*\"),1),MIN(COUNTIF($E602,\"*Liquid*\"),1),MIN(COUNTIF($E602,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E602,\"*Coal\")+COUNTIF($E602,\"*Biomass*\"),1),MIN(COUNTIF($E602,\"*Liquid*\"),1),MIN(COUNTIF($E602,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602)*SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E602,\"*Coal\")+COUNTIF($E602,\"*Biomass*\"),1),MIN(COUNTIF($E602,\"*Liquid*\"),1),MIN(COUNTIF($E602,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E602,\"*Coal\")+COUNTIF($E602,\"*Biomass*\"),1),MIN(COUNTIF($E602,\"*Liquid*\"),1),MIN(COUNTIF($E602,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E602,\"*Coal\")+COUNTIF($E602,\"*Biomass*\"),1),MIN(COUNTIF($E602,\"*Liquid*\"),1),MIN(COUNTIF($E602,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E602,\"*Coal\")+COUNTIF($E602,\"*Biomass*\"),1),MIN(COUNTIF($E602,\"*Liquid*\"),1),MIN(COUNTIF($E602,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E602,\"*Coal\")+COUNTIF($E602,\"*Biomass*\"),1),MIN(COUNTIF($E602,\"*Liquid*\"),1),MIN(COUNTIF($E602,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E602,\"*Coal\")+COUNTIF($E602,\"*Biomass*\"),1),MIN(COUNTIF($E602,\"*Liquid*\"),1),MIN(COUNTIF($E602,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G602)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C605","v":"Lockyer Valley GT"},{"$f":"'Summary Mapping'!$J605","v":"Anticipated"},{"$f":"'Summary Mapping'!$F605","v":"QLD"},{"$f":"'Summary Mapping'!$M605","v":"Gas"},{"$f":"IF('Summary Mapping'!$H605=\"N/A\",'Summary Mapping'!$G605,'Summary Mapping'!$H605)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N605","v":"Lockyer Valley GT"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E611,\"*Coal\")+COUNTIF($E611,\"*Biomass*\"),1),MIN(COUNTIF($E611,\"*Liquid*\"),1),MIN(COUNTIF($E611,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G611),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G611),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G611)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":15.048890446470857},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E611,\"*Coal\")+COUNTIF($E611,\"*Biomass*\"),1),MIN(COUNTIF($E611,\"*Liquid*\"),1),MIN(COUNTIF($E611,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G611),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G611),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G611)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":14.509781414191787},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E611,\"*Coal\")+COUNTIF($E611,\"*Biomass*\"),1),MIN(COUNTIF($E611,\"*Liquid*\"),1),MIN(COUNTIF($E611,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G611),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G611),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G611)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":15.171973062650524},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E611,\"*Coal\")+COUNTIF($E611,\"*Biomass*\"),1),MIN(COUNTIF($E611,\"*Liquid*\"),1),MIN(COUNTIF($E611,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G611),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G611),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G611)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.650757743963934},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E611,\"*Coal\")+COUNTIF($E611,\"*Biomass*\"),1),MIN(COUNTIF($E611,\"*Liquid*\"),1),MIN(COUNTIF($E611,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G611),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G611),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G611)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.48440319955931},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E611,\"*Coal\")+COUNTIF($E611,\"*Biomass*\"),1),MIN(COUNTIF($E611,\"*Liquid*\"),1),MIN(COUNTIF($E611,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G611),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G611),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G611)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":13.419458430313448},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E611,\"*Coal\")+COUNTIF($E611,\"*Biomass*\"),1),MIN(COUNTIF($E611,\"*Liquid*\"),1),MIN(COUNTIF($E611,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G611),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G611),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G611)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.389943863225586},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E611,\"*Coal\")+COUNTIF($E611,\"*Biomass*\"),1),MIN(COUNTIF($E611,\"*Liquid*\"),1),MIN(COUNTIF($E611,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G611),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G611),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G611)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.026792606618821},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E611,\"*Coal\")+COUNTIF($E611,\"*Biomass*\"),1),MIN(COUNTIF($E611,\"*Liquid*\"),1),MIN(COUNTIF($E611,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G611),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G611),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G611)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.510232703108549},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E611,\"*Coal\")+COUNTIF($E611,\"*Biomass*\"),1),MIN(COUNTIF($E611,\"*Liquid*\"),1),MIN(COUNTIF($E611,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G611),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G611),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G611)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":11.638624673004559},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E611,\"*Coal\")+COUNTIF($E611,\"*Biomass*\"),1),MIN(COUNTIF($E611,\"*Liquid*\"),1),MIN(COUNTIF($E611,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G611),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G611),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G611)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.381405850971158},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E611,\"*Coal\")+COUNTIF($E611,\"*Biomass*\"),1),MIN(COUNTIF($E611,\"*Liquid*\"),1),MIN(COUNTIF($E611,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G611),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G611),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G611)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.600534387191791},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E611,\"*Coal\")+COUNTIF($E611,\"*Biomass*\"),1),MIN(COUNTIF($E611,\"*Liquid*\"),1),MIN(COUNTIF($E611,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G611),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G611),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G611)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.736797741027274}]
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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E614,\"*Coal\")+COUNTIF($E614,\"*Biomass*\"),1),MIN(COUNTIF($E614,\"*Liquid*\"),1),MIN(COUNTIF($E614,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E614,\"*Coal\")+COUNTIF($E614,\"*Biomass*\"),1),MIN(COUNTIF($E614,\"*Liquid*\"),1),MIN(COUNTIF($E614,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E614,\"*Coal\")+COUNTIF($E614,\"*Biomass*\"),1),MIN(COUNTIF($E614,\"*Liquid*\"),1),MIN(COUNTIF($E614,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E614,\"*Coal\")+COUNTIF($E614,\"*Biomass*\"),1),MIN(COUNTIF($E614,\"*Liquid*\"),1),MIN(COUNTIF($E614,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E614,\"*Coal\")+COUNTIF($E614,\"*Biomass*\"),1),MIN(COUNTIF($E614,\"*Liquid*\"),1),MIN(COUNTIF($E614,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E614,\"*Coal\")+COUNTIF($E614,\"*Biomass*\"),1),MIN(COUNTIF($E614,\"*Liquid*\"),1),MIN(COUNTIF($E614,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E614,\"*Coal\")+COUNTIF($E614,\"*Biomass*\"),1),MIN(COUNTIF($E614,\"*Liquid*\"),1),MIN(COUNTIF($E614,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E614,\"*Coal\")+COUNTIF($E614,\"*Biomass*\"),1),MIN(COUNTIF($E614,\"*Liquid*\"),1),MIN(COUNTIF($E614,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E614,\"*Coal\")+COUNTIF($E614,\"*Biomass*\"),1),MIN(COUNTIF($E614,\"*Liquid*\"),1),MIN(COUNTIF($E614,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E614,\"*Coal\")+COUNTIF($E614,\"*Biomass*\"),1),MIN(COUNTIF($E614,\"*Liquid*\"),1),MIN(COUNTIF($E614,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E614,\"*Coal\")+COUNTIF($E614,\"*Biomass*\"),1),MIN(COUNTIF($E614,\"*Liquid*\"),1),MIN(COUNTIF($E614,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E614,\"*Coal\")+COUNTIF($E614,\"*Biomass*\"),1),MIN(COUNTIF($E614,\"*Liquid*\"),1),MIN(COUNTIF($E614,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E614,\"*Coal\")+COUNTIF($E614,\"*Biomass*\"),1),MIN(COUNTIF($E614,\"*Liquid*\"),1),MIN(COUNTIF($E614,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E614,\"*Coal\")+COUNTIF($E614,\"*Biomass*\"),1),MIN(COUNTIF($E614,\"*Liquid*\"),1),MIN(COUNTIF($E614,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E614,\"*Coal\")+COUNTIF($E614,\"*Biomass*\"),1),MIN(COUNTIF($E614,\"*Liquid*\"),1),MIN(COUNTIF($E614,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E614,\"*Coal\")+COUNTIF($E614,\"*Biomass*\"),1),MIN(COUNTIF($E614,\"*Liquid*\"),1),MIN(COUNTIF($E614,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E614,\"*Coal\")+COUNTIF($E614,\"*Biomass*\"),1),MIN(COUNTIF($E614,\"*Liquid*\"),1),MIN(COUNTIF($E614,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E614,\"*Coal\")+COUNTIF($E614,\"*Biomass*\"),1),MIN(COUNTIF($E614,\"*Liquid*\"),1),MIN(COUNTIF($E614,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E614,\"*Coal\")+COUNTIF($E614,\"*Biomass*\"),1),MIN(COUNTIF($E614,\"*Liquid*\"),1),MIN(COUNTIF($E614,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E614,\"*Coal\")+COUNTIF($E614,\"*Biomass*\"),1),MIN(COUNTIF($E614,\"*Liquid*\"),1),MIN(COUNTIF($E614,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E614,\"*Coal\")+COUNTIF($E614,\"*Biomass*\"),1),MIN(COUNTIF($E614,\"*Liquid*\"),1),MIN(COUNTIF($E614,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E614,\"*Coal\")+COUNTIF($E614,\"*Biomass*\"),1),MIN(COUNTIF($E614,\"*Liquid*\"),1),MIN(COUNTIF($E614,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E614,\"*Coal\")+COUNTIF($E614,\"*Biomass*\"),1),MIN(COUNTIF($E614,\"*Liquid*\"),1),MIN(COUNTIF($E614,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E614,\"*Coal\")+COUNTIF($E614,\"*Biomass*\"),1),MIN(COUNTIF($E614,\"*Liquid*\"),1),MIN(COUNTIF($E614,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E614,\"*Coal\")+COUNTIF($E614,\"*Biomass*\"),1),MIN(COUNTIF($E614,\"*Liquid*\"),1),MIN(COUNTIF($E614,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E614,\"*Coal\")+COUNTIF($E614,\"*Biomass*\"),1),MIN(COUNTIF($E614,\"*Liquid*\"),1),MIN(COUNTIF($E614,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G614)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C614","v":"Lotus Creek Wind Farm"},{"$f":"'Summary Mapping'!$J614","v":"Committed"},{"$f":"'Summary Mapping'!$F614","v":"QLD"},{"$f":"'Summary Mapping'!$M614","v":"Wind"},{"$f":"IF('Summary Mapping'!$H614=\"N/A\",'Summary Mapping'!$G614,'Summary Mapping'!$H614)","v":"Isaac"},{"$f":"'Summary Mapping'!$N614","v":"Wind"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E620,\"*Coal\")+COUNTIF($E620,\"*Biomass*\"),1),MIN(COUNTIF($E620,\"*Liquid*\"),1),MIN(COUNTIF($E620,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E620,\"*Coal\")+COUNTIF($E620,\"*Biomass*\"),1),MIN(COUNTIF($E620,\"*Liquid*\"),1),MIN(COUNTIF($E620,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E620,\"*Coal\")+COUNTIF($E620,\"*Biomass*\"),1),MIN(COUNTIF($E620,\"*Liquid*\"),1),MIN(COUNTIF($E620,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E620,\"*Coal\")+COUNTIF($E620,\"*Biomass*\"),1),MIN(COUNTIF($E620,\"*Liquid*\"),1),MIN(COUNTIF($E620,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E620,\"*Coal\")+COUNTIF($E620,\"*Biomass*\"),1),MIN(COUNTIF($E620,\"*Liquid*\"),1),MIN(COUNTIF($E620,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E620,\"*Coal\")+COUNTIF($E620,\"*Biomass*\"),1),MIN(COUNTIF($E620,\"*Liquid*\"),1),MIN(COUNTIF($E620,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E620,\"*Coal\")+COUNTIF($E620,\"*Biomass*\"),1),MIN(COUNTIF($E620,\"*Liquid*\"),1),MIN(COUNTIF($E620,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E620,\"*Coal\")+COUNTIF($E620,\"*Biomass*\"),1),MIN(COUNTIF($E620,\"*Liquid*\"),1),MIN(COUNTIF($E620,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E620,\"*Coal\")+COUNTIF($E620,\"*Biomass*\"),1),MIN(COUNTIF($E620,\"*Liquid*\"),1),MIN(COUNTIF($E620,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E620,\"*Coal\")+COUNTIF($E620,\"*Biomass*\"),1),MIN(COUNTIF($E620,\"*Liquid*\"),1),MIN(COUNTIF($E620,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E620,\"*Coal\")+COUNTIF($E620,\"*Biomass*\"),1),MIN(COUNTIF($E620,\"*Liquid*\"),1),MIN(COUNTIF($E620,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E620,\"*Coal\")+COUNTIF($E620,\"*Biomass*\"),1),MIN(COUNTIF($E620,\"*Liquid*\"),1),MIN(COUNTIF($E620,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E620,\"*Coal\")+COUNTIF($E620,\"*Biomass*\"),1),MIN(COUNTIF($E620,\"*Liquid*\"),1),MIN(COUNTIF($E620,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E620,\"*Coal\")+COUNTIF($E620,\"*Biomass*\"),1),MIN(COUNTIF($E620,\"*Liquid*\"),1),MIN(COUNTIF($E620,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E620,\"*Coal\")+COUNTIF($E620,\"*Biomass*\"),1),MIN(COUNTIF($E620,\"*Liquid*\"),1),MIN(COUNTIF($E620,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E620,\"*Coal\")+COUNTIF($E620,\"*Biomass*\"),1),MIN(COUNTIF($E620,\"*Liquid*\"),1),MIN(COUNTIF($E620,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E620,\"*Coal\")+COUNTIF($E620,\"*Biomass*\"),1),MIN(COUNTIF($E620,\"*Liquid*\"),1),MIN(COUNTIF($E620,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E620,\"*Coal\")+COUNTIF($E620,\"*Biomass*\"),1),MIN(COUNTIF($E620,\"*Liquid*\"),1),MIN(COUNTIF($E620,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E620,\"*Coal\")+COUNTIF($E620,\"*Biomass*\"),1),MIN(COUNTIF($E620,\"*Liquid*\"),1),MIN(COUNTIF($E620,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E620,\"*Coal\")+COUNTIF($E620,\"*Biomass*\"),1),MIN(COUNTIF($E620,\"*Liquid*\"),1),MIN(COUNTIF($E620,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E620,\"*Coal\")+COUNTIF($E620,\"*Biomass*\"),1),MIN(COUNTIF($E620,\"*Liquid*\"),1),MIN(COUNTIF($E620,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E620,\"*Coal\")+COUNTIF($E620,\"*Biomass*\"),1),MIN(COUNTIF($E620,\"*Liquid*\"),1),MIN(COUNTIF($E620,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E620,\"*Coal\")+COUNTIF($E620,\"*Biomass*\"),1),MIN(COUNTIF($E620,\"*Liquid*\"),1),MIN(COUNTIF($E620,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E620,\"*Coal\")+COUNTIF($E620,\"*Biomass*\"),1),MIN(COUNTIF($E620,\"*Liquid*\"),1),MIN(COUNTIF($E620,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E620,\"*Coal\")+COUNTIF($E620,\"*Biomass*\"),1),MIN(COUNTIF($E620,\"*Liquid*\"),1),MIN(COUNTIF($E620,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E620,\"*Coal\")+COUNTIF($E620,\"*Biomass*\"),1),MIN(COUNTIF($E620,\"*Liquid*\"),1),MIN(COUNTIF($E620,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E620,\"*Coal\")+COUNTIF($E620,\"*Biomass*\"),1),MIN(COUNTIF($E620,\"*Liquid*\"),1),MIN(COUNTIF($E620,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G620)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C623","v":"Griffith BESS"},{"$f":"'Summary Mapping'!$J623","v":"Additional policy-supported project"},{"$f":"'Summary Mapping'!$F623","v":"NSW"},{"$f":"'Summary Mapping'!$M623","v":"Battery"},{"$f":"IF('Summary Mapping'!$H623=\"N/A\",'Summary Mapping'!$G623,'Summary Mapping'!$H623)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N623","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E629,\"*Coal\")+COUNTIF($E629,\"*Biomass*\"),1),MIN(COUNTIF($E629,\"*Liquid*\"),1),MIN(COUNTIF($E629,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E629,\"*Coal\")+COUNTIF($E629,\"*Biomass*\"),1),MIN(COUNTIF($E629,\"*Liquid*\"),1),MIN(COUNTIF($E629,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E629,\"*Coal\")+COUNTIF($E629,\"*Biomass*\"),1),MIN(COUNTIF($E629,\"*Liquid*\"),1),MIN(COUNTIF($E629,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E629,\"*Coal\")+COUNTIF($E629,\"*Biomass*\"),1),MIN(COUNTIF($E629,\"*Liquid*\"),1),MIN(COUNTIF($E629,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E629,\"*Coal\")+COUNTIF($E629,\"*Biomass*\"),1),MIN(COUNTIF($E629,\"*Liquid*\"),1),MIN(COUNTIF($E629,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E629,\"*Coal\")+COUNTIF($E629,\"*Biomass*\"),1),MIN(COUNTIF($E629,\"*Liquid*\"),1),MIN(COUNTIF($E629,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E629,\"*Coal\")+COUNTIF($E629,\"*Biomass*\"),1),MIN(COUNTIF($E629,\"*Liquid*\"),1),MIN(COUNTIF($E629,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E629,\"*Coal\")+COUNTIF($E629,\"*Biomass*\"),1),MIN(COUNTIF($E629,\"*Liquid*\"),1),MIN(COUNTIF($E629,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E629,\"*Coal\")+COUNTIF($E629,\"*Biomass*\"),1),MIN(COUNTIF($E629,\"*Liquid*\"),1),MIN(COUNTIF($E629,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E629,\"*Coal\")+COUNTIF($E629,\"*Biomass*\"),1),MIN(COUNTIF($E629,\"*Liquid*\"),1),MIN(COUNTIF($E629,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E629,\"*Coal\")+COUNTIF($E629,\"*Biomass*\"),1),MIN(COUNTIF($E629,\"*Liquid*\"),1),MIN(COUNTIF($E629,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E629,\"*Coal\")+COUNTIF($E629,\"*Biomass*\"),1),MIN(COUNTIF($E629,\"*Liquid*\"),1),MIN(COUNTIF($E629,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E629,\"*Coal\")+COUNTIF($E629,\"*Biomass*\"),1),MIN(COUNTIF($E629,\"*Liquid*\"),1),MIN(COUNTIF($E629,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E629,\"*Coal\")+COUNTIF($E629,\"*Biomass*\"),1),MIN(COUNTIF($E629,\"*Liquid*\"),1),MIN(COUNTIF($E629,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E629,\"*Coal\")+COUNTIF($E629,\"*Biomass*\"),1),MIN(COUNTIF($E629,\"*Liquid*\"),1),MIN(COUNTIF($E629,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E629,\"*Coal\")+COUNTIF($E629,\"*Biomass*\"),1),MIN(COUNTIF($E629,\"*Liquid*\"),1),MIN(COUNTIF($E629,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E629,\"*Coal\")+COUNTIF($E629,\"*Biomass*\"),1),MIN(COUNTIF($E629,\"*Liquid*\"),1),MIN(COUNTIF($E629,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E629,\"*Coal\")+COUNTIF($E629,\"*Biomass*\"),1),MIN(COUNTIF($E629,\"*Liquid*\"),1),MIN(COUNTIF($E629,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E629,\"*Coal\")+COUNTIF($E629,\"*Biomass*\"),1),MIN(COUNTIF($E629,\"*Liquid*\"),1),MIN(COUNTIF($E629,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E629,\"*Coal\")+COUNTIF($E629,\"*Biomass*\"),1),MIN(COUNTIF($E629,\"*Liquid*\"),1),MIN(COUNTIF($E629,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E629,\"*Coal\")+COUNTIF($E629,\"*Biomass*\"),1),MIN(COUNTIF($E629,\"*Liquid*\"),1),MIN(COUNTIF($E629,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E629,\"*Coal\")+COUNTIF($E629,\"*Biomass*\"),1),MIN(COUNTIF($E629,\"*Liquid*\"),1),MIN(COUNTIF($E629,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E629,\"*Coal\")+COUNTIF($E629,\"*Biomass*\"),1),MIN(COUNTIF($E629,\"*Liquid*\"),1),MIN(COUNTIF($E629,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E629,\"*Coal\")+COUNTIF($E629,\"*Biomass*\"),1),MIN(COUNTIF($E629,\"*Liquid*\"),1),MIN(COUNTIF($E629,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E629,\"*Coal\")+COUNTIF($E629,\"*Biomass*\"),1),MIN(COUNTIF($E629,\"*Liquid*\"),1),MIN(COUNTIF($E629,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E629,\"*Coal\")+COUNTIF($E629,\"*Biomass*\"),1),MIN(COUNTIF($E629,\"*Liquid*\"),1),MIN(COUNTIF($E629,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E629,\"*Coal\")+COUNTIF($E629,\"*Biomass*\"),1),MIN(COUNTIF($E629,\"*Liquid*\"),1),MIN(COUNTIF($E629,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G629)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C632","v":"Sandy Creek Solar Farm"},{"$f":"'Summary Mapping'!$J632","v":"Additional policy-supported project"},{"$f":"'Summary Mapping'!$F632","v":"NSW"},{"$f":"'Summary Mapping'!$M632","v":"Solar"},{"$f":"IF('Summary Mapping'!$H632=\"N/A\",'Summary Mapping'!$G632,'Summary Mapping'!$H632)","v":"Central-West Orana"},{"$f":"'Summary Mapping'!$N632","v":"Solar"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E638,\"*Coal\")+COUNTIF($E638,\"*Biomass*\"),1),MIN(COUNTIF($E638,\"*Liquid*\"),1),MIN(COUNTIF($E638,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E638,\"*Coal\")+COUNTIF($E638,\"*Biomass*\"),1),MIN(COUNTIF($E638,\"*Liquid*\"),1),MIN(COUNTIF($E638,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E638,\"*Coal\")+COUNTIF($E638,\"*Biomass*\"),1),MIN(COUNTIF($E638,\"*Liquid*\"),1),MIN(COUNTIF($E638,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E638,\"*Coal\")+COUNTIF($E638,\"*Biomass*\"),1),MIN(COUNTIF($E638,\"*Liquid*\"),1),MIN(COUNTIF($E638,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E638,\"*Coal\")+COUNTIF($E638,\"*Biomass*\"),1),MIN(COUNTIF($E638,\"*Liquid*\"),1),MIN(COUNTIF($E638,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E638,\"*Coal\")+COUNTIF($E638,\"*Biomass*\"),1),MIN(COUNTIF($E638,\"*Liquid*\"),1),MIN(COUNTIF($E638,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E638,\"*Coal\")+COUNTIF($E638,\"*Biomass*\"),1),MIN(COUNTIF($E638,\"*Liquid*\"),1),MIN(COUNTIF($E638,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E638,\"*Coal\")+COUNTIF($E638,\"*Biomass*\"),1),MIN(COUNTIF($E638,\"*Liquid*\"),1),MIN(COUNTIF($E638,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E638,\"*Coal\")+COUNTIF($E638,\"*Biomass*\"),1),MIN(COUNTIF($E638,\"*Liquid*\"),1),MIN(COUNTIF($E638,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E638,\"*Coal\")+COUNTIF($E638,\"*Biomass*\"),1),MIN(COUNTIF($E638,\"*Liquid*\"),1),MIN(COUNTIF($E638,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E638,\"*Coal\")+COUNTIF($E638,\"*Biomass*\"),1),MIN(COUNTIF($E638,\"*Liquid*\"),1),MIN(COUNTIF($E638,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E638,\"*Coal\")+COUNTIF($E638,\"*Biomass*\"),1),MIN(COUNTIF($E638,\"*Liquid*\"),1),MIN(COUNTIF($E638,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E638,\"*Coal\")+COUNTIF($E638,\"*Biomass*\"),1),MIN(COUNTIF($E638,\"*Liquid*\"),1),MIN(COUNTIF($E638,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E638,\"*Coal\")+COUNTIF($E638,\"*Biomass*\"),1),MIN(COUNTIF($E638,\"*Liquid*\"),1),MIN(COUNTIF($E638,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E638,\"*Coal\")+COUNTIF($E638,\"*Biomass*\"),1),MIN(COUNTIF($E638,\"*Liquid*\"),1),MIN(COUNTIF($E638,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E638,\"*Coal\")+COUNTIF($E638,\"*Biomass*\"),1),MIN(COUNTIF($E638,\"*Liquid*\"),1),MIN(COUNTIF($E638,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E638,\"*Coal\")+COUNTIF($E638,\"*Biomass*\"),1),MIN(COUNTIF($E638,\"*Liquid*\"),1),MIN(COUNTIF($E638,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E638,\"*Coal\")+COUNTIF($E638,\"*Biomass*\"),1),MIN(COUNTIF($E638,\"*Liquid*\"),1),MIN(COUNTIF($E638,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E638,\"*Coal\")+COUNTIF($E638,\"*Biomass*\"),1),MIN(COUNTIF($E638,\"*Liquid*\"),1),MIN(COUNTIF($E638,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E638,\"*Coal\")+COUNTIF($E638,\"*Biomass*\"),1),MIN(COUNTIF($E638,\"*Liquid*\"),1),MIN(COUNTIF($E638,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E638,\"*Coal\")+COUNTIF($E638,\"*Biomass*\"),1),MIN(COUNTIF($E638,\"*Liquid*\"),1),MIN(COUNTIF($E638,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E638,\"*Coal\")+COUNTIF($E638,\"*Biomass*\"),1),MIN(COUNTIF($E638,\"*Liquid*\"),1),MIN(COUNTIF($E638,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E638,\"*Coal\")+COUNTIF($E638,\"*Biomass*\"),1),MIN(COUNTIF($E638,\"*Liquid*\"),1),MIN(COUNTIF($E638,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E638,\"*Coal\")+COUNTIF($E638,\"*Biomass*\"),1),MIN(COUNTIF($E638,\"*Liquid*\"),1),MIN(COUNTIF($E638,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E638,\"*Coal\")+COUNTIF($E638,\"*Biomass*\"),1),MIN(COUNTIF($E638,\"*Liquid*\"),1),MIN(COUNTIF($E638,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E638,\"*Coal\")+COUNTIF($E638,\"*Biomass*\"),1),MIN(COUNTIF($E638,\"*Liquid*\"),1),MIN(COUNTIF($E638,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G638)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C641","v":"Haughton Solar Farm Stage 2"},{"$f":"'Summary Mapping'!$J641","v":"Anticipated"},{"$f":"'Summary Mapping'!$F641","v":"QLD"},{"$f":"'Summary Mapping'!$M641","v":"Solar"},{"$f":"IF('Summary Mapping'!$H641=\"N/A\",'Summary Mapping'!$G641,'Summary Mapping'!$H641)","v":"Northern QLD"},{"$f":"'Summary Mapping'!$N641","v":"Solar"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E647,\"*Coal\")+COUNTIF($E647,\"*Biomass*\"),1),MIN(COUNTIF($E647,\"*Liquid*\"),1),MIN(COUNTIF($E647,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E647,\"*Coal\")+COUNTIF($E647,\"*Biomass*\"),1),MIN(COUNTIF($E647,\"*Liquid*\"),1),MIN(COUNTIF($E647,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E647,\"*Coal\")+COUNTIF($E647,\"*Biomass*\"),1),MIN(COUNTIF($E647,\"*Liquid*\"),1),MIN(COUNTIF($E647,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E647,\"*Coal\")+COUNTIF($E647,\"*Biomass*\"),1),MIN(COUNTIF($E647,\"*Liquid*\"),1),MIN(COUNTIF($E647,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E647,\"*Coal\")+COUNTIF($E647,\"*Biomass*\"),1),MIN(COUNTIF($E647,\"*Liquid*\"),1),MIN(COUNTIF($E647,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E647,\"*Coal\")+COUNTIF($E647,\"*Biomass*\"),1),MIN(COUNTIF($E647,\"*Liquid*\"),1),MIN(COUNTIF($E647,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E647,\"*Coal\")+COUNTIF($E647,\"*Biomass*\"),1),MIN(COUNTIF($E647,\"*Liquid*\"),1),MIN(COUNTIF($E647,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E647,\"*Coal\")+COUNTIF($E647,\"*Biomass*\"),1),MIN(COUNTIF($E647,\"*Liquid*\"),1),MIN(COUNTIF($E647,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E647,\"*Coal\")+COUNTIF($E647,\"*Biomass*\"),1),MIN(COUNTIF($E647,\"*Liquid*\"),1),MIN(COUNTIF($E647,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E647,\"*Coal\")+COUNTIF($E647,\"*Biomass*\"),1),MIN(COUNTIF($E647,\"*Liquid*\"),1),MIN(COUNTIF($E647,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E647,\"*Coal\")+COUNTIF($E647,\"*Biomass*\"),1),MIN(COUNTIF($E647,\"*Liquid*\"),1),MIN(COUNTIF($E647,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E647,\"*Coal\")+COUNTIF($E647,\"*Biomass*\"),1),MIN(COUNTIF($E647,\"*Liquid*\"),1),MIN(COUNTIF($E647,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E647,\"*Coal\")+COUNTIF($E647,\"*Biomass*\"),1),MIN(COUNTIF($E647,\"*Liquid*\"),1),MIN(COUNTIF($E647,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E647,\"*Coal\")+COUNTIF($E647,\"*Biomass*\"),1),MIN(COUNTIF($E647,\"*Liquid*\"),1),MIN(COUNTIF($E647,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E647,\"*Coal\")+COUNTIF($E647,\"*Biomass*\"),1),MIN(COUNTIF($E647,\"*Liquid*\"),1),MIN(COUNTIF($E647,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E647,\"*Coal\")+COUNTIF($E647,\"*Biomass*\"),1),MIN(COUNTIF($E647,\"*Liquid*\"),1),MIN(COUNTIF($E647,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E647,\"*Coal\")+COUNTIF($E647,\"*Biomass*\"),1),MIN(COUNTIF($E647,\"*Liquid*\"),1),MIN(COUNTIF($E647,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E647,\"*Coal\")+COUNTIF($E647,\"*Biomass*\"),1),MIN(COUNTIF($E647,\"*Liquid*\"),1),MIN(COUNTIF($E647,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E647,\"*Coal\")+COUNTIF($E647,\"*Biomass*\"),1),MIN(COUNTIF($E647,\"*Liquid*\"),1),MIN(COUNTIF($E647,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E647,\"*Coal\")+COUNTIF($E647,\"*Biomass*\"),1),MIN(COUNTIF($E647,\"*Liquid*\"),1),MIN(COUNTIF($E647,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E647,\"*Coal\")+COUNTIF($E647,\"*Biomass*\"),1),MIN(COUNTIF($E647,\"*Liquid*\"),1),MIN(COUNTIF($E647,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E647,\"*Coal\")+COUNTIF($E647,\"*Biomass*\"),1),MIN(COUNTIF($E647,\"*Liquid*\"),1),MIN(COUNTIF($E647,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E647,\"*Coal\")+COUNTIF($E647,\"*Biomass*\"),1),MIN(COUNTIF($E647,\"*Liquid*\"),1),MIN(COUNTIF($E647,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E647,\"*Coal\")+COUNTIF($E647,\"*Biomass*\"),1),MIN(COUNTIF($E647,\"*Liquid*\"),1),MIN(COUNTIF($E647,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E647,\"*Coal\")+COUNTIF($E647,\"*Biomass*\"),1),MIN(COUNTIF($E647,\"*Liquid*\"),1),MIN(COUNTIF($E647,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E647,\"*Coal\")+COUNTIF($E647,\"*Biomass*\"),1),MIN(COUNTIF($E647,\"*Liquid*\"),1),MIN(COUNTIF($E647,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E647,\"*Coal\")+COUNTIF($E647,\"*Biomass*\"),1),MIN(COUNTIF($E647,\"*Liquid*\"),1),MIN(COUNTIF($E647,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G647)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C650","v":"Dinawan Energy Hub BESS"},{"$f":"'Summary Mapping'!$J650","v":"Additional policy-supported project"},{"$f":"'Summary Mapping'!$F650","v":"NSW"},{"$f":"'Summary Mapping'!$M650","v":"Battery"},{"$f":"IF('Summary Mapping'!$H650=\"N/A\",'Summary Mapping'!$G650,'Summary Mapping'!$H650)","v":"South West NSW"},{"$f":"'Summary Mapping'!$N650","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E656,\"*Coal\")+COUNTIF($E656,\"*Biomass*\"),1),MIN(COUNTIF($E656,\"*Liquid*\"),1),MIN(COUNTIF($E656,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E656,\"*Coal\")+COUNTIF($E656,\"*Biomass*\"),1),MIN(COUNTIF($E656,\"*Liquid*\"),1),MIN(COUNTIF($E656,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E656,\"*Coal\")+COUNTIF($E656,\"*Biomass*\"),1),MIN(COUNTIF($E656,\"*Liquid*\"),1),MIN(COUNTIF($E656,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E656,\"*Coal\")+COUNTIF($E656,\"*Biomass*\"),1),MIN(COUNTIF($E656,\"*Liquid*\"),1),MIN(COUNTIF($E656,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E656,\"*Coal\")+COUNTIF($E656,\"*Biomass*\"),1),MIN(COUNTIF($E656,\"*Liquid*\"),1),MIN(COUNTIF($E656,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E656,\"*Coal\")+COUNTIF($E656,\"*Biomass*\"),1),MIN(COUNTIF($E656,\"*Liquid*\"),1),MIN(COUNTIF($E656,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E656,\"*Coal\")+COUNTIF($E656,\"*Biomass*\"),1),MIN(COUNTIF($E656,\"*Liquid*\"),1),MIN(COUNTIF($E656,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E656,\"*Coal\")+COUNTIF($E656,\"*Biomass*\"),1),MIN(COUNTIF($E656,\"*Liquid*\"),1),MIN(COUNTIF($E656,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E656,\"*Coal\")+COUNTIF($E656,\"*Biomass*\"),1),MIN(COUNTIF($E656,\"*Liquid*\"),1),MIN(COUNTIF($E656,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E656,\"*Coal\")+COUNTIF($E656,\"*Biomass*\"),1),MIN(COUNTIF($E656,\"*Liquid*\"),1),MIN(COUNTIF($E656,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E656,\"*Coal\")+COUNTIF($E656,\"*Biomass*\"),1),MIN(COUNTIF($E656,\"*Liquid*\"),1),MIN(COUNTIF($E656,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E656,\"*Coal\")+COUNTIF($E656,\"*Biomass*\"),1),MIN(COUNTIF($E656,\"*Liquid*\"),1),MIN(COUNTIF($E656,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E656,\"*Coal\")+COUNTIF($E656,\"*Biomass*\"),1),MIN(COUNTIF($E656,\"*Liquid*\"),1),MIN(COUNTIF($E656,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E656,\"*Coal\")+COUNTIF($E656,\"*Biomass*\"),1),MIN(COUNTIF($E656,\"*Liquid*\"),1),MIN(COUNTIF($E656,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E656,\"*Coal\")+COUNTIF($E656,\"*Biomass*\"),1),MIN(COUNTIF($E656,\"*Liquid*\"),1),MIN(COUNTIF($E656,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E656,\"*Coal\")+COUNTIF($E656,\"*Biomass*\"),1),MIN(COUNTIF($E656,\"*Liquid*\"),1),MIN(COUNTIF($E656,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E656,\"*Coal\")+COUNTIF($E656,\"*Biomass*\"),1),MIN(COUNTIF($E656,\"*Liquid*\"),1),MIN(COUNTIF($E656,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E656,\"*Coal\")+COUNTIF($E656,\"*Biomass*\"),1),MIN(COUNTIF($E656,\"*Liquid*\"),1),MIN(COUNTIF($E656,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E656,\"*Coal\")+COUNTIF($E656,\"*Biomass*\"),1),MIN(COUNTIF($E656,\"*Liquid*\"),1),MIN(COUNTIF($E656,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E656,\"*Coal\")+COUNTIF($E656,\"*Biomass*\"),1),MIN(COUNTIF($E656,\"*Liquid*\"),1),MIN(COUNTIF($E656,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E656,\"*Coal\")+COUNTIF($E656,\"*Biomass*\"),1),MIN(COUNTIF($E656,\"*Liquid*\"),1),MIN(COUNTIF($E656,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E656,\"*Coal\")+COUNTIF($E656,\"*Biomass*\"),1),MIN(COUNTIF($E656,\"*Liquid*\"),1),MIN(COUNTIF($E656,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E656,\"*Coal\")+COUNTIF($E656,\"*Biomass*\"),1),MIN(COUNTIF($E656,\"*Liquid*\"),1),MIN(COUNTIF($E656,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E656,\"*Coal\")+COUNTIF($E656,\"*Biomass*\"),1),MIN(COUNTIF($E656,\"*Liquid*\"),1),MIN(COUNTIF($E656,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E656,\"*Coal\")+COUNTIF($E656,\"*Biomass*\"),1),MIN(COUNTIF($E656,\"*Liquid*\"),1),MIN(COUNTIF($E656,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E656,\"*Coal\")+COUNTIF($E656,\"*Biomass*\"),1),MIN(COUNTIF($E656,\"*Liquid*\"),1),MIN(COUNTIF($E656,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E656,\"*Coal\")+COUNTIF($E656,\"*Biomass*\"),1),MIN(COUNTIF($E656,\"*Liquid*\"),1),MIN(COUNTIF($E656,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G656)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C659","v":"Liverpool Range Wind Farm"},{"$f":"'Summary Mapping'!$J659","v":"Additional policy-supported project"},{"$f":"'Summary Mapping'!$F659","v":"NSW"},{"$f":"'Summary Mapping'!$M659","v":"Wind"},{"$f":"IF('Summary Mapping'!$H659=\"N/A\",'Summary Mapping'!$G659,'Summary Mapping'!$H659)","v":"Central-West Orana"},{"$f":"'Summary Mapping'!$N659","v":"Wind"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E665,\"*Coal\")+COUNTIF($E665,\"*Biomass*\"),1),MIN(COUNTIF($E665,\"*Liquid*\"),1),MIN(COUNTIF($E665,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E665,\"*Coal\")+COUNTIF($E665,\"*Biomass*\"),1),MIN(COUNTIF($E665,\"*Liquid*\"),1),MIN(COUNTIF($E665,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E665,\"*Coal\")+COUNTIF($E665,\"*Biomass*\"),1),MIN(COUNTIF($E665,\"*Liquid*\"),1),MIN(COUNTIF($E665,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E665,\"*Coal\")+COUNTIF($E665,\"*Biomass*\"),1),MIN(COUNTIF($E665,\"*Liquid*\"),1),MIN(COUNTIF($E665,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E665,\"*Coal\")+COUNTIF($E665,\"*Biomass*\"),1),MIN(COUNTIF($E665,\"*Liquid*\"),1),MIN(COUNTIF($E665,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E665,\"*Coal\")+COUNTIF($E665,\"*Biomass*\"),1),MIN(COUNTIF($E665,\"*Liquid*\"),1),MIN(COUNTIF($E665,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E665,\"*Coal\")+COUNTIF($E665,\"*Biomass*\"),1),MIN(COUNTIF($E665,\"*Liquid*\"),1),MIN(COUNTIF($E665,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E665,\"*Coal\")+COUNTIF($E665,\"*Biomass*\"),1),MIN(COUNTIF($E665,\"*Liquid*\"),1),MIN(COUNTIF($E665,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E665,\"*Coal\")+COUNTIF($E665,\"*Biomass*\"),1),MIN(COUNTIF($E665,\"*Liquid*\"),1),MIN(COUNTIF($E665,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E665,\"*Coal\")+COUNTIF($E665,\"*Biomass*\"),1),MIN(COUNTIF($E665,\"*Liquid*\"),1),MIN(COUNTIF($E665,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E665,\"*Coal\")+COUNTIF($E665,\"*Biomass*\"),1),MIN(COUNTIF($E665,\"*Liquid*\"),1),MIN(COUNTIF($E665,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E665,\"*Coal\")+COUNTIF($E665,\"*Biomass*\"),1),MIN(COUNTIF($E665,\"*Liquid*\"),1),MIN(COUNTIF($E665,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E665,\"*Coal\")+COUNTIF($E665,\"*Biomass*\"),1),MIN(COUNTIF($E665,\"*Liquid*\"),1),MIN(COUNTIF($E665,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E665,\"*Coal\")+COUNTIF($E665,\"*Biomass*\"),1),MIN(COUNTIF($E665,\"*Liquid*\"),1),MIN(COUNTIF($E665,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E665,\"*Coal\")+COUNTIF($E665,\"*Biomass*\"),1),MIN(COUNTIF($E665,\"*Liquid*\"),1),MIN(COUNTIF($E665,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E665,\"*Coal\")+COUNTIF($E665,\"*Biomass*\"),1),MIN(COUNTIF($E665,\"*Liquid*\"),1),MIN(COUNTIF($E665,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E665,\"*Coal\")+COUNTIF($E665,\"*Biomass*\"),1),MIN(COUNTIF($E665,\"*Liquid*\"),1),MIN(COUNTIF($E665,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E665,\"*Coal\")+COUNTIF($E665,\"*Biomass*\"),1),MIN(COUNTIF($E665,\"*Liquid*\"),1),MIN(COUNTIF($E665,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E665,\"*Coal\")+COUNTIF($E665,\"*Biomass*\"),1),MIN(COUNTIF($E665,\"*Liquid*\"),1),MIN(COUNTIF($E665,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665)*SUMIFS('GPG emissions reduction - 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BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E665,\"*Coal\")+COUNTIF($E665,\"*Biomass*\"),1),MIN(COUNTIF($E665,\"*Liquid*\"),1),MIN(COUNTIF($E665,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E665,\"*Coal\")+COUNTIF($E665,\"*Biomass*\"),1),MIN(COUNTIF($E665,\"*Liquid*\"),1),MIN(COUNTIF($E665,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E665,\"*Coal\")+COUNTIF($E665,\"*Biomass*\"),1),MIN(COUNTIF($E665,\"*Liquid*\"),1),MIN(COUNTIF($E665,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E665,\"*Coal\")+COUNTIF($E665,\"*Biomass*\"),1),MIN(COUNTIF($E665,\"*Liquid*\"),1),MIN(COUNTIF($E665,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G665)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,"Generator","Status","Region","Fuel type","REZ/Sub-region","Fuel cost mapping","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,{"$f":"'Summary Mapping'!$C732","v":"SNSW SAT - Distributed Resources"},{"$f":"'Summary Mapping'!$J732","v":"New Entrant"},{"$f":"'Summary Mapping'!$F732","v":"NSW"},{"$f":"'Summary Mapping'!$M732","v":"Solar"},{"$f":"IF('Summary Mapping'!$H732=\"N/A\",'Summary Mapping'!$G732,'Summary Mapping'!$H732)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N732","v":"Solar"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E682,\"*Coal\")+COUNTIF($E682,\"*Biomass*\"),1),MIN(COUNTIF($E682,\"*Liquid*\"),1),MIN(COUNTIF($E682,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E682,\"*Coal\")+COUNTIF($E682,\"*Biomass*\"),1),MIN(COUNTIF($E682,\"*Liquid*\"),1),MIN(COUNTIF($E682,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E682,\"*Coal\")+COUNTIF($E682,\"*Biomass*\"),1),MIN(COUNTIF($E682,\"*Liquid*\"),1),MIN(COUNTIF($E682,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E682,\"*Coal\")+COUNTIF($E682,\"*Biomass*\"),1),MIN(COUNTIF($E682,\"*Liquid*\"),1),MIN(COUNTIF($E682,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E682,\"*Coal\")+COUNTIF($E682,\"*Biomass*\"),1),MIN(COUNTIF($E682,\"*Liquid*\"),1),MIN(COUNTIF($E682,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E682,\"*Coal\")+COUNTIF($E682,\"*Biomass*\"),1),MIN(COUNTIF($E682,\"*Liquid*\"),1),MIN(COUNTIF($E682,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E682,\"*Coal\")+COUNTIF($E682,\"*Biomass*\"),1),MIN(COUNTIF($E682,\"*Liquid*\"),1),MIN(COUNTIF($E682,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E682,\"*Coal\")+COUNTIF($E682,\"*Biomass*\"),1),MIN(COUNTIF($E682,\"*Liquid*\"),1),MIN(COUNTIF($E682,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E682,\"*Coal\")+COUNTIF($E682,\"*Biomass*\"),1),MIN(COUNTIF($E682,\"*Liquid*\"),1),MIN(COUNTIF($E682,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E682,\"*Coal\")+COUNTIF($E682,\"*Biomass*\"),1),MIN(COUNTIF($E682,\"*Liquid*\"),1),MIN(COUNTIF($E682,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E682,\"*Coal\")+COUNTIF($E682,\"*Biomass*\"),1),MIN(COUNTIF($E682,\"*Liquid*\"),1),MIN(COUNTIF($E682,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E682,\"*Coal\")+COUNTIF($E682,\"*Biomass*\"),1),MIN(COUNTIF($E682,\"*Liquid*\"),1),MIN(COUNTIF($E682,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E682,\"*Coal\")+COUNTIF($E682,\"*Biomass*\"),1),MIN(COUNTIF($E682,\"*Liquid*\"),1),MIN(COUNTIF($E682,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E682,\"*Coal\")+COUNTIF($E682,\"*Biomass*\"),1),MIN(COUNTIF($E682,\"*Liquid*\"),1),MIN(COUNTIF($E682,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E682,\"*Coal\")+COUNTIF($E682,\"*Biomass*\"),1),MIN(COUNTIF($E682,\"*Liquid*\"),1),MIN(COUNTIF($E682,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E682,\"*Coal\")+COUNTIF($E682,\"*Biomass*\"),1),MIN(COUNTIF($E682,\"*Liquid*\"),1),MIN(COUNTIF($E682,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E682,\"*Coal\")+COUNTIF($E682,\"*Biomass*\"),1),MIN(COUNTIF($E682,\"*Liquid*\"),1),MIN(COUNTIF($E682,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E682,\"*Coal\")+COUNTIF($E682,\"*Biomass*\"),1),MIN(COUNTIF($E682,\"*Liquid*\"),1),MIN(COUNTIF($E682,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E682,\"*Coal\")+COUNTIF($E682,\"*Biomass*\"),1),MIN(COUNTIF($E682,\"*Liquid*\"),1),MIN(COUNTIF($E682,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682)*SUMIFS('GPG emissions reduction - 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BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E682,\"*Coal\")+COUNTIF($E682,\"*Biomass*\"),1),MIN(COUNTIF($E682,\"*Liquid*\"),1),MIN(COUNTIF($E682,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E682,\"*Coal\")+COUNTIF($E682,\"*Biomass*\"),1),MIN(COUNTIF($E682,\"*Liquid*\"),1),MIN(COUNTIF($E682,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E682,\"*Coal\")+COUNTIF($E682,\"*Biomass*\"),1),MIN(COUNTIF($E682,\"*Liquid*\"),1),MIN(COUNTIF($E682,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E682,\"*Coal\")+COUNTIF($E682,\"*Biomass*\"),1),MIN(COUNTIF($E682,\"*Liquid*\"),1),MIN(COUNTIF($E682,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G682)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C733","v":"MEL SAT - Distributed Resources"},{"$f":"'Summary Mapping'!$J733","v":"New Entrant"},{"$f":"'Summary Mapping'!$F733","v":"VIC"},{"$f":"'Summary Mapping'!$M733","v":"Solar"},{"$f":"IF('Summary Mapping'!$H733=\"N/A\",'Summary Mapping'!$G733,'Summary Mapping'!$H733)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N733","v":"Solar"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E683,\"*Coal\")+COUNTIF($E683,\"*Biomass*\"),1),MIN(COUNTIF($E683,\"*Liquid*\"),1),MIN(COUNTIF($E683,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E683,\"*Coal\")+COUNTIF($E683,\"*Biomass*\"),1),MIN(COUNTIF($E683,\"*Liquid*\"),1),MIN(COUNTIF($E683,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E683,\"*Coal\")+COUNTIF($E683,\"*Biomass*\"),1),MIN(COUNTIF($E683,\"*Liquid*\"),1),MIN(COUNTIF($E683,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E683,\"*Coal\")+COUNTIF($E683,\"*Biomass*\"),1),MIN(COUNTIF($E683,\"*Liquid*\"),1),MIN(COUNTIF($E683,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E683,\"*Coal\")+COUNTIF($E683,\"*Biomass*\"),1),MIN(COUNTIF($E683,\"*Liquid*\"),1),MIN(COUNTIF($E683,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E683,\"*Coal\")+COUNTIF($E683,\"*Biomass*\"),1),MIN(COUNTIF($E683,\"*Liquid*\"),1),MIN(COUNTIF($E683,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E683,\"*Coal\")+COUNTIF($E683,\"*Biomass*\"),1),MIN(COUNTIF($E683,\"*Liquid*\"),1),MIN(COUNTIF($E683,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E683,\"*Coal\")+COUNTIF($E683,\"*Biomass*\"),1),MIN(COUNTIF($E683,\"*Liquid*\"),1),MIN(COUNTIF($E683,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E683,\"*Coal\")+COUNTIF($E683,\"*Biomass*\"),1),MIN(COUNTIF($E683,\"*Liquid*\"),1),MIN(COUNTIF($E683,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E683,\"*Coal\")+COUNTIF($E683,\"*Biomass*\"),1),MIN(COUNTIF($E683,\"*Liquid*\"),1),MIN(COUNTIF($E683,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E683,\"*Coal\")+COUNTIF($E683,\"*Biomass*\"),1),MIN(COUNTIF($E683,\"*Liquid*\"),1),MIN(COUNTIF($E683,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E683,\"*Coal\")+COUNTIF($E683,\"*Biomass*\"),1),MIN(COUNTIF($E683,\"*Liquid*\"),1),MIN(COUNTIF($E683,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E683,\"*Coal\")+COUNTIF($E683,\"*Biomass*\"),1),MIN(COUNTIF($E683,\"*Liquid*\"),1),MIN(COUNTIF($E683,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E683,\"*Coal\")+COUNTIF($E683,\"*Biomass*\"),1),MIN(COUNTIF($E683,\"*Liquid*\"),1),MIN(COUNTIF($E683,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E683,\"*Coal\")+COUNTIF($E683,\"*Biomass*\"),1),MIN(COUNTIF($E683,\"*Liquid*\"),1),MIN(COUNTIF($E683,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E683,\"*Coal\")+COUNTIF($E683,\"*Biomass*\"),1),MIN(COUNTIF($E683,\"*Liquid*\"),1),MIN(COUNTIF($E683,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E683,\"*Coal\")+COUNTIF($E683,\"*Biomass*\"),1),MIN(COUNTIF($E683,\"*Liquid*\"),1),MIN(COUNTIF($E683,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E683,\"*Coal\")+COUNTIF($E683,\"*Biomass*\"),1),MIN(COUNTIF($E683,\"*Liquid*\"),1),MIN(COUNTIF($E683,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E683,\"*Coal\")+COUNTIF($E683,\"*Biomass*\"),1),MIN(COUNTIF($E683,\"*Liquid*\"),1),MIN(COUNTIF($E683,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E683,\"*Coal\")+COUNTIF($E683,\"*Biomass*\"),1),MIN(COUNTIF($E683,\"*Liquid*\"),1),MIN(COUNTIF($E683,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E683,\"*Coal\")+COUNTIF($E683,\"*Biomass*\"),1),MIN(COUNTIF($E683,\"*Liquid*\"),1),MIN(COUNTIF($E683,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E683,\"*Coal\")+COUNTIF($E683,\"*Biomass*\"),1),MIN(COUNTIF($E683,\"*Liquid*\"),1),MIN(COUNTIF($E683,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E683,\"*Coal\")+COUNTIF($E683,\"*Biomass*\"),1),MIN(COUNTIF($E683,\"*Liquid*\"),1),MIN(COUNTIF($E683,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E683,\"*Coal\")+COUNTIF($E683,\"*Biomass*\"),1),MIN(COUNTIF($E683,\"*Liquid*\"),1),MIN(COUNTIF($E683,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E683,\"*Coal\")+COUNTIF($E683,\"*Biomass*\"),1),MIN(COUNTIF($E683,\"*Liquid*\"),1),MIN(COUNTIF($E683,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E683,\"*Coal\")+COUNTIF($E683,\"*Biomass*\"),1),MIN(COUNTIF($E683,\"*Liquid*\"),1),MIN(COUNTIF($E683,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G683)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C742","v":"GG Battery - Distributed Resources"},{"$f":"'Summary Mapping'!$J742","v":"New Entrant"},{"$f":"'Summary Mapping'!$F742","v":"QLD"},{"$f":"'Summary Mapping'!$M742","v":"Battery"},{"$f":"IF('Summary Mapping'!$H742=\"N/A\",'Summary Mapping'!$G742,'Summary Mapping'!$H742)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N742","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E692,\"*Coal\")+COUNTIF($E692,\"*Biomass*\"),1),MIN(COUNTIF($E692,\"*Liquid*\"),1),MIN(COUNTIF($E692,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E692,\"*Coal\")+COUNTIF($E692,\"*Biomass*\"),1),MIN(COUNTIF($E692,\"*Liquid*\"),1),MIN(COUNTIF($E692,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E692,\"*Coal\")+COUNTIF($E692,\"*Biomass*\"),1),MIN(COUNTIF($E692,\"*Liquid*\"),1),MIN(COUNTIF($E692,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E692,\"*Coal\")+COUNTIF($E692,\"*Biomass*\"),1),MIN(COUNTIF($E692,\"*Liquid*\"),1),MIN(COUNTIF($E692,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E692,\"*Coal\")+COUNTIF($E692,\"*Biomass*\"),1),MIN(COUNTIF($E692,\"*Liquid*\"),1),MIN(COUNTIF($E692,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E692,\"*Coal\")+COUNTIF($E692,\"*Biomass*\"),1),MIN(COUNTIF($E692,\"*Liquid*\"),1),MIN(COUNTIF($E692,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E692,\"*Coal\")+COUNTIF($E692,\"*Biomass*\"),1),MIN(COUNTIF($E692,\"*Liquid*\"),1),MIN(COUNTIF($E692,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E692,\"*Coal\")+COUNTIF($E692,\"*Biomass*\"),1),MIN(COUNTIF($E692,\"*Liquid*\"),1),MIN(COUNTIF($E692,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E692,\"*Coal\")+COUNTIF($E692,\"*Biomass*\"),1),MIN(COUNTIF($E692,\"*Liquid*\"),1),MIN(COUNTIF($E692,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E692,\"*Coal\")+COUNTIF($E692,\"*Biomass*\"),1),MIN(COUNTIF($E692,\"*Liquid*\"),1),MIN(COUNTIF($E692,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E692,\"*Coal\")+COUNTIF($E692,\"*Biomass*\"),1),MIN(COUNTIF($E692,\"*Liquid*\"),1),MIN(COUNTIF($E692,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E692,\"*Coal\")+COUNTIF($E692,\"*Biomass*\"),1),MIN(COUNTIF($E692,\"*Liquid*\"),1),MIN(COUNTIF($E692,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E692,\"*Coal\")+COUNTIF($E692,\"*Biomass*\"),1),MIN(COUNTIF($E692,\"*Liquid*\"),1),MIN(COUNTIF($E692,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E692,\"*Coal\")+COUNTIF($E692,\"*Biomass*\"),1),MIN(COUNTIF($E692,\"*Liquid*\"),1),MIN(COUNTIF($E692,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E692,\"*Coal\")+COUNTIF($E692,\"*Biomass*\"),1),MIN(COUNTIF($E692,\"*Liquid*\"),1),MIN(COUNTIF($E692,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E692,\"*Coal\")+COUNTIF($E692,\"*Biomass*\"),1),MIN(COUNTIF($E692,\"*Liquid*\"),1),MIN(COUNTIF($E692,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E692,\"*Coal\")+COUNTIF($E692,\"*Biomass*\"),1),MIN(COUNTIF($E692,\"*Liquid*\"),1),MIN(COUNTIF($E692,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E692,\"*Coal\")+COUNTIF($E692,\"*Biomass*\"),1),MIN(COUNTIF($E692,\"*Liquid*\"),1),MIN(COUNTIF($E692,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E692,\"*Coal\")+COUNTIF($E692,\"*Biomass*\"),1),MIN(COUNTIF($E692,\"*Liquid*\"),1),MIN(COUNTIF($E692,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E692,\"*Coal\")+COUNTIF($E692,\"*Biomass*\"),1),MIN(COUNTIF($E692,\"*Liquid*\"),1),MIN(COUNTIF($E692,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E692,\"*Coal\")+COUNTIF($E692,\"*Biomass*\"),1),MIN(COUNTIF($E692,\"*Liquid*\"),1),MIN(COUNTIF($E692,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E692,\"*Coal\")+COUNTIF($E692,\"*Biomass*\"),1),MIN(COUNTIF($E692,\"*Liquid*\"),1),MIN(COUNTIF($E692,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E692,\"*Coal\")+COUNTIF($E692,\"*Biomass*\"),1),MIN(COUNTIF($E692,\"*Liquid*\"),1),MIN(COUNTIF($E692,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E692,\"*Coal\")+COUNTIF($E692,\"*Biomass*\"),1),MIN(COUNTIF($E692,\"*Liquid*\"),1),MIN(COUNTIF($E692,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E692,\"*Coal\")+COUNTIF($E692,\"*Biomass*\"),1),MIN(COUNTIF($E692,\"*Liquid*\"),1),MIN(COUNTIF($E692,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E692,\"*Coal\")+COUNTIF($E692,\"*Biomass*\"),1),MIN(COUNTIF($E692,\"*Liquid*\"),1),MIN(COUNTIF($E692,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G692)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C751","v":"CSA Battery - Distributed Resources"},{"$f":"'Summary Mapping'!$J751","v":"New Entrant"},{"$f":"'Summary Mapping'!$F751","v":"SA"},{"$f":"'Summary Mapping'!$M751","v":"Battery"},{"$f":"IF('Summary Mapping'!$H751=\"N/A\",'Summary Mapping'!$G751,'Summary Mapping'!$H751)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N751","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E701,\"*Coal\")+COUNTIF($E701,\"*Biomass*\"),1),MIN(COUNTIF($E701,\"*Liquid*\"),1),MIN(COUNTIF($E701,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E701,\"*Coal\")+COUNTIF($E701,\"*Biomass*\"),1),MIN(COUNTIF($E701,\"*Liquid*\"),1),MIN(COUNTIF($E701,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E701,\"*Coal\")+COUNTIF($E701,\"*Biomass*\"),1),MIN(COUNTIF($E701,\"*Liquid*\"),1),MIN(COUNTIF($E701,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E701,\"*Coal\")+COUNTIF($E701,\"*Biomass*\"),1),MIN(COUNTIF($E701,\"*Liquid*\"),1),MIN(COUNTIF($E701,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E701,\"*Coal\")+COUNTIF($E701,\"*Biomass*\"),1),MIN(COUNTIF($E701,\"*Liquid*\"),1),MIN(COUNTIF($E701,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E701,\"*Coal\")+COUNTIF($E701,\"*Biomass*\"),1),MIN(COUNTIF($E701,\"*Liquid*\"),1),MIN(COUNTIF($E701,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E701,\"*Coal\")+COUNTIF($E701,\"*Biomass*\"),1),MIN(COUNTIF($E701,\"*Liquid*\"),1),MIN(COUNTIF($E701,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E701,\"*Coal\")+COUNTIF($E701,\"*Biomass*\"),1),MIN(COUNTIF($E701,\"*Liquid*\"),1),MIN(COUNTIF($E701,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E701,\"*Coal\")+COUNTIF($E701,\"*Biomass*\"),1),MIN(COUNTIF($E701,\"*Liquid*\"),1),MIN(COUNTIF($E701,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E701,\"*Coal\")+COUNTIF($E701,\"*Biomass*\"),1),MIN(COUNTIF($E701,\"*Liquid*\"),1),MIN(COUNTIF($E701,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E701,\"*Coal\")+COUNTIF($E701,\"*Biomass*\"),1),MIN(COUNTIF($E701,\"*Liquid*\"),1),MIN(COUNTIF($E701,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E701,\"*Coal\")+COUNTIF($E701,\"*Biomass*\"),1),MIN(COUNTIF($E701,\"*Liquid*\"),1),MIN(COUNTIF($E701,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E701,\"*Coal\")+COUNTIF($E701,\"*Biomass*\"),1),MIN(COUNTIF($E701,\"*Liquid*\"),1),MIN(COUNTIF($E701,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E701,\"*Coal\")+COUNTIF($E701,\"*Biomass*\"),1),MIN(COUNTIF($E701,\"*Liquid*\"),1),MIN(COUNTIF($E701,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E701,\"*Coal\")+COUNTIF($E701,\"*Biomass*\"),1),MIN(COUNTIF($E701,\"*Liquid*\"),1),MIN(COUNTIF($E701,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E701,\"*Coal\")+COUNTIF($E701,\"*Biomass*\"),1),MIN(COUNTIF($E701,\"*Liquid*\"),1),MIN(COUNTIF($E701,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E701,\"*Coal\")+COUNTIF($E701,\"*Biomass*\"),1),MIN(COUNTIF($E701,\"*Liquid*\"),1),MIN(COUNTIF($E701,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E701,\"*Coal\")+COUNTIF($E701,\"*Biomass*\"),1),MIN(COUNTIF($E701,\"*Liquid*\"),1),MIN(COUNTIF($E701,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E701,\"*Coal\")+COUNTIF($E701,\"*Biomass*\"),1),MIN(COUNTIF($E701,\"*Liquid*\"),1),MIN(COUNTIF($E701,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701)*SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E701,\"*Coal\")+COUNTIF($E701,\"*Biomass*\"),1),MIN(COUNTIF($E701,\"*Liquid*\"),1),MIN(COUNTIF($E701,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E701,\"*Coal\")+COUNTIF($E701,\"*Biomass*\"),1),MIN(COUNTIF($E701,\"*Liquid*\"),1),MIN(COUNTIF($E701,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E701,\"*Coal\")+COUNTIF($E701,\"*Biomass*\"),1),MIN(COUNTIF($E701,\"*Liquid*\"),1),MIN(COUNTIF($E701,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E701,\"*Coal\")+COUNTIF($E701,\"*Biomass*\"),1),MIN(COUNTIF($E701,\"*Liquid*\"),1),MIN(COUNTIF($E701,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E701,\"*Coal\")+COUNTIF($E701,\"*Biomass*\"),1),MIN(COUNTIF($E701,\"*Liquid*\"),1),MIN(COUNTIF($E701,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E701,\"*Coal\")+COUNTIF($E701,\"*Biomass*\"),1),MIN(COUNTIF($E701,\"*Liquid*\"),1),MIN(COUNTIF($E701,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G701)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C760","v":"CNSW OCGT Small"},{"$f":"'Summary Mapping'!$J760","v":"New Entrant"},{"$f":"'Summary Mapping'!$F760","v":"NSW"},{"$f":"'Summary Mapping'!$M760","v":"Gas"},{"$f":"IF('Summary Mapping'!$H760=\"N/A\",'Summary Mapping'!$G760,'Summary Mapping'!$H760)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N760","v":"NSW new OCGT"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E710,\"*Coal\")+COUNTIF($E710,\"*Biomass*\"),1),MIN(COUNTIF($E710,\"*Liquid*\"),1),MIN(COUNTIF($E710,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G710),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G710),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G710)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.367158013420692},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E710,\"*Coal\")+COUNTIF($E710,\"*Biomass*\"),1),MIN(COUNTIF($E710,\"*Liquid*\"),1),MIN(COUNTIF($E710,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G710),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G710),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G710)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.838372312366914},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E710,\"*Coal\")+COUNTIF($E710,\"*Biomass*\"),1),MIN(COUNTIF($E710,\"*Liquid*\"),1),MIN(COUNTIF($E710,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G710),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G710),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G710)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.111641921820503},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E710,\"*Coal\")+COUNTIF($E710,\"*Biomass*\"),1),MIN(COUNTIF($E710,\"*Liquid*\"),1),MIN(COUNTIF($E710,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G710),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G710),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G710)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":15.060642209508854},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E719,\"*Coal\")+COUNTIF($E719,\"*Biomass*\"),1),MIN(COUNTIF($E719,\"*Liquid*\"),1),MIN(COUNTIF($E719,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G719),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G719),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G719)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.700297344047447},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E719,\"*Coal\")+COUNTIF($E719,\"*Biomass*\"),1),MIN(COUNTIF($E719,\"*Liquid*\"),1),MIN(COUNTIF($E719,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G719),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G719),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G719)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.826384993106284},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E719,\"*Coal\")+COUNTIF($E719,\"*Biomass*\"),1),MIN(COUNTIF($E719,\"*Liquid*\"),1),MIN(COUNTIF($E719,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G719),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G719),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G719)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.009605793707518},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E719,\"*Coal\")+COUNTIF($E719,\"*Biomass*\"),1),MIN(COUNTIF($E719,\"*Liquid*\"),1),MIN(COUNTIF($E719,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G719),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G719),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G719)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.95106229514106},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E719,\"*Coal\")+COUNTIF($E719,\"*Biomass*\"),1),MIN(COUNTIF($E719,\"*Liquid*\"),1),MIN(COUNTIF($E719,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G719),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G719),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G719)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.846396368555931},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E719,\"*Coal\")+COUNTIF($E719,\"*Biomass*\"),1),MIN(COUNTIF($E719,\"*Liquid*\"),1),MIN(COUNTIF($E719,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G719),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G719),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G719)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.938767562419459},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E719,\"*Coal\")+COUNTIF($E719,\"*Biomass*\"),1),MIN(COUNTIF($E719,\"*Liquid*\"),1),MIN(COUNTIF($E719,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G719),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G719),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G719)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.494941802848931},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E719,\"*Coal\")+COUNTIF($E719,\"*Biomass*\"),1),MIN(COUNTIF($E719,\"*Liquid*\"),1),MIN(COUNTIF($E719,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G719),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G719),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G719)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.699802418756091},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E719,\"*Coal\")+COUNTIF($E719,\"*Biomass*\"),1),MIN(COUNTIF($E719,\"*Liquid*\"),1),MIN(COUNTIF($E719,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G719),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G719),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G719)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.902562645077563},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E719,\"*Coal\")+COUNTIF($E719,\"*Biomass*\"),1),MIN(COUNTIF($E719,\"*Liquid*\"),1),MIN(COUNTIF($E719,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G719),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G719),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G719)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.860475796918234},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E719,\"*Coal\")+COUNTIF($E719,\"*Biomass*\"),1),MIN(COUNTIF($E719,\"*Liquid*\"),1),MIN(COUNTIF($E719,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G719),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G719),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G719)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.820020794458179},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E719,\"*Coal\")+COUNTIF($E719,\"*Biomass*\"),1),MIN(COUNTIF($E719,\"*Liquid*\"),1),MIN(COUNTIF($E719,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G719),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G719),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G719)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.456234503134489},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E719,\"*Coal\")+COUNTIF($E719,\"*Biomass*\"),1),MIN(COUNTIF($E719,\"*Liquid*\"),1),MIN(COUNTIF($E719,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G719),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G719),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G719)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":18.860184296702041},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E727,\"*Coal\")+COUNTIF($E727,\"*Biomass*\"),1),MIN(COUNTIF($E727,\"*Liquid*\"),1),MIN(COUNTIF($E727,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G727),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G727),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G727)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":15.412077963330484},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E727,\"*Coal\")+COUNTIF($E727,\"*Biomass*\"),1),MIN(COUNTIF($E727,\"*Liquid*\"),1),MIN(COUNTIF($E727,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G727),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G727),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G727)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.974124450578877},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E727,\"*Coal\")+COUNTIF($E727,\"*Biomass*\"),1),MIN(COUNTIF($E727,\"*Liquid*\"),1),MIN(COUNTIF($E727,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G727),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G727),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G727)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.087644774504591},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E727,\"*Coal\")+COUNTIF($E727,\"*Biomass*\"),1),MIN(COUNTIF($E727,\"*Liquid*\"),1),MIN(COUNTIF($E727,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G727),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G727),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G727)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.367158013420692},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E727,\"*Coal\")+COUNTIF($E727,\"*Biomass*\"),1),MIN(COUNTIF($E727,\"*Liquid*\"),1),MIN(COUNTIF($E727,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G727),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G727),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G727)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.464379079927873},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E727,\"*Coal\")+COUNTIF($E727,\"*Biomass*\"),1),MIN(COUNTIF($E727,\"*Liquid*\"),1),MIN(COUNTIF($E727,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G727),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G727),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G727)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.241172898719528},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E727,\"*Coal\")+COUNTIF($E727,\"*Biomass*\"),1),MIN(COUNTIF($E727,\"*Liquid*\"),1),MIN(COUNTIF($E727,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G727),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G727),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G727)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.20435783595693},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E727,\"*Coal\")+COUNTIF($E727,\"*Biomass*\"),1),MIN(COUNTIF($E727,\"*Liquid*\"),1),MIN(COUNTIF($E727,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G727),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G727),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G727)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.838372312366914},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E727,\"*Coal\")+COUNTIF($E727,\"*Biomass*\"),1),MIN(COUNTIF($E727,\"*Liquid*\"),1),MIN(COUNTIF($E727,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G727),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G727),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G727)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.111641921820503},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E727,\"*Coal\")+COUNTIF($E727,\"*Biomass*\"),1),MIN(COUNTIF($E727,\"*Liquid*\"),1),MIN(COUNTIF($E727,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G727),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G727),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G727)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.255068586731408},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E727,\"*Coal\")+COUNTIF($E727,\"*Biomass*\"),1),MIN(COUNTIF($E727,\"*Liquid*\"),1),MIN(COUNTIF($E727,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G727),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G727),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G727)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.283585618440702},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E727,\"*Coal\")+COUNTIF($E727,\"*Biomass*\"),1),MIN(COUNTIF($E727,\"*Liquid*\"),1),MIN(COUNTIF($E727,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G727),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G727),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G727)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.260518317741074},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E727,\"*Coal\")+COUNTIF($E727,\"*Biomass*\"),1),MIN(COUNTIF($E727,\"*Liquid*\"),1),MIN(COUNTIF($E727,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G727),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G727),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G727)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.839376469333441},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E727,\"*Coal\")+COUNTIF($E727,\"*Biomass*\"),1),MIN(COUNTIF($E727,\"*Liquid*\"),1),MIN(COUNTIF($E727,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G727),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G727),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G727)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":15.270282256434291},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E736,\"*Coal\")+COUNTIF($E736,\"*Biomass*\"),1),MIN(COUNTIF($E736,\"*Liquid*\"),1),MIN(COUNTIF($E736,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G736),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G736),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G736)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.427805081893595},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E736,\"*Coal\")+COUNTIF($E736,\"*Biomass*\"),1),MIN(COUNTIF($E736,\"*Liquid*\"),1),MIN(COUNTIF($E736,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G736),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G736),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G736)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":15.73622996259258},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E736,\"*Coal\")+COUNTIF($E736,\"*Biomass*\"),1),MIN(COUNTIF($E736,\"*Liquid*\"),1),MIN(COUNTIF($E736,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G736),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G736),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G736)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":15.618197192979624},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E736,\"*Coal\")+COUNTIF($E736,\"*Biomass*\"),1),MIN(COUNTIF($E736,\"*Liquid*\"),1),MIN(COUNTIF($E736,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G736),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G736),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G736)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":16.423862714689857},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E736,\"*Coal\")+COUNTIF($E736,\"*Biomass*\"),1),MIN(COUNTIF($E736,\"*Liquid*\"),1),MIN(COUNTIF($E736,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G736),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G736),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G736)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":13.434373809518844},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E745,\"*Coal\")+COUNTIF($E745,\"*Biomass*\"),1),MIN(COUNTIF($E745,\"*Liquid*\"),1),MIN(COUNTIF($E745,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G745),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G745),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G745)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.06455644593124},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E745,\"*Coal\")+COUNTIF($E745,\"*Biomass*\"),1),MIN(COUNTIF($E745,\"*Liquid*\"),1),MIN(COUNTIF($E745,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G745),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G745),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G745)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.304688083323175},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E745,\"*Coal\")+COUNTIF($E745,\"*Biomass*\"),1),MIN(COUNTIF($E745,\"*Liquid*\"),1),MIN(COUNTIF($E745,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G745),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G745),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G745)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.198536894589612},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E745,\"*Coal\")+COUNTIF($E745,\"*Biomass*\"),1),MIN(COUNTIF($E745,\"*Liquid*\"),1),MIN(COUNTIF($E745,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G745),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G745),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G745)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":12.099080318132426},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E745,\"*Coal\")+COUNTIF($E745,\"*Biomass*\"),1),MIN(COUNTIF($E745,\"*Liquid*\"),1),MIN(COUNTIF($E745,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G745),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G745),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G745)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.978858186073417},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E745,\"*Coal\")+COUNTIF($E745,\"*Biomass*\"),1),MIN(COUNTIF($E745,\"*Liquid*\"),1),MIN(COUNTIF($E745,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G745),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G745),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G745)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.650155133928187},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E745,\"*Coal\")+COUNTIF($E745,\"*Biomass*\"),1),MIN(COUNTIF($E745,\"*Liquid*\"),1),MIN(COUNTIF($E745,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G745),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G745),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G745)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.902494477820271},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E745,\"*Coal\")+COUNTIF($E745,\"*Biomass*\"),1),MIN(COUNTIF($E745,\"*Liquid*\"),1),MIN(COUNTIF($E745,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G745),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G745),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G745)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":13.066105113550726},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E745,\"*Coal\")+COUNTIF($E745,\"*Biomass*\"),1),MIN(COUNTIF($E745,\"*Liquid*\"),1),MIN(COUNTIF($E745,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G745),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G745),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G745)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.049709811804513},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E745,\"*Coal\")+COUNTIF($E745,\"*Biomass*\"),1),MIN(COUNTIF($E745,\"*Liquid*\"),1),MIN(COUNTIF($E745,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G745),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G745),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G745)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.58140439754518},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E745,\"*Coal\")+COUNTIF($E745,\"*Biomass*\"),1),MIN(COUNTIF($E745,\"*Liquid*\"),1),MIN(COUNTIF($E745,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G745),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G745),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G745)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.580532816641366},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E746,\"*Coal\")+COUNTIF($E746,\"*Biomass*\"),1),MIN(COUNTIF($E746,\"*Liquid*\"),1),MIN(COUNTIF($E746,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G746),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G746),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G746)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.413497581074736},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E746,\"*Coal\")+COUNTIF($E746,\"*Biomass*\"),1),MIN(COUNTIF($E746,\"*Liquid*\"),1),MIN(COUNTIF($E746,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G746),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G746),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G746)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.635402852806859},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E746,\"*Coal\")+COUNTIF($E746,\"*Biomass*\"),1),MIN(COUNTIF($E746,\"*Liquid*\"),1),MIN(COUNTIF($E746,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G746),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G746),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G746)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.533684365286229},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E746,\"*Coal\")+COUNTIF($E746,\"*Biomass*\"),1),MIN(COUNTIF($E746,\"*Liquid*\"),1),MIN(COUNTIF($E746,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G746),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G746),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G746)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.291026937687832},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E746,\"*Coal\")+COUNTIF($E746,\"*Biomass*\"),1),MIN(COUNTIF($E746,\"*Liquid*\"),1),MIN(COUNTIF($E746,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G746),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G746),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G746)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.79435153502695},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E755,\"*Coal\")+COUNTIF($E755,\"*Biomass*\"),1),MIN(COUNTIF($E755,\"*Liquid*\"),1),MIN(COUNTIF($E755,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G755),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G755),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G755)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.305123427442901},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E755,\"*Coal\")+COUNTIF($E755,\"*Biomass*\"),1),MIN(COUNTIF($E755,\"*Liquid*\"),1),MIN(COUNTIF($E755,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G755),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G755),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G755)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":12.261158074126898},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E755,\"*Coal\")+COUNTIF($E755,\"*Biomass*\"),1),MIN(COUNTIF($E755,\"*Liquid*\"),1),MIN(COUNTIF($E755,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G755),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G755),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G755)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.238481847226742},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E755,\"*Coal\")+COUNTIF($E755,\"*Biomass*\"),1),MIN(COUNTIF($E755,\"*Liquid*\"),1),MIN(COUNTIF($E755,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G755),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G755),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G755)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":11.91235540142992},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E755,\"*Coal\")+COUNTIF($E755,\"*Biomass*\"),1),MIN(COUNTIF($E755,\"*Liquid*\"),1),MIN(COUNTIF($E755,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G755),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G755),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G755)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":11.44666791535486},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E755,\"*Coal\")+COUNTIF($E755,\"*Biomass*\"),1),MIN(COUNTIF($E755,\"*Liquid*\"),1),MIN(COUNTIF($E755,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G755),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G755),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G755)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":10.661595163154235},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E755,\"*Coal\")+COUNTIF($E755,\"*Biomass*\"),1),MIN(COUNTIF($E755,\"*Liquid*\"),1),MIN(COUNTIF($E755,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G755),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G755),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G755)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":11.341425751104588},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E755,\"*Coal\")+COUNTIF($E755,\"*Biomass*\"),1),MIN(COUNTIF($E755,\"*Liquid*\"),1),MIN(COUNTIF($E755,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G755),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G755),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G755)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":11.546093413780047},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E755,\"*Coal\")+COUNTIF($E755,\"*Biomass*\"),1),MIN(COUNTIF($E755,\"*Liquid*\"),1),MIN(COUNTIF($E755,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G755),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G755),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G755)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.580532816641366},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E764,\"*Coal\")+COUNTIF($E764,\"*Biomass*\"),1),MIN(COUNTIF($E764,\"*Liquid*\"),1),MIN(COUNTIF($E764,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G764),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G764),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G764)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":12.413497581074736},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E764,\"*Coal\")+COUNTIF($E764,\"*Biomass*\"),1),MIN(COUNTIF($E764,\"*Liquid*\"),1),MIN(COUNTIF($E764,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G764),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G764),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G764)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.635402852806859},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E764,\"*Coal\")+COUNTIF($E764,\"*Biomass*\"),1),MIN(COUNTIF($E764,\"*Liquid*\"),1),MIN(COUNTIF($E764,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G764),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G764),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G764)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":13.533684365286229},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E764,\"*Coal\")+COUNTIF($E764,\"*Biomass*\"),1),MIN(COUNTIF($E764,\"*Liquid*\"),1),MIN(COUNTIF($E764,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G764),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G764),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G764)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":14.291026937687832},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E764,\"*Coal\")+COUNTIF($E764,\"*Biomass*\"),1),MIN(COUNTIF($E764,\"*Liquid*\"),1),MIN(COUNTIF($E764,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G764),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G764),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G764)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - 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BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E773,\"*Coal\")+COUNTIF($E773,\"*Biomass*\"),1),MIN(COUNTIF($E773,\"*Liquid*\"),1),MIN(COUNTIF($E773,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E773,\"*Coal\")+COUNTIF($E773,\"*Biomass*\"),1),MIN(COUNTIF($E773,\"*Liquid*\"),1),MIN(COUNTIF($E773,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E773,\"*Coal\")+COUNTIF($E773,\"*Biomass*\"),1),MIN(COUNTIF($E773,\"*Liquid*\"),1),MIN(COUNTIF($E773,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E773,\"*Coal\")+COUNTIF($E773,\"*Biomass*\"),1),MIN(COUNTIF($E773,\"*Liquid*\"),1),MIN(COUNTIF($E773,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E773,\"*Coal\")+COUNTIF($E773,\"*Biomass*\"),1),MIN(COUNTIF($E773,\"*Liquid*\"),1),MIN(COUNTIF($E773,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E773,\"*Coal\")+COUNTIF($E773,\"*Biomass*\"),1),MIN(COUNTIF($E773,\"*Liquid*\"),1),MIN(COUNTIF($E773,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E773,\"*Coal\")+COUNTIF($E773,\"*Biomass*\"),1),MIN(COUNTIF($E773,\"*Liquid*\"),1),MIN(COUNTIF($E773,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E773,\"*Coal\")+COUNTIF($E773,\"*Biomass*\"),1),MIN(COUNTIF($E773,\"*Liquid*\"),1),MIN(COUNTIF($E773,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E773,\"*Coal\")+COUNTIF($E773,\"*Biomass*\"),1),MIN(COUNTIF($E773,\"*Liquid*\"),1),MIN(COUNTIF($E773,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E773,\"*Coal\")+COUNTIF($E773,\"*Biomass*\"),1),MIN(COUNTIF($E773,\"*Liquid*\"),1),MIN(COUNTIF($E773,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E773,\"*Coal\")+COUNTIF($E773,\"*Biomass*\"),1),MIN(COUNTIF($E773,\"*Liquid*\"),1),MIN(COUNTIF($E773,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E773,\"*Coal\")+COUNTIF($E773,\"*Biomass*\"),1),MIN(COUNTIF($E773,\"*Liquid*\"),1),MIN(COUNTIF($E773,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E773,\"*Coal\")+COUNTIF($E773,\"*Biomass*\"),1),MIN(COUNTIF($E773,\"*Liquid*\"),1),MIN(COUNTIF($E773,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E773,\"*Coal\")+COUNTIF($E773,\"*Biomass*\"),1),MIN(COUNTIF($E773,\"*Liquid*\"),1),MIN(COUNTIF($E773,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E773,\"*Coal\")+COUNTIF($E773,\"*Biomass*\"),1),MIN(COUNTIF($E773,\"*Liquid*\"),1),MIN(COUNTIF($E773,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E773,\"*Coal\")+COUNTIF($E773,\"*Biomass*\"),1),MIN(COUNTIF($E773,\"*Liquid*\"),1),MIN(COUNTIF($E773,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E773,\"*Coal\")+COUNTIF($E773,\"*Biomass*\"),1),MIN(COUNTIF($E773,\"*Liquid*\"),1),MIN(COUNTIF($E773,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E773,\"*Coal\")+COUNTIF($E773,\"*Biomass*\"),1),MIN(COUNTIF($E773,\"*Liquid*\"),1),MIN(COUNTIF($E773,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E773,\"*Coal\")+COUNTIF($E773,\"*Biomass*\"),1),MIN(COUNTIF($E773,\"*Liquid*\"),1),MIN(COUNTIF($E773,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G773)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001}]
[null,{"$f":"'Summary Mapping'!$C833","v":"TAS Biomass"},{"$f":"'Summary Mapping'!$J833","v":"New Entrant"},{"$f":"'Summary Mapping'!$F833","v":"TAS"},{"$f":"'Summary Mapping'!$M833","v":"Biomass"},{"$f":"IF('Summary Mapping'!$H833=\"N/A\",'Summary Mapping'!$G833,'Summary Mapping'!$H833)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N833","v":"Biomass"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E783,\"*Coal\")+COUNTIF($E783,\"*Biomass*\"),1),MIN(COUNTIF($E783,\"*Liquid*\"),1),MIN(COUNTIF($E783,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G783),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G783),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G783)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E783,\"*Coal\")+COUNTIF($E783,\"*Biomass*\"),1),MIN(COUNTIF($E783,\"*Liquid*\"),1),MIN(COUNTIF($E783,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G783),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G783),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G783)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E783,\"*Coal\")+COUNTIF($E783,\"*Biomass*\"),1),MIN(COUNTIF($E783,\"*Liquid*\"),1),MIN(COUNTIF($E783,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G783),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G783),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G783)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E783,\"*Coal\")+COUNTIF($E783,\"*Biomass*\"),1),MIN(COUNTIF($E783,\"*Liquid*\"),1),MIN(COUNTIF($E783,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G783),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G783),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G783)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E783,\"*Coal\")+COUNTIF($E783,\"*Biomass*\"),1),MIN(COUNTIF($E783,\"*Liquid*\"),1),MIN(COUNTIF($E783,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G783),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G783),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G783)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E783,\"*Coal\")+COUNTIF($E783,\"*Biomass*\"),1),MIN(COUNTIF($E783,\"*Liquid*\"),1),MIN(COUNTIF($E783,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G783),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G783),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G783)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E783,\"*Coal\")+COUNTIF($E783,\"*Biomass*\"),1),MIN(COUNTIF($E783,\"*Liquid*\"),1),MIN(COUNTIF($E783,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G783),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G783),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G783)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E783,\"*Coal\")+COUNTIF($E783,\"*Biomass*\"),1),MIN(COUNTIF($E783,\"*Liquid*\"),1),MIN(COUNTIF($E783,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G783),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G783),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G783)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E783,\"*Coal\")+COUNTIF($E783,\"*Biomass*\"),1),MIN(COUNTIF($E783,\"*Liquid*\"),1),MIN(COUNTIF($E783,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G783),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G783),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G783)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E783,\"*Coal\")+COUNTIF($E783,\"*Biomass*\"),1),MIN(COUNTIF($E783,\"*Liquid*\"),1),MIN(COUNTIF($E783,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G783),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G783),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G783)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E783,\"*Coal\")+COUNTIF($E783,\"*Biomass*\"),1),MIN(COUNTIF($E783,\"*Liquid*\"),1),MIN(COUNTIF($E783,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G783),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G783),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G783)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E783,\"*Coal\")+COUNTIF($E783,\"*Biomass*\"),1),MIN(COUNTIF($E783,\"*Liquid*\"),1),MIN(COUNTIF($E783,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G783),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G783),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G783)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E783,\"*Coal\")+COUNTIF($E783,\"*Biomass*\"),1),MIN(COUNTIF($E783,\"*Liquid*\"),1),MIN(COUNTIF($E783,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G783),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G783),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G783)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E783,\"*Coal\")+COUNTIF($E783,\"*Biomass*\"),1),MIN(COUNTIF($E783,\"*Liquid*\"),1),MIN(COUNTIF($E783,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G783),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G783),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G783)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E783,\"*Coal\")+COUNTIF($E783,\"*Biomass*\"),1),MIN(COUNTIF($E783,\"*Liquid*\"),1),MIN(COUNTIF($E783,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G783),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G783),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G783)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E783,\"*Coal\")+COUNTIF($E783,\"*Biomass*\"),1),MIN(COUNTIF($E783,\"*Liquid*\"),1),MIN(COUNTIF($E783,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G783),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G783),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G783)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E783,\"*Coal\")+COUNTIF($E783,\"*Biomass*\"),1),MIN(COUNTIF($E783,\"*Liquid*\"),1),MIN(COUNTIF($E783,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G783),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G783),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G783)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0.66189500000000001}]
[null,{"$f":"'Summary Mapping'!$C840","v":"Q7_SAT_Wide Bay"},{"$f":"'Summary Mapping'!$J840","v":"New Entrant"},{"$f":"'Summary Mapping'!$F840","v":"QLD"},{"$f":"'Summary Mapping'!$M840","v":"Solar"},{"$f":"IF('Summary Mapping'!$H840=\"N/A\",'Summary Mapping'!$G840,'Summary Mapping'!$H840)","v":"Wide Bay"},{"$f":"'Summary Mapping'!$N840","v":"Solar"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E790,\"*Coal\")+COUNTIF($E790,\"*Biomass*\"),1),MIN(COUNTIF($E790,\"*Liquid*\"),1),MIN(COUNTIF($E790,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E790,\"*Coal\")+COUNTIF($E790,\"*Biomass*\"),1),MIN(COUNTIF($E790,\"*Liquid*\"),1),MIN(COUNTIF($E790,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E790,\"*Coal\")+COUNTIF($E790,\"*Biomass*\"),1),MIN(COUNTIF($E790,\"*Liquid*\"),1),MIN(COUNTIF($E790,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E790,\"*Coal\")+COUNTIF($E790,\"*Biomass*\"),1),MIN(COUNTIF($E790,\"*Liquid*\"),1),MIN(COUNTIF($E790,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E790,\"*Coal\")+COUNTIF($E790,\"*Biomass*\"),1),MIN(COUNTIF($E790,\"*Liquid*\"),1),MIN(COUNTIF($E790,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E790,\"*Coal\")+COUNTIF($E790,\"*Biomass*\"),1),MIN(COUNTIF($E790,\"*Liquid*\"),1),MIN(COUNTIF($E790,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E790,\"*Coal\")+COUNTIF($E790,\"*Biomass*\"),1),MIN(COUNTIF($E790,\"*Liquid*\"),1),MIN(COUNTIF($E790,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E790,\"*Coal\")+COUNTIF($E790,\"*Biomass*\"),1),MIN(COUNTIF($E790,\"*Liquid*\"),1),MIN(COUNTIF($E790,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E790,\"*Coal\")+COUNTIF($E790,\"*Biomass*\"),1),MIN(COUNTIF($E790,\"*Liquid*\"),1),MIN(COUNTIF($E790,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E790,\"*Coal\")+COUNTIF($E790,\"*Biomass*\"),1),MIN(COUNTIF($E790,\"*Liquid*\"),1),MIN(COUNTIF($E790,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E790,\"*Coal\")+COUNTIF($E790,\"*Biomass*\"),1),MIN(COUNTIF($E790,\"*Liquid*\"),1),MIN(COUNTIF($E790,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E790,\"*Coal\")+COUNTIF($E790,\"*Biomass*\"),1),MIN(COUNTIF($E790,\"*Liquid*\"),1),MIN(COUNTIF($E790,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E790,\"*Coal\")+COUNTIF($E790,\"*Biomass*\"),1),MIN(COUNTIF($E790,\"*Liquid*\"),1),MIN(COUNTIF($E790,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E790,\"*Coal\")+COUNTIF($E790,\"*Biomass*\"),1),MIN(COUNTIF($E790,\"*Liquid*\"),1),MIN(COUNTIF($E790,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E790,\"*Coal\")+COUNTIF($E790,\"*Biomass*\"),1),MIN(COUNTIF($E790,\"*Liquid*\"),1),MIN(COUNTIF($E790,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E790,\"*Coal\")+COUNTIF($E790,\"*Biomass*\"),1),MIN(COUNTIF($E790,\"*Liquid*\"),1),MIN(COUNTIF($E790,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E790,\"*Coal\")+COUNTIF($E790,\"*Biomass*\"),1),MIN(COUNTIF($E790,\"*Liquid*\"),1),MIN(COUNTIF($E790,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E790,\"*Coal\")+COUNTIF($E790,\"*Biomass*\"),1),MIN(COUNTIF($E790,\"*Liquid*\"),1),MIN(COUNTIF($E790,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E790,\"*Coal\")+COUNTIF($E790,\"*Biomass*\"),1),MIN(COUNTIF($E790,\"*Liquid*\"),1),MIN(COUNTIF($E790,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E790,\"*Coal\")+COUNTIF($E790,\"*Biomass*\"),1),MIN(COUNTIF($E790,\"*Liquid*\"),1),MIN(COUNTIF($E790,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E790,\"*Coal\")+COUNTIF($E790,\"*Biomass*\"),1),MIN(COUNTIF($E790,\"*Liquid*\"),1),MIN(COUNTIF($E790,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E790,\"*Coal\")+COUNTIF($E790,\"*Biomass*\"),1),MIN(COUNTIF($E790,\"*Liquid*\"),1),MIN(COUNTIF($E790,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E790,\"*Coal\")+COUNTIF($E790,\"*Biomass*\"),1),MIN(COUNTIF($E790,\"*Liquid*\"),1),MIN(COUNTIF($E790,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E790,\"*Coal\")+COUNTIF($E790,\"*Biomass*\"),1),MIN(COUNTIF($E790,\"*Liquid*\"),1),MIN(COUNTIF($E790,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E790,\"*Coal\")+COUNTIF($E790,\"*Biomass*\"),1),MIN(COUNTIF($E790,\"*Liquid*\"),1),MIN(COUNTIF($E790,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E790,\"*Coal\")+COUNTIF($E790,\"*Biomass*\"),1),MIN(COUNTIF($E790,\"*Liquid*\"),1),MIN(COUNTIF($E790,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E790,\"*Coal\")+COUNTIF($E790,\"*Biomass*\"),1),MIN(COUNTIF($E790,\"*Liquid*\"),1),MIN(COUNTIF($E790,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G790)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C849","v":"N4_SAT_Broken Hill"},{"$f":"'Summary Mapping'!$J849","v":"New Entrant"},{"$f":"'Summary Mapping'!$F849","v":"NSW"},{"$f":"'Summary Mapping'!$M849","v":"Solar"},{"$f":"IF('Summary Mapping'!$H849=\"N/A\",'Summary Mapping'!$G849,'Summary Mapping'!$H849)","v":"Broken Hill"},{"$f":"'Summary Mapping'!$N849","v":"Solar"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E799,\"*Coal\")+COUNTIF($E799,\"*Biomass*\"),1),MIN(COUNTIF($E799,\"*Liquid*\"),1),MIN(COUNTIF($E799,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E799,\"*Coal\")+COUNTIF($E799,\"*Biomass*\"),1),MIN(COUNTIF($E799,\"*Liquid*\"),1),MIN(COUNTIF($E799,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E799,\"*Coal\")+COUNTIF($E799,\"*Biomass*\"),1),MIN(COUNTIF($E799,\"*Liquid*\"),1),MIN(COUNTIF($E799,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E799,\"*Coal\")+COUNTIF($E799,\"*Biomass*\"),1),MIN(COUNTIF($E799,\"*Liquid*\"),1),MIN(COUNTIF($E799,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E799,\"*Coal\")+COUNTIF($E799,\"*Biomass*\"),1),MIN(COUNTIF($E799,\"*Liquid*\"),1),MIN(COUNTIF($E799,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E799,\"*Coal\")+COUNTIF($E799,\"*Biomass*\"),1),MIN(COUNTIF($E799,\"*Liquid*\"),1),MIN(COUNTIF($E799,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E799,\"*Coal\")+COUNTIF($E799,\"*Biomass*\"),1),MIN(COUNTIF($E799,\"*Liquid*\"),1),MIN(COUNTIF($E799,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E799,\"*Coal\")+COUNTIF($E799,\"*Biomass*\"),1),MIN(COUNTIF($E799,\"*Liquid*\"),1),MIN(COUNTIF($E799,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E799,\"*Coal\")+COUNTIF($E799,\"*Biomass*\"),1),MIN(COUNTIF($E799,\"*Liquid*\"),1),MIN(COUNTIF($E799,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E799,\"*Coal\")+COUNTIF($E799,\"*Biomass*\"),1),MIN(COUNTIF($E799,\"*Liquid*\"),1),MIN(COUNTIF($E799,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E799,\"*Coal\")+COUNTIF($E799,\"*Biomass*\"),1),MIN(COUNTIF($E799,\"*Liquid*\"),1),MIN(COUNTIF($E799,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E799,\"*Coal\")+COUNTIF($E799,\"*Biomass*\"),1),MIN(COUNTIF($E799,\"*Liquid*\"),1),MIN(COUNTIF($E799,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E799,\"*Coal\")+COUNTIF($E799,\"*Biomass*\"),1),MIN(COUNTIF($E799,\"*Liquid*\"),1),MIN(COUNTIF($E799,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E799,\"*Coal\")+COUNTIF($E799,\"*Biomass*\"),1),MIN(COUNTIF($E799,\"*Liquid*\"),1),MIN(COUNTIF($E799,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E799,\"*Coal\")+COUNTIF($E799,\"*Biomass*\"),1),MIN(COUNTIF($E799,\"*Liquid*\"),1),MIN(COUNTIF($E799,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E799,\"*Coal\")+COUNTIF($E799,\"*Biomass*\"),1),MIN(COUNTIF($E799,\"*Liquid*\"),1),MIN(COUNTIF($E799,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E799,\"*Coal\")+COUNTIF($E799,\"*Biomass*\"),1),MIN(COUNTIF($E799,\"*Liquid*\"),1),MIN(COUNTIF($E799,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E799,\"*Coal\")+COUNTIF($E799,\"*Biomass*\"),1),MIN(COUNTIF($E799,\"*Liquid*\"),1),MIN(COUNTIF($E799,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E799,\"*Coal\")+COUNTIF($E799,\"*Biomass*\"),1),MIN(COUNTIF($E799,\"*Liquid*\"),1),MIN(COUNTIF($E799,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E799,\"*Coal\")+COUNTIF($E799,\"*Biomass*\"),1),MIN(COUNTIF($E799,\"*Liquid*\"),1),MIN(COUNTIF($E799,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E799,\"*Coal\")+COUNTIF($E799,\"*Biomass*\"),1),MIN(COUNTIF($E799,\"*Liquid*\"),1),MIN(COUNTIF($E799,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E799,\"*Coal\")+COUNTIF($E799,\"*Biomass*\"),1),MIN(COUNTIF($E799,\"*Liquid*\"),1),MIN(COUNTIF($E799,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E799,\"*Coal\")+COUNTIF($E799,\"*Biomass*\"),1),MIN(COUNTIF($E799,\"*Liquid*\"),1),MIN(COUNTIF($E799,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E799,\"*Coal\")+COUNTIF($E799,\"*Biomass*\"),1),MIN(COUNTIF($E799,\"*Liquid*\"),1),MIN(COUNTIF($E799,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E799,\"*Coal\")+COUNTIF($E799,\"*Biomass*\"),1),MIN(COUNTIF($E799,\"*Liquid*\"),1),MIN(COUNTIF($E799,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E799,\"*Coal\")+COUNTIF($E799,\"*Biomass*\"),1),MIN(COUNTIF($E799,\"*Liquid*\"),1),MIN(COUNTIF($E799,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E799,\"*Coal\")+COUNTIF($E799,\"*Biomass*\"),1),MIN(COUNTIF($E799,\"*Liquid*\"),1),MIN(COUNTIF($E799,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G799)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C858","v":"S2_SAT_Riverland"},{"$f":"'Summary Mapping'!$J858","v":"New Entrant"},{"$f":"'Summary Mapping'!$F858","v":"SA"},{"$f":"'Summary Mapping'!$M858","v":"Solar"},{"$f":"IF('Summary Mapping'!$H858=\"N/A\",'Summary Mapping'!$G858,'Summary Mapping'!$H858)","v":"Riverland"},{"$f":"'Summary Mapping'!$N858","v":"Solar"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E808,\"*Coal\")+COUNTIF($E808,\"*Biomass*\"),1),MIN(COUNTIF($E808,\"*Liquid*\"),1),MIN(COUNTIF($E808,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E808,\"*Coal\")+COUNTIF($E808,\"*Biomass*\"),1),MIN(COUNTIF($E808,\"*Liquid*\"),1),MIN(COUNTIF($E808,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E808,\"*Coal\")+COUNTIF($E808,\"*Biomass*\"),1),MIN(COUNTIF($E808,\"*Liquid*\"),1),MIN(COUNTIF($E808,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E808,\"*Coal\")+COUNTIF($E808,\"*Biomass*\"),1),MIN(COUNTIF($E808,\"*Liquid*\"),1),MIN(COUNTIF($E808,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E808,\"*Coal\")+COUNTIF($E808,\"*Biomass*\"),1),MIN(COUNTIF($E808,\"*Liquid*\"),1),MIN(COUNTIF($E808,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E808,\"*Coal\")+COUNTIF($E808,\"*Biomass*\"),1),MIN(COUNTIF($E808,\"*Liquid*\"),1),MIN(COUNTIF($E808,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E808,\"*Coal\")+COUNTIF($E808,\"*Biomass*\"),1),MIN(COUNTIF($E808,\"*Liquid*\"),1),MIN(COUNTIF($E808,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E808,\"*Coal\")+COUNTIF($E808,\"*Biomass*\"),1),MIN(COUNTIF($E808,\"*Liquid*\"),1),MIN(COUNTIF($E808,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E808,\"*Coal\")+COUNTIF($E808,\"*Biomass*\"),1),MIN(COUNTIF($E808,\"*Liquid*\"),1),MIN(COUNTIF($E808,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E808,\"*Coal\")+COUNTIF($E808,\"*Biomass*\"),1),MIN(COUNTIF($E808,\"*Liquid*\"),1),MIN(COUNTIF($E808,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E808,\"*Coal\")+COUNTIF($E808,\"*Biomass*\"),1),MIN(COUNTIF($E808,\"*Liquid*\"),1),MIN(COUNTIF($E808,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E808,\"*Coal\")+COUNTIF($E808,\"*Biomass*\"),1),MIN(COUNTIF($E808,\"*Liquid*\"),1),MIN(COUNTIF($E808,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E808,\"*Coal\")+COUNTIF($E808,\"*Biomass*\"),1),MIN(COUNTIF($E808,\"*Liquid*\"),1),MIN(COUNTIF($E808,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E808,\"*Coal\")+COUNTIF($E808,\"*Biomass*\"),1),MIN(COUNTIF($E808,\"*Liquid*\"),1),MIN(COUNTIF($E808,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E808,\"*Coal\")+COUNTIF($E808,\"*Biomass*\"),1),MIN(COUNTIF($E808,\"*Liquid*\"),1),MIN(COUNTIF($E808,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E808,\"*Coal\")+COUNTIF($E808,\"*Biomass*\"),1),MIN(COUNTIF($E808,\"*Liquid*\"),1),MIN(COUNTIF($E808,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E808,\"*Coal\")+COUNTIF($E808,\"*Biomass*\"),1),MIN(COUNTIF($E808,\"*Liquid*\"),1),MIN(COUNTIF($E808,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E808,\"*Coal\")+COUNTIF($E808,\"*Biomass*\"),1),MIN(COUNTIF($E808,\"*Liquid*\"),1),MIN(COUNTIF($E808,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E808,\"*Coal\")+COUNTIF($E808,\"*Biomass*\"),1),MIN(COUNTIF($E808,\"*Liquid*\"),1),MIN(COUNTIF($E808,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808)*SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E808,\"*Coal\")+COUNTIF($E808,\"*Biomass*\"),1),MIN(COUNTIF($E808,\"*Liquid*\"),1),MIN(COUNTIF($E808,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E808,\"*Coal\")+COUNTIF($E808,\"*Biomass*\"),1),MIN(COUNTIF($E808,\"*Liquid*\"),1),MIN(COUNTIF($E808,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E808,\"*Coal\")+COUNTIF($E808,\"*Biomass*\"),1),MIN(COUNTIF($E808,\"*Liquid*\"),1),MIN(COUNTIF($E808,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E808,\"*Coal\")+COUNTIF($E808,\"*Biomass*\"),1),MIN(COUNTIF($E808,\"*Liquid*\"),1),MIN(COUNTIF($E808,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E808,\"*Coal\")+COUNTIF($E808,\"*Biomass*\"),1),MIN(COUNTIF($E808,\"*Liquid*\"),1),MIN(COUNTIF($E808,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E808,\"*Coal\")+COUNTIF($E808,\"*Biomass*\"),1),MIN(COUNTIF($E808,\"*Liquid*\"),1),MIN(COUNTIF($E808,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G808)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C859","v":"S3_SAT_Mid-North SA"},{"$f":"'Summary Mapping'!$J859","v":"New Entrant"},{"$f":"'Summary Mapping'!$F859","v":"SA"},{"$f":"'Summary Mapping'!$M859","v":"Solar"},{"$f":"IF('Summary Mapping'!$H859=\"N/A\",'Summary Mapping'!$G859,'Summary Mapping'!$H859)","v":"Mid-North SA"},{"$f":"'Summary Mapping'!$N859","v":"Solar"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E809,\"*Coal\")+COUNTIF($E809,\"*Biomass*\"),1),MIN(COUNTIF($E809,\"*Liquid*\"),1),MIN(COUNTIF($E809,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E809,\"*Coal\")+COUNTIF($E809,\"*Biomass*\"),1),MIN(COUNTIF($E809,\"*Liquid*\"),1),MIN(COUNTIF($E809,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E809,\"*Coal\")+COUNTIF($E809,\"*Biomass*\"),1),MIN(COUNTIF($E809,\"*Liquid*\"),1),MIN(COUNTIF($E809,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E809,\"*Coal\")+COUNTIF($E809,\"*Biomass*\"),1),MIN(COUNTIF($E809,\"*Liquid*\"),1),MIN(COUNTIF($E809,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E809,\"*Coal\")+COUNTIF($E809,\"*Biomass*\"),1),MIN(COUNTIF($E809,\"*Liquid*\"),1),MIN(COUNTIF($E809,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E809,\"*Coal\")+COUNTIF($E809,\"*Biomass*\"),1),MIN(COUNTIF($E809,\"*Liquid*\"),1),MIN(COUNTIF($E809,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E809,\"*Coal\")+COUNTIF($E809,\"*Biomass*\"),1),MIN(COUNTIF($E809,\"*Liquid*\"),1),MIN(COUNTIF($E809,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E809,\"*Coal\")+COUNTIF($E809,\"*Biomass*\"),1),MIN(COUNTIF($E809,\"*Liquid*\"),1),MIN(COUNTIF($E809,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E809,\"*Coal\")+COUNTIF($E809,\"*Biomass*\"),1),MIN(COUNTIF($E809,\"*Liquid*\"),1),MIN(COUNTIF($E809,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E809,\"*Coal\")+COUNTIF($E809,\"*Biomass*\"),1),MIN(COUNTIF($E809,\"*Liquid*\"),1),MIN(COUNTIF($E809,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E809,\"*Coal\")+COUNTIF($E809,\"*Biomass*\"),1),MIN(COUNTIF($E809,\"*Liquid*\"),1),MIN(COUNTIF($E809,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E809,\"*Coal\")+COUNTIF($E809,\"*Biomass*\"),1),MIN(COUNTIF($E809,\"*Liquid*\"),1),MIN(COUNTIF($E809,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E809,\"*Coal\")+COUNTIF($E809,\"*Biomass*\"),1),MIN(COUNTIF($E809,\"*Liquid*\"),1),MIN(COUNTIF($E809,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E809,\"*Coal\")+COUNTIF($E809,\"*Biomass*\"),1),MIN(COUNTIF($E809,\"*Liquid*\"),1),MIN(COUNTIF($E809,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E809,\"*Coal\")+COUNTIF($E809,\"*Biomass*\"),1),MIN(COUNTIF($E809,\"*Liquid*\"),1),MIN(COUNTIF($E809,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E809,\"*Coal\")+COUNTIF($E809,\"*Biomass*\"),1),MIN(COUNTIF($E809,\"*Liquid*\"),1),MIN(COUNTIF($E809,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E809,\"*Coal\")+COUNTIF($E809,\"*Biomass*\"),1),MIN(COUNTIF($E809,\"*Liquid*\"),1),MIN(COUNTIF($E809,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E809,\"*Coal\")+COUNTIF($E809,\"*Biomass*\"),1),MIN(COUNTIF($E809,\"*Liquid*\"),1),MIN(COUNTIF($E809,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E809,\"*Coal\")+COUNTIF($E809,\"*Biomass*\"),1),MIN(COUNTIF($E809,\"*Liquid*\"),1),MIN(COUNTIF($E809,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809)*SUMIFS('GPG emissions reduction - 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BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E809,\"*Coal\")+COUNTIF($E809,\"*Biomass*\"),1),MIN(COUNTIF($E809,\"*Liquid*\"),1),MIN(COUNTIF($E809,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E809,\"*Coal\")+COUNTIF($E809,\"*Biomass*\"),1),MIN(COUNTIF($E809,\"*Liquid*\"),1),MIN(COUNTIF($E809,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E809,\"*Coal\")+COUNTIF($E809,\"*Biomass*\"),1),MIN(COUNTIF($E809,\"*Liquid*\"),1),MIN(COUNTIF($E809,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E809,\"*Coal\")+COUNTIF($E809,\"*Biomass*\"),1),MIN(COUNTIF($E809,\"*Liquid*\"),1),MIN(COUNTIF($E809,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G809)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C868","v":"N0_SAT_NSW"},{"$f":"'Summary Mapping'!$J868","v":"New Entrant"},{"$f":"'Summary Mapping'!$F868","v":"NSW"},{"$f":"'Summary Mapping'!$M868","v":"Solar"},{"$f":"IF('Summary Mapping'!$H868=\"N/A\",'Summary Mapping'!$G868,'Summary Mapping'!$H868)","v":"New South Wales Non-REZ"},{"$f":"'Summary Mapping'!$N868","v":"Solar"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E818,\"*Coal\")+COUNTIF($E818,\"*Biomass*\"),1),MIN(COUNTIF($E818,\"*Liquid*\"),1),MIN(COUNTIF($E818,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E818,\"*Coal\")+COUNTIF($E818,\"*Biomass*\"),1),MIN(COUNTIF($E818,\"*Liquid*\"),1),MIN(COUNTIF($E818,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E818,\"*Coal\")+COUNTIF($E818,\"*Biomass*\"),1),MIN(COUNTIF($E818,\"*Liquid*\"),1),MIN(COUNTIF($E818,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E818,\"*Coal\")+COUNTIF($E818,\"*Biomass*\"),1),MIN(COUNTIF($E818,\"*Liquid*\"),1),MIN(COUNTIF($E818,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E818,\"*Coal\")+COUNTIF($E818,\"*Biomass*\"),1),MIN(COUNTIF($E818,\"*Liquid*\"),1),MIN(COUNTIF($E818,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E818,\"*Coal\")+COUNTIF($E818,\"*Biomass*\"),1),MIN(COUNTIF($E818,\"*Liquid*\"),1),MIN(COUNTIF($E818,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E818,\"*Coal\")+COUNTIF($E818,\"*Biomass*\"),1),MIN(COUNTIF($E818,\"*Liquid*\"),1),MIN(COUNTIF($E818,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E818,\"*Coal\")+COUNTIF($E818,\"*Biomass*\"),1),MIN(COUNTIF($E818,\"*Liquid*\"),1),MIN(COUNTIF($E818,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E818,\"*Coal\")+COUNTIF($E818,\"*Biomass*\"),1),MIN(COUNTIF($E818,\"*Liquid*\"),1),MIN(COUNTIF($E818,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E818,\"*Coal\")+COUNTIF($E818,\"*Biomass*\"),1),MIN(COUNTIF($E818,\"*Liquid*\"),1),MIN(COUNTIF($E818,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E818,\"*Coal\")+COUNTIF($E818,\"*Biomass*\"),1),MIN(COUNTIF($E818,\"*Liquid*\"),1),MIN(COUNTIF($E818,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E818,\"*Coal\")+COUNTIF($E818,\"*Biomass*\"),1),MIN(COUNTIF($E818,\"*Liquid*\"),1),MIN(COUNTIF($E818,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E818,\"*Coal\")+COUNTIF($E818,\"*Biomass*\"),1),MIN(COUNTIF($E818,\"*Liquid*\"),1),MIN(COUNTIF($E818,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E818,\"*Coal\")+COUNTIF($E818,\"*Biomass*\"),1),MIN(COUNTIF($E818,\"*Liquid*\"),1),MIN(COUNTIF($E818,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E818,\"*Coal\")+COUNTIF($E818,\"*Biomass*\"),1),MIN(COUNTIF($E818,\"*Liquid*\"),1),MIN(COUNTIF($E818,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E818,\"*Coal\")+COUNTIF($E818,\"*Biomass*\"),1),MIN(COUNTIF($E818,\"*Liquid*\"),1),MIN(COUNTIF($E818,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E818,\"*Coal\")+COUNTIF($E818,\"*Biomass*\"),1),MIN(COUNTIF($E818,\"*Liquid*\"),1),MIN(COUNTIF($E818,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E818,\"*Coal\")+COUNTIF($E818,\"*Biomass*\"),1),MIN(COUNTIF($E818,\"*Liquid*\"),1),MIN(COUNTIF($E818,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E818,\"*Coal\")+COUNTIF($E818,\"*Biomass*\"),1),MIN(COUNTIF($E818,\"*Liquid*\"),1),MIN(COUNTIF($E818,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818)*SUMIFS('GPG emissions reduction - 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BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E818,\"*Coal\")+COUNTIF($E818,\"*Biomass*\"),1),MIN(COUNTIF($E818,\"*Liquid*\"),1),MIN(COUNTIF($E818,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E818,\"*Coal\")+COUNTIF($E818,\"*Biomass*\"),1),MIN(COUNTIF($E818,\"*Liquid*\"),1),MIN(COUNTIF($E818,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E818,\"*Coal\")+COUNTIF($E818,\"*Biomass*\"),1),MIN(COUNTIF($E818,\"*Liquid*\"),1),MIN(COUNTIF($E818,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E818,\"*Coal\")+COUNTIF($E818,\"*Biomass*\"),1),MIN(COUNTIF($E818,\"*Liquid*\"),1),MIN(COUNTIF($E818,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G818)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C877","v":"Q8a_CST_Darling Downs"},{"$f":"'Summary Mapping'!$J877","v":"New Entrant"},{"$f":"'Summary Mapping'!$F877","v":"QLD"},{"$f":"'Summary Mapping'!$M877","v":"Solar"},{"$f":"IF('Summary Mapping'!$H877=\"N/A\",'Summary Mapping'!$G877,'Summary Mapping'!$H877)","v":"Darling Downs"},{"$f":"'Summary Mapping'!$N877","v":"Solar"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E827,\"*Coal\")+COUNTIF($E827,\"*Biomass*\"),1),MIN(COUNTIF($E827,\"*Liquid*\"),1),MIN(COUNTIF($E827,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E827,\"*Coal\")+COUNTIF($E827,\"*Biomass*\"),1),MIN(COUNTIF($E827,\"*Liquid*\"),1),MIN(COUNTIF($E827,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E827,\"*Coal\")+COUNTIF($E827,\"*Biomass*\"),1),MIN(COUNTIF($E827,\"*Liquid*\"),1),MIN(COUNTIF($E827,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E827,\"*Coal\")+COUNTIF($E827,\"*Biomass*\"),1),MIN(COUNTIF($E827,\"*Liquid*\"),1),MIN(COUNTIF($E827,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E827,\"*Coal\")+COUNTIF($E827,\"*Biomass*\"),1),MIN(COUNTIF($E827,\"*Liquid*\"),1),MIN(COUNTIF($E827,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E827,\"*Coal\")+COUNTIF($E827,\"*Biomass*\"),1),MIN(COUNTIF($E827,\"*Liquid*\"),1),MIN(COUNTIF($E827,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E827,\"*Coal\")+COUNTIF($E827,\"*Biomass*\"),1),MIN(COUNTIF($E827,\"*Liquid*\"),1),MIN(COUNTIF($E827,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E827,\"*Coal\")+COUNTIF($E827,\"*Biomass*\"),1),MIN(COUNTIF($E827,\"*Liquid*\"),1),MIN(COUNTIF($E827,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E827,\"*Coal\")+COUNTIF($E827,\"*Biomass*\"),1),MIN(COUNTIF($E827,\"*Liquid*\"),1),MIN(COUNTIF($E827,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E827,\"*Coal\")+COUNTIF($E827,\"*Biomass*\"),1),MIN(COUNTIF($E827,\"*Liquid*\"),1),MIN(COUNTIF($E827,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E827,\"*Coal\")+COUNTIF($E827,\"*Biomass*\"),1),MIN(COUNTIF($E827,\"*Liquid*\"),1),MIN(COUNTIF($E827,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E827,\"*Coal\")+COUNTIF($E827,\"*Biomass*\"),1),MIN(COUNTIF($E827,\"*Liquid*\"),1),MIN(COUNTIF($E827,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E827,\"*Coal\")+COUNTIF($E827,\"*Biomass*\"),1),MIN(COUNTIF($E827,\"*Liquid*\"),1),MIN(COUNTIF($E827,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E827,\"*Coal\")+COUNTIF($E827,\"*Biomass*\"),1),MIN(COUNTIF($E827,\"*Liquid*\"),1),MIN(COUNTIF($E827,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E827,\"*Coal\")+COUNTIF($E827,\"*Biomass*\"),1),MIN(COUNTIF($E827,\"*Liquid*\"),1),MIN(COUNTIF($E827,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E827,\"*Coal\")+COUNTIF($E827,\"*Biomass*\"),1),MIN(COUNTIF($E827,\"*Liquid*\"),1),MIN(COUNTIF($E827,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E827,\"*Coal\")+COUNTIF($E827,\"*Biomass*\"),1),MIN(COUNTIF($E827,\"*Liquid*\"),1),MIN(COUNTIF($E827,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E827,\"*Coal\")+COUNTIF($E827,\"*Biomass*\"),1),MIN(COUNTIF($E827,\"*Liquid*\"),1),MIN(COUNTIF($E827,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E827,\"*Coal\")+COUNTIF($E827,\"*Biomass*\"),1),MIN(COUNTIF($E827,\"*Liquid*\"),1),MIN(COUNTIF($E827,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E827,\"*Coal\")+COUNTIF($E827,\"*Biomass*\"),1),MIN(COUNTIF($E827,\"*Liquid*\"),1),MIN(COUNTIF($E827,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E827,\"*Coal\")+COUNTIF($E827,\"*Biomass*\"),1),MIN(COUNTIF($E827,\"*Liquid*\"),1),MIN(COUNTIF($E827,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E827,\"*Coal\")+COUNTIF($E827,\"*Biomass*\"),1),MIN(COUNTIF($E827,\"*Liquid*\"),1),MIN(COUNTIF($E827,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E827,\"*Coal\")+COUNTIF($E827,\"*Biomass*\"),1),MIN(COUNTIF($E827,\"*Liquid*\"),1),MIN(COUNTIF($E827,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E827,\"*Coal\")+COUNTIF($E827,\"*Biomass*\"),1),MIN(COUNTIF($E827,\"*Liquid*\"),1),MIN(COUNTIF($E827,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E827,\"*Coal\")+COUNTIF($E827,\"*Biomass*\"),1),MIN(COUNTIF($E827,\"*Liquid*\"),1),MIN(COUNTIF($E827,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E827,\"*Coal\")+COUNTIF($E827,\"*Biomass*\"),1),MIN(COUNTIF($E827,\"*Liquid*\"),1),MIN(COUNTIF($E827,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E827,\"*Coal\")+COUNTIF($E827,\"*Biomass*\"),1),MIN(COUNTIF($E827,\"*Liquid*\"),1),MIN(COUNTIF($E827,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G827)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C886","v":"N5_CST_South West NSW"},{"$f":"'Summary Mapping'!$J886","v":"New Entrant"},{"$f":"'Summary Mapping'!$F886","v":"NSW"},{"$f":"'Summary Mapping'!$M886","v":"Solar"},{"$f":"IF('Summary Mapping'!$H886=\"N/A\",'Summary Mapping'!$G886,'Summary Mapping'!$H886)","v":"South West NSW"},{"$f":"'Summary Mapping'!$N886","v":"Solar"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E836,\"*Coal\")+COUNTIF($E836,\"*Biomass*\"),1),MIN(COUNTIF($E836,\"*Liquid*\"),1),MIN(COUNTIF($E836,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E836,\"*Coal\")+COUNTIF($E836,\"*Biomass*\"),1),MIN(COUNTIF($E836,\"*Liquid*\"),1),MIN(COUNTIF($E836,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E836,\"*Coal\")+COUNTIF($E836,\"*Biomass*\"),1),MIN(COUNTIF($E836,\"*Liquid*\"),1),MIN(COUNTIF($E836,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E836,\"*Coal\")+COUNTIF($E836,\"*Biomass*\"),1),MIN(COUNTIF($E836,\"*Liquid*\"),1),MIN(COUNTIF($E836,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E836,\"*Coal\")+COUNTIF($E836,\"*Biomass*\"),1),MIN(COUNTIF($E836,\"*Liquid*\"),1),MIN(COUNTIF($E836,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E836,\"*Coal\")+COUNTIF($E836,\"*Biomass*\"),1),MIN(COUNTIF($E836,\"*Liquid*\"),1),MIN(COUNTIF($E836,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E836,\"*Coal\")+COUNTIF($E836,\"*Biomass*\"),1),MIN(COUNTIF($E836,\"*Liquid*\"),1),MIN(COUNTIF($E836,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E836,\"*Coal\")+COUNTIF($E836,\"*Biomass*\"),1),MIN(COUNTIF($E836,\"*Liquid*\"),1),MIN(COUNTIF($E836,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E836,\"*Coal\")+COUNTIF($E836,\"*Biomass*\"),1),MIN(COUNTIF($E836,\"*Liquid*\"),1),MIN(COUNTIF($E836,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E836,\"*Coal\")+COUNTIF($E836,\"*Biomass*\"),1),MIN(COUNTIF($E836,\"*Liquid*\"),1),MIN(COUNTIF($E836,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E836,\"*Coal\")+COUNTIF($E836,\"*Biomass*\"),1),MIN(COUNTIF($E836,\"*Liquid*\"),1),MIN(COUNTIF($E836,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E836,\"*Coal\")+COUNTIF($E836,\"*Biomass*\"),1),MIN(COUNTIF($E836,\"*Liquid*\"),1),MIN(COUNTIF($E836,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E836,\"*Coal\")+COUNTIF($E836,\"*Biomass*\"),1),MIN(COUNTIF($E836,\"*Liquid*\"),1),MIN(COUNTIF($E836,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E836,\"*Coal\")+COUNTIF($E836,\"*Biomass*\"),1),MIN(COUNTIF($E836,\"*Liquid*\"),1),MIN(COUNTIF($E836,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E836,\"*Coal\")+COUNTIF($E836,\"*Biomass*\"),1),MIN(COUNTIF($E836,\"*Liquid*\"),1),MIN(COUNTIF($E836,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E836,\"*Coal\")+COUNTIF($E836,\"*Biomass*\"),1),MIN(COUNTIF($E836,\"*Liquid*\"),1),MIN(COUNTIF($E836,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E836,\"*Coal\")+COUNTIF($E836,\"*Biomass*\"),1),MIN(COUNTIF($E836,\"*Liquid*\"),1),MIN(COUNTIF($E836,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E836,\"*Coal\")+COUNTIF($E836,\"*Biomass*\"),1),MIN(COUNTIF($E836,\"*Liquid*\"),1),MIN(COUNTIF($E836,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E836,\"*Coal\")+COUNTIF($E836,\"*Biomass*\"),1),MIN(COUNTIF($E836,\"*Liquid*\"),1),MIN(COUNTIF($E836,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E836,\"*Coal\")+COUNTIF($E836,\"*Biomass*\"),1),MIN(COUNTIF($E836,\"*Liquid*\"),1),MIN(COUNTIF($E836,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E836,\"*Coal\")+COUNTIF($E836,\"*Biomass*\"),1),MIN(COUNTIF($E836,\"*Liquid*\"),1),MIN(COUNTIF($E836,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E836,\"*Coal\")+COUNTIF($E836,\"*Biomass*\"),1),MIN(COUNTIF($E836,\"*Liquid*\"),1),MIN(COUNTIF($E836,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E836,\"*Coal\")+COUNTIF($E836,\"*Biomass*\"),1),MIN(COUNTIF($E836,\"*Liquid*\"),1),MIN(COUNTIF($E836,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E836,\"*Coal\")+COUNTIF($E836,\"*Biomass*\"),1),MIN(COUNTIF($E836,\"*Liquid*\"),1),MIN(COUNTIF($E836,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E836,\"*Coal\")+COUNTIF($E836,\"*Biomass*\"),1),MIN(COUNTIF($E836,\"*Liquid*\"),1),MIN(COUNTIF($E836,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E836,\"*Coal\")+COUNTIF($E836,\"*Biomass*\"),1),MIN(COUNTIF($E836,\"*Liquid*\"),1),MIN(COUNTIF($E836,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E836,\"*Coal\")+COUNTIF($E836,\"*Biomass*\"),1),MIN(COUNTIF($E836,\"*Liquid*\"),1),MIN(COUNTIF($E836,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G836)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C894","v":"S2_CST_Riverland"},{"$f":"'Summary Mapping'!$J894","v":"New Entrant"},{"$f":"'Summary Mapping'!$F894","v":"SA"},{"$f":"'Summary Mapping'!$M894","v":"Solar"},{"$f":"IF('Summary Mapping'!$H894=\"N/A\",'Summary Mapping'!$G894,'Summary Mapping'!$H894)","v":"Riverland"},{"$f":"'Summary Mapping'!$N894","v":"Solar"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E844,\"*Coal\")+COUNTIF($E844,\"*Biomass*\"),1),MIN(COUNTIF($E844,\"*Liquid*\"),1),MIN(COUNTIF($E844,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E844,\"*Coal\")+COUNTIF($E844,\"*Biomass*\"),1),MIN(COUNTIF($E844,\"*Liquid*\"),1),MIN(COUNTIF($E844,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E844,\"*Coal\")+COUNTIF($E844,\"*Biomass*\"),1),MIN(COUNTIF($E844,\"*Liquid*\"),1),MIN(COUNTIF($E844,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E844,\"*Coal\")+COUNTIF($E844,\"*Biomass*\"),1),MIN(COUNTIF($E844,\"*Liquid*\"),1),MIN(COUNTIF($E844,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E844,\"*Coal\")+COUNTIF($E844,\"*Biomass*\"),1),MIN(COUNTIF($E844,\"*Liquid*\"),1),MIN(COUNTIF($E844,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E844,\"*Coal\")+COUNTIF($E844,\"*Biomass*\"),1),MIN(COUNTIF($E844,\"*Liquid*\"),1),MIN(COUNTIF($E844,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E844,\"*Coal\")+COUNTIF($E844,\"*Biomass*\"),1),MIN(COUNTIF($E844,\"*Liquid*\"),1),MIN(COUNTIF($E844,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E844,\"*Coal\")+COUNTIF($E844,\"*Biomass*\"),1),MIN(COUNTIF($E844,\"*Liquid*\"),1),MIN(COUNTIF($E844,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E844,\"*Coal\")+COUNTIF($E844,\"*Biomass*\"),1),MIN(COUNTIF($E844,\"*Liquid*\"),1),MIN(COUNTIF($E844,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E844,\"*Coal\")+COUNTIF($E844,\"*Biomass*\"),1),MIN(COUNTIF($E844,\"*Liquid*\"),1),MIN(COUNTIF($E844,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E844,\"*Coal\")+COUNTIF($E844,\"*Biomass*\"),1),MIN(COUNTIF($E844,\"*Liquid*\"),1),MIN(COUNTIF($E844,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E844,\"*Coal\")+COUNTIF($E844,\"*Biomass*\"),1),MIN(COUNTIF($E844,\"*Liquid*\"),1),MIN(COUNTIF($E844,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E844,\"*Coal\")+COUNTIF($E844,\"*Biomass*\"),1),MIN(COUNTIF($E844,\"*Liquid*\"),1),MIN(COUNTIF($E844,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E844,\"*Coal\")+COUNTIF($E844,\"*Biomass*\"),1),MIN(COUNTIF($E844,\"*Liquid*\"),1),MIN(COUNTIF($E844,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E844,\"*Coal\")+COUNTIF($E844,\"*Biomass*\"),1),MIN(COUNTIF($E844,\"*Liquid*\"),1),MIN(COUNTIF($E844,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E844,\"*Coal\")+COUNTIF($E844,\"*Biomass*\"),1),MIN(COUNTIF($E844,\"*Liquid*\"),1),MIN(COUNTIF($E844,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E844,\"*Coal\")+COUNTIF($E844,\"*Biomass*\"),1),MIN(COUNTIF($E844,\"*Liquid*\"),1),MIN(COUNTIF($E844,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E844,\"*Coal\")+COUNTIF($E844,\"*Biomass*\"),1),MIN(COUNTIF($E844,\"*Liquid*\"),1),MIN(COUNTIF($E844,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E844,\"*Coal\")+COUNTIF($E844,\"*Biomass*\"),1),MIN(COUNTIF($E844,\"*Liquid*\"),1),MIN(COUNTIF($E844,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E844,\"*Coal\")+COUNTIF($E844,\"*Biomass*\"),1),MIN(COUNTIF($E844,\"*Liquid*\"),1),MIN(COUNTIF($E844,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E844,\"*Coal\")+COUNTIF($E844,\"*Biomass*\"),1),MIN(COUNTIF($E844,\"*Liquid*\"),1),MIN(COUNTIF($E844,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E844,\"*Coal\")+COUNTIF($E844,\"*Biomass*\"),1),MIN(COUNTIF($E844,\"*Liquid*\"),1),MIN(COUNTIF($E844,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E844,\"*Coal\")+COUNTIF($E844,\"*Biomass*\"),1),MIN(COUNTIF($E844,\"*Liquid*\"),1),MIN(COUNTIF($E844,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E844,\"*Coal\")+COUNTIF($E844,\"*Biomass*\"),1),MIN(COUNTIF($E844,\"*Liquid*\"),1),MIN(COUNTIF($E844,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E844,\"*Coal\")+COUNTIF($E844,\"*Biomass*\"),1),MIN(COUNTIF($E844,\"*Liquid*\"),1),MIN(COUNTIF($E844,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E844,\"*Coal\")+COUNTIF($E844,\"*Biomass*\"),1),MIN(COUNTIF($E844,\"*Liquid*\"),1),MIN(COUNTIF($E844,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E844,\"*Coal\")+COUNTIF($E844,\"*Biomass*\"),1),MIN(COUNTIF($E844,\"*Liquid*\"),1),MIN(COUNTIF($E844,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G844)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C903","v":"T3_CST_Central Highlands"},{"$f":"'Summary Mapping'!$J903","v":"New Entrant"},{"$f":"'Summary Mapping'!$F903","v":"TAS"},{"$f":"'Summary Mapping'!$M903","v":"Solar"},{"$f":"IF('Summary Mapping'!$H903=\"N/A\",'Summary Mapping'!$G903,'Summary Mapping'!$H903)","v":"Central Highlands"},{"$f":"'Summary Mapping'!$N903","v":"Solar"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E853,\"*Coal\")+COUNTIF($E853,\"*Biomass*\"),1),MIN(COUNTIF($E853,\"*Liquid*\"),1),MIN(COUNTIF($E853,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E853,\"*Coal\")+COUNTIF($E853,\"*Biomass*\"),1),MIN(COUNTIF($E853,\"*Liquid*\"),1),MIN(COUNTIF($E853,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E853,\"*Coal\")+COUNTIF($E853,\"*Biomass*\"),1),MIN(COUNTIF($E853,\"*Liquid*\"),1),MIN(COUNTIF($E853,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E853,\"*Coal\")+COUNTIF($E853,\"*Biomass*\"),1),MIN(COUNTIF($E853,\"*Liquid*\"),1),MIN(COUNTIF($E853,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E853,\"*Coal\")+COUNTIF($E853,\"*Biomass*\"),1),MIN(COUNTIF($E853,\"*Liquid*\"),1),MIN(COUNTIF($E853,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E853,\"*Coal\")+COUNTIF($E853,\"*Biomass*\"),1),MIN(COUNTIF($E853,\"*Liquid*\"),1),MIN(COUNTIF($E853,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E853,\"*Coal\")+COUNTIF($E853,\"*Biomass*\"),1),MIN(COUNTIF($E853,\"*Liquid*\"),1),MIN(COUNTIF($E853,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E853,\"*Coal\")+COUNTIF($E853,\"*Biomass*\"),1),MIN(COUNTIF($E853,\"*Liquid*\"),1),MIN(COUNTIF($E853,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E853,\"*Coal\")+COUNTIF($E853,\"*Biomass*\"),1),MIN(COUNTIF($E853,\"*Liquid*\"),1),MIN(COUNTIF($E853,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E853,\"*Coal\")+COUNTIF($E853,\"*Biomass*\"),1),MIN(COUNTIF($E853,\"*Liquid*\"),1),MIN(COUNTIF($E853,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E853,\"*Coal\")+COUNTIF($E853,\"*Biomass*\"),1),MIN(COUNTIF($E853,\"*Liquid*\"),1),MIN(COUNTIF($E853,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E853,\"*Coal\")+COUNTIF($E853,\"*Biomass*\"),1),MIN(COUNTIF($E853,\"*Liquid*\"),1),MIN(COUNTIF($E853,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E853,\"*Coal\")+COUNTIF($E853,\"*Biomass*\"),1),MIN(COUNTIF($E853,\"*Liquid*\"),1),MIN(COUNTIF($E853,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E853,\"*Coal\")+COUNTIF($E853,\"*Biomass*\"),1),MIN(COUNTIF($E853,\"*Liquid*\"),1),MIN(COUNTIF($E853,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E853,\"*Coal\")+COUNTIF($E853,\"*Biomass*\"),1),MIN(COUNTIF($E853,\"*Liquid*\"),1),MIN(COUNTIF($E853,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E853,\"*Coal\")+COUNTIF($E853,\"*Biomass*\"),1),MIN(COUNTIF($E853,\"*Liquid*\"),1),MIN(COUNTIF($E853,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E853,\"*Coal\")+COUNTIF($E853,\"*Biomass*\"),1),MIN(COUNTIF($E853,\"*Liquid*\"),1),MIN(COUNTIF($E853,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E853,\"*Coal\")+COUNTIF($E853,\"*Biomass*\"),1),MIN(COUNTIF($E853,\"*Liquid*\"),1),MIN(COUNTIF($E853,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E853,\"*Coal\")+COUNTIF($E853,\"*Biomass*\"),1),MIN(COUNTIF($E853,\"*Liquid*\"),1),MIN(COUNTIF($E853,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853)*SUMIFS('GPG emissions reduction - 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BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E853,\"*Coal\")+COUNTIF($E853,\"*Biomass*\"),1),MIN(COUNTIF($E853,\"*Liquid*\"),1),MIN(COUNTIF($E853,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E853,\"*Coal\")+COUNTIF($E853,\"*Biomass*\"),1),MIN(COUNTIF($E853,\"*Liquid*\"),1),MIN(COUNTIF($E853,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E853,\"*Coal\")+COUNTIF($E853,\"*Biomass*\"),1),MIN(COUNTIF($E853,\"*Liquid*\"),1),MIN(COUNTIF($E853,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E853,\"*Coal\")+COUNTIF($E853,\"*Biomass*\"),1),MIN(COUNTIF($E853,\"*Liquid*\"),1),MIN(COUNTIF($E853,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G853)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C912","v":"Q7_WH_Wide Bay"},{"$f":"'Summary Mapping'!$J912","v":"New Entrant"},{"$f":"'Summary Mapping'!$F912","v":"QLD"},{"$f":"'Summary Mapping'!$M912","v":"Wind"},{"$f":"IF('Summary Mapping'!$H912=\"N/A\",'Summary Mapping'!$G912,'Summary Mapping'!$H912)","v":"Wide Bay"},{"$f":"'Summary Mapping'!$N912","v":"Wind"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E862,\"*Coal\")+COUNTIF($E862,\"*Biomass*\"),1),MIN(COUNTIF($E862,\"*Liquid*\"),1),MIN(COUNTIF($E862,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E862,\"*Coal\")+COUNTIF($E862,\"*Biomass*\"),1),MIN(COUNTIF($E862,\"*Liquid*\"),1),MIN(COUNTIF($E862,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E862,\"*Coal\")+COUNTIF($E862,\"*Biomass*\"),1),MIN(COUNTIF($E862,\"*Liquid*\"),1),MIN(COUNTIF($E862,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E862,\"*Coal\")+COUNTIF($E862,\"*Biomass*\"),1),MIN(COUNTIF($E862,\"*Liquid*\"),1),MIN(COUNTIF($E862,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E862,\"*Coal\")+COUNTIF($E862,\"*Biomass*\"),1),MIN(COUNTIF($E862,\"*Liquid*\"),1),MIN(COUNTIF($E862,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E862,\"*Coal\")+COUNTIF($E862,\"*Biomass*\"),1),MIN(COUNTIF($E862,\"*Liquid*\"),1),MIN(COUNTIF($E862,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E862,\"*Coal\")+COUNTIF($E862,\"*Biomass*\"),1),MIN(COUNTIF($E862,\"*Liquid*\"),1),MIN(COUNTIF($E862,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E862,\"*Coal\")+COUNTIF($E862,\"*Biomass*\"),1),MIN(COUNTIF($E862,\"*Liquid*\"),1),MIN(COUNTIF($E862,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E862,\"*Coal\")+COUNTIF($E862,\"*Biomass*\"),1),MIN(COUNTIF($E862,\"*Liquid*\"),1),MIN(COUNTIF($E862,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E862,\"*Coal\")+COUNTIF($E862,\"*Biomass*\"),1),MIN(COUNTIF($E862,\"*Liquid*\"),1),MIN(COUNTIF($E862,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E862,\"*Coal\")+COUNTIF($E862,\"*Biomass*\"),1),MIN(COUNTIF($E862,\"*Liquid*\"),1),MIN(COUNTIF($E862,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E862,\"*Coal\")+COUNTIF($E862,\"*Biomass*\"),1),MIN(COUNTIF($E862,\"*Liquid*\"),1),MIN(COUNTIF($E862,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E862,\"*Coal\")+COUNTIF($E862,\"*Biomass*\"),1),MIN(COUNTIF($E862,\"*Liquid*\"),1),MIN(COUNTIF($E862,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E862,\"*Coal\")+COUNTIF($E862,\"*Biomass*\"),1),MIN(COUNTIF($E862,\"*Liquid*\"),1),MIN(COUNTIF($E862,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E862,\"*Coal\")+COUNTIF($E862,\"*Biomass*\"),1),MIN(COUNTIF($E862,\"*Liquid*\"),1),MIN(COUNTIF($E862,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E862,\"*Coal\")+COUNTIF($E862,\"*Biomass*\"),1),MIN(COUNTIF($E862,\"*Liquid*\"),1),MIN(COUNTIF($E862,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E862,\"*Coal\")+COUNTIF($E862,\"*Biomass*\"),1),MIN(COUNTIF($E862,\"*Liquid*\"),1),MIN(COUNTIF($E862,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E862,\"*Coal\")+COUNTIF($E862,\"*Biomass*\"),1),MIN(COUNTIF($E862,\"*Liquid*\"),1),MIN(COUNTIF($E862,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E862,\"*Coal\")+COUNTIF($E862,\"*Biomass*\"),1),MIN(COUNTIF($E862,\"*Liquid*\"),1),MIN(COUNTIF($E862,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E862,\"*Coal\")+COUNTIF($E862,\"*Biomass*\"),1),MIN(COUNTIF($E862,\"*Liquid*\"),1),MIN(COUNTIF($E862,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E862,\"*Coal\")+COUNTIF($E862,\"*Biomass*\"),1),MIN(COUNTIF($E862,\"*Liquid*\"),1),MIN(COUNTIF($E862,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E862,\"*Coal\")+COUNTIF($E862,\"*Biomass*\"),1),MIN(COUNTIF($E862,\"*Liquid*\"),1),MIN(COUNTIF($E862,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E862,\"*Coal\")+COUNTIF($E862,\"*Biomass*\"),1),MIN(COUNTIF($E862,\"*Liquid*\"),1),MIN(COUNTIF($E862,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E862,\"*Coal\")+COUNTIF($E862,\"*Biomass*\"),1),MIN(COUNTIF($E862,\"*Liquid*\"),1),MIN(COUNTIF($E862,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E862,\"*Coal\")+COUNTIF($E862,\"*Biomass*\"),1),MIN(COUNTIF($E862,\"*Liquid*\"),1),MIN(COUNTIF($E862,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E862,\"*Coal\")+COUNTIF($E862,\"*Biomass*\"),1),MIN(COUNTIF($E862,\"*Liquid*\"),1),MIN(COUNTIF($E862,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G862)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C921","v":"N4_WH_Broken Hill"},{"$f":"'Summary Mapping'!$J921","v":"New Entrant"},{"$f":"'Summary Mapping'!$F921","v":"NSW"},{"$f":"'Summary Mapping'!$M921","v":"Wind"},{"$f":"IF('Summary Mapping'!$H921=\"N/A\",'Summary Mapping'!$G921,'Summary Mapping'!$H921)","v":"Broken Hill"},{"$f":"'Summary Mapping'!$N921","v":"Wind"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E871,\"*Coal\")+COUNTIF($E871,\"*Biomass*\"),1),MIN(COUNTIF($E871,\"*Liquid*\"),1),MIN(COUNTIF($E871,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E871,\"*Coal\")+COUNTIF($E871,\"*Biomass*\"),1),MIN(COUNTIF($E871,\"*Liquid*\"),1),MIN(COUNTIF($E871,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E871,\"*Coal\")+COUNTIF($E871,\"*Biomass*\"),1),MIN(COUNTIF($E871,\"*Liquid*\"),1),MIN(COUNTIF($E871,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E871,\"*Coal\")+COUNTIF($E871,\"*Biomass*\"),1),MIN(COUNTIF($E871,\"*Liquid*\"),1),MIN(COUNTIF($E871,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E871,\"*Coal\")+COUNTIF($E871,\"*Biomass*\"),1),MIN(COUNTIF($E871,\"*Liquid*\"),1),MIN(COUNTIF($E871,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E871,\"*Coal\")+COUNTIF($E871,\"*Biomass*\"),1),MIN(COUNTIF($E871,\"*Liquid*\"),1),MIN(COUNTIF($E871,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E871,\"*Coal\")+COUNTIF($E871,\"*Biomass*\"),1),MIN(COUNTIF($E871,\"*Liquid*\"),1),MIN(COUNTIF($E871,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E871,\"*Coal\")+COUNTIF($E871,\"*Biomass*\"),1),MIN(COUNTIF($E871,\"*Liquid*\"),1),MIN(COUNTIF($E871,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E871,\"*Coal\")+COUNTIF($E871,\"*Biomass*\"),1),MIN(COUNTIF($E871,\"*Liquid*\"),1),MIN(COUNTIF($E871,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E871,\"*Coal\")+COUNTIF($E871,\"*Biomass*\"),1),MIN(COUNTIF($E871,\"*Liquid*\"),1),MIN(COUNTIF($E871,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E871,\"*Coal\")+COUNTIF($E871,\"*Biomass*\"),1),MIN(COUNTIF($E871,\"*Liquid*\"),1),MIN(COUNTIF($E871,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E871,\"*Coal\")+COUNTIF($E871,\"*Biomass*\"),1),MIN(COUNTIF($E871,\"*Liquid*\"),1),MIN(COUNTIF($E871,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E871,\"*Coal\")+COUNTIF($E871,\"*Biomass*\"),1),MIN(COUNTIF($E871,\"*Liquid*\"),1),MIN(COUNTIF($E871,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E871,\"*Coal\")+COUNTIF($E871,\"*Biomass*\"),1),MIN(COUNTIF($E871,\"*Liquid*\"),1),MIN(COUNTIF($E871,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E871,\"*Coal\")+COUNTIF($E871,\"*Biomass*\"),1),MIN(COUNTIF($E871,\"*Liquid*\"),1),MIN(COUNTIF($E871,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E871,\"*Coal\")+COUNTIF($E871,\"*Biomass*\"),1),MIN(COUNTIF($E871,\"*Liquid*\"),1),MIN(COUNTIF($E871,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E871,\"*Coal\")+COUNTIF($E871,\"*Biomass*\"),1),MIN(COUNTIF($E871,\"*Liquid*\"),1),MIN(COUNTIF($E871,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E871,\"*Coal\")+COUNTIF($E871,\"*Biomass*\"),1),MIN(COUNTIF($E871,\"*Liquid*\"),1),MIN(COUNTIF($E871,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E871,\"*Coal\")+COUNTIF($E871,\"*Biomass*\"),1),MIN(COUNTIF($E871,\"*Liquid*\"),1),MIN(COUNTIF($E871,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E871,\"*Coal\")+COUNTIF($E871,\"*Biomass*\"),1),MIN(COUNTIF($E871,\"*Liquid*\"),1),MIN(COUNTIF($E871,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E871,\"*Coal\")+COUNTIF($E871,\"*Biomass*\"),1),MIN(COUNTIF($E871,\"*Liquid*\"),1),MIN(COUNTIF($E871,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E871,\"*Coal\")+COUNTIF($E871,\"*Biomass*\"),1),MIN(COUNTIF($E871,\"*Liquid*\"),1),MIN(COUNTIF($E871,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E871,\"*Coal\")+COUNTIF($E871,\"*Biomass*\"),1),MIN(COUNTIF($E871,\"*Liquid*\"),1),MIN(COUNTIF($E871,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E871,\"*Coal\")+COUNTIF($E871,\"*Biomass*\"),1),MIN(COUNTIF($E871,\"*Liquid*\"),1),MIN(COUNTIF($E871,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E871,\"*Coal\")+COUNTIF($E871,\"*Biomass*\"),1),MIN(COUNTIF($E871,\"*Liquid*\"),1),MIN(COUNTIF($E871,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E871,\"*Coal\")+COUNTIF($E871,\"*Biomass*\"),1),MIN(COUNTIF($E871,\"*Liquid*\"),1),MIN(COUNTIF($E871,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G871)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C922","v":"N5_WH_South West NSW"},{"$f":"'Summary Mapping'!$J922","v":"New Entrant"},{"$f":"'Summary Mapping'!$F922","v":"NSW"},{"$f":"'Summary Mapping'!$M922","v":"Wind"},{"$f":"IF('Summary Mapping'!$H922=\"N/A\",'Summary Mapping'!$G922,'Summary Mapping'!$H922)","v":"South West NSW"},{"$f":"'Summary Mapping'!$N922","v":"Wind"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E872,\"*Coal\")+COUNTIF($E872,\"*Biomass*\"),1),MIN(COUNTIF($E872,\"*Liquid*\"),1),MIN(COUNTIF($E872,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E872,\"*Coal\")+COUNTIF($E872,\"*Biomass*\"),1),MIN(COUNTIF($E872,\"*Liquid*\"),1),MIN(COUNTIF($E872,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E872,\"*Coal\")+COUNTIF($E872,\"*Biomass*\"),1),MIN(COUNTIF($E872,\"*Liquid*\"),1),MIN(COUNTIF($E872,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E872,\"*Coal\")+COUNTIF($E872,\"*Biomass*\"),1),MIN(COUNTIF($E872,\"*Liquid*\"),1),MIN(COUNTIF($E872,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E872,\"*Coal\")+COUNTIF($E872,\"*Biomass*\"),1),MIN(COUNTIF($E872,\"*Liquid*\"),1),MIN(COUNTIF($E872,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E872,\"*Coal\")+COUNTIF($E872,\"*Biomass*\"),1),MIN(COUNTIF($E872,\"*Liquid*\"),1),MIN(COUNTIF($E872,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E872,\"*Coal\")+COUNTIF($E872,\"*Biomass*\"),1),MIN(COUNTIF($E872,\"*Liquid*\"),1),MIN(COUNTIF($E872,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E872,\"*Coal\")+COUNTIF($E872,\"*Biomass*\"),1),MIN(COUNTIF($E872,\"*Liquid*\"),1),MIN(COUNTIF($E872,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E872,\"*Coal\")+COUNTIF($E872,\"*Biomass*\"),1),MIN(COUNTIF($E872,\"*Liquid*\"),1),MIN(COUNTIF($E872,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E872,\"*Coal\")+COUNTIF($E872,\"*Biomass*\"),1),MIN(COUNTIF($E872,\"*Liquid*\"),1),MIN(COUNTIF($E872,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E872,\"*Coal\")+COUNTIF($E872,\"*Biomass*\"),1),MIN(COUNTIF($E872,\"*Liquid*\"),1),MIN(COUNTIF($E872,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E872,\"*Coal\")+COUNTIF($E872,\"*Biomass*\"),1),MIN(COUNTIF($E872,\"*Liquid*\"),1),MIN(COUNTIF($E872,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E872,\"*Coal\")+COUNTIF($E872,\"*Biomass*\"),1),MIN(COUNTIF($E872,\"*Liquid*\"),1),MIN(COUNTIF($E872,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E872,\"*Coal\")+COUNTIF($E872,\"*Biomass*\"),1),MIN(COUNTIF($E872,\"*Liquid*\"),1),MIN(COUNTIF($E872,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E872,\"*Coal\")+COUNTIF($E872,\"*Biomass*\"),1),MIN(COUNTIF($E872,\"*Liquid*\"),1),MIN(COUNTIF($E872,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E872,\"*Coal\")+COUNTIF($E872,\"*Biomass*\"),1),MIN(COUNTIF($E872,\"*Liquid*\"),1),MIN(COUNTIF($E872,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E872,\"*Coal\")+COUNTIF($E872,\"*Biomass*\"),1),MIN(COUNTIF($E872,\"*Liquid*\"),1),MIN(COUNTIF($E872,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E872,\"*Coal\")+COUNTIF($E872,\"*Biomass*\"),1),MIN(COUNTIF($E872,\"*Liquid*\"),1),MIN(COUNTIF($E872,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E872,\"*Coal\")+COUNTIF($E872,\"*Biomass*\"),1),MIN(COUNTIF($E872,\"*Liquid*\"),1),MIN(COUNTIF($E872,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872)*SUMIFS('GPG emissions reduction - 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BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E872,\"*Coal\")+COUNTIF($E872,\"*Biomass*\"),1),MIN(COUNTIF($E872,\"*Liquid*\"),1),MIN(COUNTIF($E872,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E872,\"*Coal\")+COUNTIF($E872,\"*Biomass*\"),1),MIN(COUNTIF($E872,\"*Liquid*\"),1),MIN(COUNTIF($E872,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E872,\"*Coal\")+COUNTIF($E872,\"*Biomass*\"),1),MIN(COUNTIF($E872,\"*Liquid*\"),1),MIN(COUNTIF($E872,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E872,\"*Coal\")+COUNTIF($E872,\"*Biomass*\"),1),MIN(COUNTIF($E872,\"*Liquid*\"),1),MIN(COUNTIF($E872,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G872)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C931","v":"S3_WH_Mid-North SA"},{"$f":"'Summary Mapping'!$J931","v":"New Entrant"},{"$f":"'Summary Mapping'!$F931","v":"SA"},{"$f":"'Summary Mapping'!$M931","v":"Wind"},{"$f":"IF('Summary Mapping'!$H931=\"N/A\",'Summary Mapping'!$G931,'Summary Mapping'!$H931)","v":"Mid-North SA"},{"$f":"'Summary Mapping'!$N931","v":"Wind"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E881,\"*Coal\")+COUNTIF($E881,\"*Biomass*\"),1),MIN(COUNTIF($E881,\"*Liquid*\"),1),MIN(COUNTIF($E881,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E881,\"*Coal\")+COUNTIF($E881,\"*Biomass*\"),1),MIN(COUNTIF($E881,\"*Liquid*\"),1),MIN(COUNTIF($E881,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E881,\"*Coal\")+COUNTIF($E881,\"*Biomass*\"),1),MIN(COUNTIF($E881,\"*Liquid*\"),1),MIN(COUNTIF($E881,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E881,\"*Coal\")+COUNTIF($E881,\"*Biomass*\"),1),MIN(COUNTIF($E881,\"*Liquid*\"),1),MIN(COUNTIF($E881,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E881,\"*Coal\")+COUNTIF($E881,\"*Biomass*\"),1),MIN(COUNTIF($E881,\"*Liquid*\"),1),MIN(COUNTIF($E881,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E881,\"*Coal\")+COUNTIF($E881,\"*Biomass*\"),1),MIN(COUNTIF($E881,\"*Liquid*\"),1),MIN(COUNTIF($E881,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E881,\"*Coal\")+COUNTIF($E881,\"*Biomass*\"),1),MIN(COUNTIF($E881,\"*Liquid*\"),1),MIN(COUNTIF($E881,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E881,\"*Coal\")+COUNTIF($E881,\"*Biomass*\"),1),MIN(COUNTIF($E881,\"*Liquid*\"),1),MIN(COUNTIF($E881,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E881,\"*Coal\")+COUNTIF($E881,\"*Biomass*\"),1),MIN(COUNTIF($E881,\"*Liquid*\"),1),MIN(COUNTIF($E881,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E881,\"*Coal\")+COUNTIF($E881,\"*Biomass*\"),1),MIN(COUNTIF($E881,\"*Liquid*\"),1),MIN(COUNTIF($E881,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E881,\"*Coal\")+COUNTIF($E881,\"*Biomass*\"),1),MIN(COUNTIF($E881,\"*Liquid*\"),1),MIN(COUNTIF($E881,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E881,\"*Coal\")+COUNTIF($E881,\"*Biomass*\"),1),MIN(COUNTIF($E881,\"*Liquid*\"),1),MIN(COUNTIF($E881,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E881,\"*Coal\")+COUNTIF($E881,\"*Biomass*\"),1),MIN(COUNTIF($E881,\"*Liquid*\"),1),MIN(COUNTIF($E881,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E881,\"*Coal\")+COUNTIF($E881,\"*Biomass*\"),1),MIN(COUNTIF($E881,\"*Liquid*\"),1),MIN(COUNTIF($E881,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E881,\"*Coal\")+COUNTIF($E881,\"*Biomass*\"),1),MIN(COUNTIF($E881,\"*Liquid*\"),1),MIN(COUNTIF($E881,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E881,\"*Coal\")+COUNTIF($E881,\"*Biomass*\"),1),MIN(COUNTIF($E881,\"*Liquid*\"),1),MIN(COUNTIF($E881,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E881,\"*Coal\")+COUNTIF($E881,\"*Biomass*\"),1),MIN(COUNTIF($E881,\"*Liquid*\"),1),MIN(COUNTIF($E881,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E881,\"*Coal\")+COUNTIF($E881,\"*Biomass*\"),1),MIN(COUNTIF($E881,\"*Liquid*\"),1),MIN(COUNTIF($E881,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E881,\"*Coal\")+COUNTIF($E881,\"*Biomass*\"),1),MIN(COUNTIF($E881,\"*Liquid*\"),1),MIN(COUNTIF($E881,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E881,\"*Coal\")+COUNTIF($E881,\"*Biomass*\"),1),MIN(COUNTIF($E881,\"*Liquid*\"),1),MIN(COUNTIF($E881,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E881,\"*Coal\")+COUNTIF($E881,\"*Biomass*\"),1),MIN(COUNTIF($E881,\"*Liquid*\"),1),MIN(COUNTIF($E881,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E881,\"*Coal\")+COUNTIF($E881,\"*Biomass*\"),1),MIN(COUNTIF($E881,\"*Liquid*\"),1),MIN(COUNTIF($E881,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E881,\"*Coal\")+COUNTIF($E881,\"*Biomass*\"),1),MIN(COUNTIF($E881,\"*Liquid*\"),1),MIN(COUNTIF($E881,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E881,\"*Coal\")+COUNTIF($E881,\"*Biomass*\"),1),MIN(COUNTIF($E881,\"*Liquid*\"),1),MIN(COUNTIF($E881,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E881,\"*Coal\")+COUNTIF($E881,\"*Biomass*\"),1),MIN(COUNTIF($E881,\"*Liquid*\"),1),MIN(COUNTIF($E881,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E881,\"*Coal\")+COUNTIF($E881,\"*Biomass*\"),1),MIN(COUNTIF($E881,\"*Liquid*\"),1),MIN(COUNTIF($E881,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E881,\"*Coal\")+COUNTIF($E881,\"*Biomass*\"),1),MIN(COUNTIF($E881,\"*Liquid*\"),1),MIN(COUNTIF($E881,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G881)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C939","v":"T3_WH_Central Highlands"},{"$f":"'Summary Mapping'!$J939","v":"New Entrant"},{"$f":"'Summary Mapping'!$F939","v":"TAS"},{"$f":"'Summary Mapping'!$M939","v":"Wind"},{"$f":"IF('Summary Mapping'!$H939=\"N/A\",'Summary Mapping'!$G939,'Summary Mapping'!$H939)","v":"Central Highlands"},{"$f":"'Summary Mapping'!$N939","v":"Wind"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E889,\"*Coal\")+COUNTIF($E889,\"*Biomass*\"),1),MIN(COUNTIF($E889,\"*Liquid*\"),1),MIN(COUNTIF($E889,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E889,\"*Coal\")+COUNTIF($E889,\"*Biomass*\"),1),MIN(COUNTIF($E889,\"*Liquid*\"),1),MIN(COUNTIF($E889,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E889,\"*Coal\")+COUNTIF($E889,\"*Biomass*\"),1),MIN(COUNTIF($E889,\"*Liquid*\"),1),MIN(COUNTIF($E889,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E889,\"*Coal\")+COUNTIF($E889,\"*Biomass*\"),1),MIN(COUNTIF($E889,\"*Liquid*\"),1),MIN(COUNTIF($E889,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E889,\"*Coal\")+COUNTIF($E889,\"*Biomass*\"),1),MIN(COUNTIF($E889,\"*Liquid*\"),1),MIN(COUNTIF($E889,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E889,\"*Coal\")+COUNTIF($E889,\"*Biomass*\"),1),MIN(COUNTIF($E889,\"*Liquid*\"),1),MIN(COUNTIF($E889,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E889,\"*Coal\")+COUNTIF($E889,\"*Biomass*\"),1),MIN(COUNTIF($E889,\"*Liquid*\"),1),MIN(COUNTIF($E889,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E889,\"*Coal\")+COUNTIF($E889,\"*Biomass*\"),1),MIN(COUNTIF($E889,\"*Liquid*\"),1),MIN(COUNTIF($E889,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E889,\"*Coal\")+COUNTIF($E889,\"*Biomass*\"),1),MIN(COUNTIF($E889,\"*Liquid*\"),1),MIN(COUNTIF($E889,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E889,\"*Coal\")+COUNTIF($E889,\"*Biomass*\"),1),MIN(COUNTIF($E889,\"*Liquid*\"),1),MIN(COUNTIF($E889,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E889,\"*Coal\")+COUNTIF($E889,\"*Biomass*\"),1),MIN(COUNTIF($E889,\"*Liquid*\"),1),MIN(COUNTIF($E889,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E889,\"*Coal\")+COUNTIF($E889,\"*Biomass*\"),1),MIN(COUNTIF($E889,\"*Liquid*\"),1),MIN(COUNTIF($E889,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E889,\"*Coal\")+COUNTIF($E889,\"*Biomass*\"),1),MIN(COUNTIF($E889,\"*Liquid*\"),1),MIN(COUNTIF($E889,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E889,\"*Coal\")+COUNTIF($E889,\"*Biomass*\"),1),MIN(COUNTIF($E889,\"*Liquid*\"),1),MIN(COUNTIF($E889,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E889,\"*Coal\")+COUNTIF($E889,\"*Biomass*\"),1),MIN(COUNTIF($E889,\"*Liquid*\"),1),MIN(COUNTIF($E889,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E889,\"*Coal\")+COUNTIF($E889,\"*Biomass*\"),1),MIN(COUNTIF($E889,\"*Liquid*\"),1),MIN(COUNTIF($E889,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E889,\"*Coal\")+COUNTIF($E889,\"*Biomass*\"),1),MIN(COUNTIF($E889,\"*Liquid*\"),1),MIN(COUNTIF($E889,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E889,\"*Coal\")+COUNTIF($E889,\"*Biomass*\"),1),MIN(COUNTIF($E889,\"*Liquid*\"),1),MIN(COUNTIF($E889,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E889,\"*Coal\")+COUNTIF($E889,\"*Biomass*\"),1),MIN(COUNTIF($E889,\"*Liquid*\"),1),MIN(COUNTIF($E889,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E889,\"*Coal\")+COUNTIF($E889,\"*Biomass*\"),1),MIN(COUNTIF($E889,\"*Liquid*\"),1),MIN(COUNTIF($E889,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E889,\"*Coal\")+COUNTIF($E889,\"*Biomass*\"),1),MIN(COUNTIF($E889,\"*Liquid*\"),1),MIN(COUNTIF($E889,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G889)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C948","v":"Q7_WM_Wide Bay"},{"$f":"'Summary Mapping'!$J948","v":"New Entrant"},{"$f":"'Summary Mapping'!$F948","v":"QLD"},{"$f":"'Summary Mapping'!$M948","v":"Wind"},{"$f":"IF('Summary Mapping'!$H948=\"N/A\",'Summary Mapping'!$G948,'Summary Mapping'!$H948)","v":"Wide Bay"},{"$f":"'Summary Mapping'!$N948","v":"Wind"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E898,\"*Coal\")+COUNTIF($E898,\"*Biomass*\"),1),MIN(COUNTIF($E898,\"*Liquid*\"),1),MIN(COUNTIF($E898,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E898,\"*Coal\")+COUNTIF($E898,\"*Biomass*\"),1),MIN(COUNTIF($E898,\"*Liquid*\"),1),MIN(COUNTIF($E898,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E898,\"*Coal\")+COUNTIF($E898,\"*Biomass*\"),1),MIN(COUNTIF($E898,\"*Liquid*\"),1),MIN(COUNTIF($E898,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E898,\"*Coal\")+COUNTIF($E898,\"*Biomass*\"),1),MIN(COUNTIF($E898,\"*Liquid*\"),1),MIN(COUNTIF($E898,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E898,\"*Coal\")+COUNTIF($E898,\"*Biomass*\"),1),MIN(COUNTIF($E898,\"*Liquid*\"),1),MIN(COUNTIF($E898,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E898,\"*Coal\")+COUNTIF($E898,\"*Biomass*\"),1),MIN(COUNTIF($E898,\"*Liquid*\"),1),MIN(COUNTIF($E898,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E898,\"*Coal\")+COUNTIF($E898,\"*Biomass*\"),1),MIN(COUNTIF($E898,\"*Liquid*\"),1),MIN(COUNTIF($E898,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E898,\"*Coal\")+COUNTIF($E898,\"*Biomass*\"),1),MIN(COUNTIF($E898,\"*Liquid*\"),1),MIN(COUNTIF($E898,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E898,\"*Coal\")+COUNTIF($E898,\"*Biomass*\"),1),MIN(COUNTIF($E898,\"*Liquid*\"),1),MIN(COUNTIF($E898,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E898,\"*Coal\")+COUNTIF($E898,\"*Biomass*\"),1),MIN(COUNTIF($E898,\"*Liquid*\"),1),MIN(COUNTIF($E898,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E898,\"*Coal\")+COUNTIF($E898,\"*Biomass*\"),1),MIN(COUNTIF($E898,\"*Liquid*\"),1),MIN(COUNTIF($E898,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E898,\"*Coal\")+COUNTIF($E898,\"*Biomass*\"),1),MIN(COUNTIF($E898,\"*Liquid*\"),1),MIN(COUNTIF($E898,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E898,\"*Coal\")+COUNTIF($E898,\"*Biomass*\"),1),MIN(COUNTIF($E898,\"*Liquid*\"),1),MIN(COUNTIF($E898,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E898,\"*Coal\")+COUNTIF($E898,\"*Biomass*\"),1),MIN(COUNTIF($E898,\"*Liquid*\"),1),MIN(COUNTIF($E898,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E898,\"*Coal\")+COUNTIF($E898,\"*Biomass*\"),1),MIN(COUNTIF($E898,\"*Liquid*\"),1),MIN(COUNTIF($E898,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E898,\"*Coal\")+COUNTIF($E898,\"*Biomass*\"),1),MIN(COUNTIF($E898,\"*Liquid*\"),1),MIN(COUNTIF($E898,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E898,\"*Coal\")+COUNTIF($E898,\"*Biomass*\"),1),MIN(COUNTIF($E898,\"*Liquid*\"),1),MIN(COUNTIF($E898,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E898,\"*Coal\")+COUNTIF($E898,\"*Biomass*\"),1),MIN(COUNTIF($E898,\"*Liquid*\"),1),MIN(COUNTIF($E898,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E898,\"*Coal\")+COUNTIF($E898,\"*Biomass*\"),1),MIN(COUNTIF($E898,\"*Liquid*\"),1),MIN(COUNTIF($E898,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E898,\"*Coal\")+COUNTIF($E898,\"*Biomass*\"),1),MIN(COUNTIF($E898,\"*Liquid*\"),1),MIN(COUNTIF($E898,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E898,\"*Coal\")+COUNTIF($E898,\"*Biomass*\"),1),MIN(COUNTIF($E898,\"*Liquid*\"),1),MIN(COUNTIF($E898,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E898,\"*Coal\")+COUNTIF($E898,\"*Biomass*\"),1),MIN(COUNTIF($E898,\"*Liquid*\"),1),MIN(COUNTIF($E898,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E898,\"*Coal\")+COUNTIF($E898,\"*Biomass*\"),1),MIN(COUNTIF($E898,\"*Liquid*\"),1),MIN(COUNTIF($E898,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E898,\"*Coal\")+COUNTIF($E898,\"*Biomass*\"),1),MIN(COUNTIF($E898,\"*Liquid*\"),1),MIN(COUNTIF($E898,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G898)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C957","v":"N4_WM_Broken Hill"},{"$f":"'Summary Mapping'!$J957","v":"New Entrant"},{"$f":"'Summary Mapping'!$F957","v":"NSW"},{"$f":"'Summary Mapping'!$M957","v":"Wind"},{"$f":"IF('Summary Mapping'!$H957=\"N/A\",'Summary Mapping'!$G957,'Summary Mapping'!$H957)","v":"Broken Hill"},{"$f":"'Summary Mapping'!$N957","v":"Wind"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E907,\"*Coal\")+COUNTIF($E907,\"*Biomass*\"),1),MIN(COUNTIF($E907,\"*Liquid*\"),1),MIN(COUNTIF($E907,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E907,\"*Coal\")+COUNTIF($E907,\"*Biomass*\"),1),MIN(COUNTIF($E907,\"*Liquid*\"),1),MIN(COUNTIF($E907,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E907,\"*Coal\")+COUNTIF($E907,\"*Biomass*\"),1),MIN(COUNTIF($E907,\"*Liquid*\"),1),MIN(COUNTIF($E907,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E907,\"*Coal\")+COUNTIF($E907,\"*Biomass*\"),1),MIN(COUNTIF($E907,\"*Liquid*\"),1),MIN(COUNTIF($E907,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E907,\"*Coal\")+COUNTIF($E907,\"*Biomass*\"),1),MIN(COUNTIF($E907,\"*Liquid*\"),1),MIN(COUNTIF($E907,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E907,\"*Coal\")+COUNTIF($E907,\"*Biomass*\"),1),MIN(COUNTIF($E907,\"*Liquid*\"),1),MIN(COUNTIF($E907,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E907,\"*Coal\")+COUNTIF($E907,\"*Biomass*\"),1),MIN(COUNTIF($E907,\"*Liquid*\"),1),MIN(COUNTIF($E907,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E907,\"*Coal\")+COUNTIF($E907,\"*Biomass*\"),1),MIN(COUNTIF($E907,\"*Liquid*\"),1),MIN(COUNTIF($E907,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E907,\"*Coal\")+COUNTIF($E907,\"*Biomass*\"),1),MIN(COUNTIF($E907,\"*Liquid*\"),1),MIN(COUNTIF($E907,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E907,\"*Coal\")+COUNTIF($E907,\"*Biomass*\"),1),MIN(COUNTIF($E907,\"*Liquid*\"),1),MIN(COUNTIF($E907,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E907,\"*Coal\")+COUNTIF($E907,\"*Biomass*\"),1),MIN(COUNTIF($E907,\"*Liquid*\"),1),MIN(COUNTIF($E907,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E907,\"*Coal\")+COUNTIF($E907,\"*Biomass*\"),1),MIN(COUNTIF($E907,\"*Liquid*\"),1),MIN(COUNTIF($E907,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E907,\"*Coal\")+COUNTIF($E907,\"*Biomass*\"),1),MIN(COUNTIF($E907,\"*Liquid*\"),1),MIN(COUNTIF($E907,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E907,\"*Coal\")+COUNTIF($E907,\"*Biomass*\"),1),MIN(COUNTIF($E907,\"*Liquid*\"),1),MIN(COUNTIF($E907,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E907,\"*Coal\")+COUNTIF($E907,\"*Biomass*\"),1),MIN(COUNTIF($E907,\"*Liquid*\"),1),MIN(COUNTIF($E907,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E907,\"*Coal\")+COUNTIF($E907,\"*Biomass*\"),1),MIN(COUNTIF($E907,\"*Liquid*\"),1),MIN(COUNTIF($E907,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E907,\"*Coal\")+COUNTIF($E907,\"*Biomass*\"),1),MIN(COUNTIF($E907,\"*Liquid*\"),1),MIN(COUNTIF($E907,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E907,\"*Coal\")+COUNTIF($E907,\"*Biomass*\"),1),MIN(COUNTIF($E907,\"*Liquid*\"),1),MIN(COUNTIF($E907,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E907,\"*Coal\")+COUNTIF($E907,\"*Biomass*\"),1),MIN(COUNTIF($E907,\"*Liquid*\"),1),MIN(COUNTIF($E907,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907)*SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E907,\"*Coal\")+COUNTIF($E907,\"*Biomass*\"),1),MIN(COUNTIF($E907,\"*Liquid*\"),1),MIN(COUNTIF($E907,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E907,\"*Coal\")+COUNTIF($E907,\"*Biomass*\"),1),MIN(COUNTIF($E907,\"*Liquid*\"),1),MIN(COUNTIF($E907,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E907,\"*Coal\")+COUNTIF($E907,\"*Biomass*\"),1),MIN(COUNTIF($E907,\"*Liquid*\"),1),MIN(COUNTIF($E907,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E907,\"*Coal\")+COUNTIF($E907,\"*Biomass*\"),1),MIN(COUNTIF($E907,\"*Liquid*\"),1),MIN(COUNTIF($E907,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E907,\"*Coal\")+COUNTIF($E907,\"*Biomass*\"),1),MIN(COUNTIF($E907,\"*Liquid*\"),1),MIN(COUNTIF($E907,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E907,\"*Coal\")+COUNTIF($E907,\"*Biomass*\"),1),MIN(COUNTIF($E907,\"*Liquid*\"),1),MIN(COUNTIF($E907,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G907)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C966","v":"S2_WM_Riverland"},{"$f":"'Summary Mapping'!$J966","v":"New Entrant"},{"$f":"'Summary Mapping'!$F966","v":"SA"},{"$f":"'Summary Mapping'!$M966","v":"Wind"},{"$f":"IF('Summary Mapping'!$H966=\"N/A\",'Summary Mapping'!$G966,'Summary Mapping'!$H966)","v":"Riverland"},{"$f":"'Summary Mapping'!$N966","v":"Wind"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E916,\"*Coal\")+COUNTIF($E916,\"*Biomass*\"),1),MIN(COUNTIF($E916,\"*Liquid*\"),1),MIN(COUNTIF($E916,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E916,\"*Coal\")+COUNTIF($E916,\"*Biomass*\"),1),MIN(COUNTIF($E916,\"*Liquid*\"),1),MIN(COUNTIF($E916,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E916,\"*Coal\")+COUNTIF($E916,\"*Biomass*\"),1),MIN(COUNTIF($E916,\"*Liquid*\"),1),MIN(COUNTIF($E916,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E916,\"*Coal\")+COUNTIF($E916,\"*Biomass*\"),1),MIN(COUNTIF($E916,\"*Liquid*\"),1),MIN(COUNTIF($E916,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E916,\"*Coal\")+COUNTIF($E916,\"*Biomass*\"),1),MIN(COUNTIF($E916,\"*Liquid*\"),1),MIN(COUNTIF($E916,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E916,\"*Coal\")+COUNTIF($E916,\"*Biomass*\"),1),MIN(COUNTIF($E916,\"*Liquid*\"),1),MIN(COUNTIF($E916,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E916,\"*Coal\")+COUNTIF($E916,\"*Biomass*\"),1),MIN(COUNTIF($E916,\"*Liquid*\"),1),MIN(COUNTIF($E916,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E916,\"*Coal\")+COUNTIF($E916,\"*Biomass*\"),1),MIN(COUNTIF($E916,\"*Liquid*\"),1),MIN(COUNTIF($E916,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E916,\"*Coal\")+COUNTIF($E916,\"*Biomass*\"),1),MIN(COUNTIF($E916,\"*Liquid*\"),1),MIN(COUNTIF($E916,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E916,\"*Coal\")+COUNTIF($E916,\"*Biomass*\"),1),MIN(COUNTIF($E916,\"*Liquid*\"),1),MIN(COUNTIF($E916,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E916,\"*Coal\")+COUNTIF($E916,\"*Biomass*\"),1),MIN(COUNTIF($E916,\"*Liquid*\"),1),MIN(COUNTIF($E916,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E916,\"*Coal\")+COUNTIF($E916,\"*Biomass*\"),1),MIN(COUNTIF($E916,\"*Liquid*\"),1),MIN(COUNTIF($E916,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E916,\"*Coal\")+COUNTIF($E916,\"*Biomass*\"),1),MIN(COUNTIF($E916,\"*Liquid*\"),1),MIN(COUNTIF($E916,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E916,\"*Coal\")+COUNTIF($E916,\"*Biomass*\"),1),MIN(COUNTIF($E916,\"*Liquid*\"),1),MIN(COUNTIF($E916,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E916,\"*Coal\")+COUNTIF($E916,\"*Biomass*\"),1),MIN(COUNTIF($E916,\"*Liquid*\"),1),MIN(COUNTIF($E916,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E916,\"*Coal\")+COUNTIF($E916,\"*Biomass*\"),1),MIN(COUNTIF($E916,\"*Liquid*\"),1),MIN(COUNTIF($E916,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E916,\"*Coal\")+COUNTIF($E916,\"*Biomass*\"),1),MIN(COUNTIF($E916,\"*Liquid*\"),1),MIN(COUNTIF($E916,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E916,\"*Coal\")+COUNTIF($E916,\"*Biomass*\"),1),MIN(COUNTIF($E916,\"*Liquid*\"),1),MIN(COUNTIF($E916,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E916,\"*Coal\")+COUNTIF($E916,\"*Biomass*\"),1),MIN(COUNTIF($E916,\"*Liquid*\"),1),MIN(COUNTIF($E916,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E916,\"*Coal\")+COUNTIF($E916,\"*Biomass*\"),1),MIN(COUNTIF($E916,\"*Liquid*\"),1),MIN(COUNTIF($E916,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E916,\"*Coal\")+COUNTIF($E916,\"*Biomass*\"),1),MIN(COUNTIF($E916,\"*Liquid*\"),1),MIN(COUNTIF($E916,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E916,\"*Coal\")+COUNTIF($E916,\"*Biomass*\"),1),MIN(COUNTIF($E916,\"*Liquid*\"),1),MIN(COUNTIF($E916,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E916,\"*Coal\")+COUNTIF($E916,\"*Biomass*\"),1),MIN(COUNTIF($E916,\"*Liquid*\"),1),MIN(COUNTIF($E916,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E916,\"*Coal\")+COUNTIF($E916,\"*Biomass*\"),1),MIN(COUNTIF($E916,\"*Liquid*\"),1),MIN(COUNTIF($E916,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E916,\"*Coal\")+COUNTIF($E916,\"*Biomass*\"),1),MIN(COUNTIF($E916,\"*Liquid*\"),1),MIN(COUNTIF($E916,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E916,\"*Coal\")+COUNTIF($E916,\"*Biomass*\"),1),MIN(COUNTIF($E916,\"*Liquid*\"),1),MIN(COUNTIF($E916,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E916,\"*Coal\")+COUNTIF($E916,\"*Biomass*\"),1),MIN(COUNTIF($E916,\"*Liquid*\"),1),MIN(COUNTIF($E916,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G916)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C975","v":"T3_WM_Central Highlands"},{"$f":"'Summary Mapping'!$J975","v":"New Entrant"},{"$f":"'Summary Mapping'!$F975","v":"TAS"},{"$f":"'Summary Mapping'!$M975","v":"Wind"},{"$f":"IF('Summary Mapping'!$H975=\"N/A\",'Summary Mapping'!$G975,'Summary Mapping'!$H975)","v":"Central Highlands"},{"$f":"'Summary Mapping'!$N975","v":"Wind"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E925,\"*Coal\")+COUNTIF($E925,\"*Biomass*\"),1),MIN(COUNTIF($E925,\"*Liquid*\"),1),MIN(COUNTIF($E925,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E925,\"*Coal\")+COUNTIF($E925,\"*Biomass*\"),1),MIN(COUNTIF($E925,\"*Liquid*\"),1),MIN(COUNTIF($E925,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E925,\"*Coal\")+COUNTIF($E925,\"*Biomass*\"),1),MIN(COUNTIF($E925,\"*Liquid*\"),1),MIN(COUNTIF($E925,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E925,\"*Coal\")+COUNTIF($E925,\"*Biomass*\"),1),MIN(COUNTIF($E925,\"*Liquid*\"),1),MIN(COUNTIF($E925,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E925,\"*Coal\")+COUNTIF($E925,\"*Biomass*\"),1),MIN(COUNTIF($E925,\"*Liquid*\"),1),MIN(COUNTIF($E925,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E925,\"*Coal\")+COUNTIF($E925,\"*Biomass*\"),1),MIN(COUNTIF($E925,\"*Liquid*\"),1),MIN(COUNTIF($E925,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E925,\"*Coal\")+COUNTIF($E925,\"*Biomass*\"),1),MIN(COUNTIF($E925,\"*Liquid*\"),1),MIN(COUNTIF($E925,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E925,\"*Coal\")+COUNTIF($E925,\"*Biomass*\"),1),MIN(COUNTIF($E925,\"*Liquid*\"),1),MIN(COUNTIF($E925,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E925,\"*Coal\")+COUNTIF($E925,\"*Biomass*\"),1),MIN(COUNTIF($E925,\"*Liquid*\"),1),MIN(COUNTIF($E925,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E925,\"*Coal\")+COUNTIF($E925,\"*Biomass*\"),1),MIN(COUNTIF($E925,\"*Liquid*\"),1),MIN(COUNTIF($E925,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E925,\"*Coal\")+COUNTIF($E925,\"*Biomass*\"),1),MIN(COUNTIF($E925,\"*Liquid*\"),1),MIN(COUNTIF($E925,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E925,\"*Coal\")+COUNTIF($E925,\"*Biomass*\"),1),MIN(COUNTIF($E925,\"*Liquid*\"),1),MIN(COUNTIF($E925,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E925,\"*Coal\")+COUNTIF($E925,\"*Biomass*\"),1),MIN(COUNTIF($E925,\"*Liquid*\"),1),MIN(COUNTIF($E925,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E925,\"*Coal\")+COUNTIF($E925,\"*Biomass*\"),1),MIN(COUNTIF($E925,\"*Liquid*\"),1),MIN(COUNTIF($E925,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E925,\"*Coal\")+COUNTIF($E925,\"*Biomass*\"),1),MIN(COUNTIF($E925,\"*Liquid*\"),1),MIN(COUNTIF($E925,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E925,\"*Coal\")+COUNTIF($E925,\"*Biomass*\"),1),MIN(COUNTIF($E925,\"*Liquid*\"),1),MIN(COUNTIF($E925,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E925,\"*Coal\")+COUNTIF($E925,\"*Biomass*\"),1),MIN(COUNTIF($E925,\"*Liquid*\"),1),MIN(COUNTIF($E925,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E925,\"*Coal\")+COUNTIF($E925,\"*Biomass*\"),1),MIN(COUNTIF($E925,\"*Liquid*\"),1),MIN(COUNTIF($E925,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E925,\"*Coal\")+COUNTIF($E925,\"*Biomass*\"),1),MIN(COUNTIF($E925,\"*Liquid*\"),1),MIN(COUNTIF($E925,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E925,\"*Coal\")+COUNTIF($E925,\"*Biomass*\"),1),MIN(COUNTIF($E925,\"*Liquid*\"),1),MIN(COUNTIF($E925,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E925,\"*Coal\")+COUNTIF($E925,\"*Biomass*\"),1),MIN(COUNTIF($E925,\"*Liquid*\"),1),MIN(COUNTIF($E925,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E925,\"*Coal\")+COUNTIF($E925,\"*Biomass*\"),1),MIN(COUNTIF($E925,\"*Liquid*\"),1),MIN(COUNTIF($E925,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E925,\"*Coal\")+COUNTIF($E925,\"*Biomass*\"),1),MIN(COUNTIF($E925,\"*Liquid*\"),1),MIN(COUNTIF($E925,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E925,\"*Coal\")+COUNTIF($E925,\"*Biomass*\"),1),MIN(COUNTIF($E925,\"*Liquid*\"),1),MIN(COUNTIF($E925,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E925,\"*Coal\")+COUNTIF($E925,\"*Biomass*\"),1),MIN(COUNTIF($E925,\"*Liquid*\"),1),MIN(COUNTIF($E925,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E925,\"*Coal\")+COUNTIF($E925,\"*Biomass*\"),1),MIN(COUNTIF($E925,\"*Liquid*\"),1),MIN(COUNTIF($E925,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E925,\"*Coal\")+COUNTIF($E925,\"*Biomass*\"),1),MIN(COUNTIF($E925,\"*Liquid*\"),1),MIN(COUNTIF($E925,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G925)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C984","v":"NQ Battery - 1h"},{"$f":"'Summary Mapping'!$J984","v":"New Entrant"},{"$f":"'Summary Mapping'!$F984","v":"QLD"},{"$f":"'Summary Mapping'!$M984","v":"Battery"},{"$f":"IF('Summary Mapping'!$H984=\"N/A\",'Summary Mapping'!$G984,'Summary Mapping'!$H984)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N984","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E934,\"*Coal\")+COUNTIF($E934,\"*Biomass*\"),1),MIN(COUNTIF($E934,\"*Liquid*\"),1),MIN(COUNTIF($E934,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E934,\"*Coal\")+COUNTIF($E934,\"*Biomass*\"),1),MIN(COUNTIF($E934,\"*Liquid*\"),1),MIN(COUNTIF($E934,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E934,\"*Coal\")+COUNTIF($E934,\"*Biomass*\"),1),MIN(COUNTIF($E934,\"*Liquid*\"),1),MIN(COUNTIF($E934,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E934,\"*Coal\")+COUNTIF($E934,\"*Biomass*\"),1),MIN(COUNTIF($E934,\"*Liquid*\"),1),MIN(COUNTIF($E934,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E934,\"*Coal\")+COUNTIF($E934,\"*Biomass*\"),1),MIN(COUNTIF($E934,\"*Liquid*\"),1),MIN(COUNTIF($E934,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E934,\"*Coal\")+COUNTIF($E934,\"*Biomass*\"),1),MIN(COUNTIF($E934,\"*Liquid*\"),1),MIN(COUNTIF($E934,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E934,\"*Coal\")+COUNTIF($E934,\"*Biomass*\"),1),MIN(COUNTIF($E934,\"*Liquid*\"),1),MIN(COUNTIF($E934,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E934,\"*Coal\")+COUNTIF($E934,\"*Biomass*\"),1),MIN(COUNTIF($E934,\"*Liquid*\"),1),MIN(COUNTIF($E934,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E934,\"*Coal\")+COUNTIF($E934,\"*Biomass*\"),1),MIN(COUNTIF($E934,\"*Liquid*\"),1),MIN(COUNTIF($E934,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E934,\"*Coal\")+COUNTIF($E934,\"*Biomass*\"),1),MIN(COUNTIF($E934,\"*Liquid*\"),1),MIN(COUNTIF($E934,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E934,\"*Coal\")+COUNTIF($E934,\"*Biomass*\"),1),MIN(COUNTIF($E934,\"*Liquid*\"),1),MIN(COUNTIF($E934,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E934,\"*Coal\")+COUNTIF($E934,\"*Biomass*\"),1),MIN(COUNTIF($E934,\"*Liquid*\"),1),MIN(COUNTIF($E934,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E934,\"*Coal\")+COUNTIF($E934,\"*Biomass*\"),1),MIN(COUNTIF($E934,\"*Liquid*\"),1),MIN(COUNTIF($E934,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E934,\"*Coal\")+COUNTIF($E934,\"*Biomass*\"),1),MIN(COUNTIF($E934,\"*Liquid*\"),1),MIN(COUNTIF($E934,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E934,\"*Coal\")+COUNTIF($E934,\"*Biomass*\"),1),MIN(COUNTIF($E934,\"*Liquid*\"),1),MIN(COUNTIF($E934,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E934,\"*Coal\")+COUNTIF($E934,\"*Biomass*\"),1),MIN(COUNTIF($E934,\"*Liquid*\"),1),MIN(COUNTIF($E934,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E934,\"*Coal\")+COUNTIF($E934,\"*Biomass*\"),1),MIN(COUNTIF($E934,\"*Liquid*\"),1),MIN(COUNTIF($E934,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E934,\"*Coal\")+COUNTIF($E934,\"*Biomass*\"),1),MIN(COUNTIF($E934,\"*Liquid*\"),1),MIN(COUNTIF($E934,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E934,\"*Coal\")+COUNTIF($E934,\"*Biomass*\"),1),MIN(COUNTIF($E934,\"*Liquid*\"),1),MIN(COUNTIF($E934,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E934,\"*Coal\")+COUNTIF($E934,\"*Biomass*\"),1),MIN(COUNTIF($E934,\"*Liquid*\"),1),MIN(COUNTIF($E934,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E934,\"*Coal\")+COUNTIF($E934,\"*Biomass*\"),1),MIN(COUNTIF($E934,\"*Liquid*\"),1),MIN(COUNTIF($E934,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E934,\"*Coal\")+COUNTIF($E934,\"*Biomass*\"),1),MIN(COUNTIF($E934,\"*Liquid*\"),1),MIN(COUNTIF($E934,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E934,\"*Coal\")+COUNTIF($E934,\"*Biomass*\"),1),MIN(COUNTIF($E934,\"*Liquid*\"),1),MIN(COUNTIF($E934,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E934,\"*Coal\")+COUNTIF($E934,\"*Biomass*\"),1),MIN(COUNTIF($E934,\"*Liquid*\"),1),MIN(COUNTIF($E934,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E934,\"*Coal\")+COUNTIF($E934,\"*Biomass*\"),1),MIN(COUNTIF($E934,\"*Liquid*\"),1),MIN(COUNTIF($E934,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E934,\"*Coal\")+COUNTIF($E934,\"*Biomass*\"),1),MIN(COUNTIF($E934,\"*Liquid*\"),1),MIN(COUNTIF($E934,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E934,\"*Coal\")+COUNTIF($E934,\"*Biomass*\"),1),MIN(COUNTIF($E934,\"*Liquid*\"),1),MIN(COUNTIF($E934,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G934)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C985","v":"CQ Battery - 1h"},{"$f":"'Summary Mapping'!$J985","v":"New Entrant"},{"$f":"'Summary Mapping'!$F985","v":"QLD"},{"$f":"'Summary Mapping'!$M985","v":"Battery"},{"$f":"IF('Summary Mapping'!$H985=\"N/A\",'Summary Mapping'!$G985,'Summary Mapping'!$H985)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N985","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E935,\"*Coal\")+COUNTIF($E935,\"*Biomass*\"),1),MIN(COUNTIF($E935,\"*Liquid*\"),1),MIN(COUNTIF($E935,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E935,\"*Coal\")+COUNTIF($E935,\"*Biomass*\"),1),MIN(COUNTIF($E935,\"*Liquid*\"),1),MIN(COUNTIF($E935,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E935,\"*Coal\")+COUNTIF($E935,\"*Biomass*\"),1),MIN(COUNTIF($E935,\"*Liquid*\"),1),MIN(COUNTIF($E935,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E935,\"*Coal\")+COUNTIF($E935,\"*Biomass*\"),1),MIN(COUNTIF($E935,\"*Liquid*\"),1),MIN(COUNTIF($E935,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E935,\"*Coal\")+COUNTIF($E935,\"*Biomass*\"),1),MIN(COUNTIF($E935,\"*Liquid*\"),1),MIN(COUNTIF($E935,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E935,\"*Coal\")+COUNTIF($E935,\"*Biomass*\"),1),MIN(COUNTIF($E935,\"*Liquid*\"),1),MIN(COUNTIF($E935,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E935,\"*Coal\")+COUNTIF($E935,\"*Biomass*\"),1),MIN(COUNTIF($E935,\"*Liquid*\"),1),MIN(COUNTIF($E935,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E935,\"*Coal\")+COUNTIF($E935,\"*Biomass*\"),1),MIN(COUNTIF($E935,\"*Liquid*\"),1),MIN(COUNTIF($E935,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E935,\"*Coal\")+COUNTIF($E935,\"*Biomass*\"),1),MIN(COUNTIF($E935,\"*Liquid*\"),1),MIN(COUNTIF($E935,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E935,\"*Coal\")+COUNTIF($E935,\"*Biomass*\"),1),MIN(COUNTIF($E935,\"*Liquid*\"),1),MIN(COUNTIF($E935,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E935,\"*Coal\")+COUNTIF($E935,\"*Biomass*\"),1),MIN(COUNTIF($E935,\"*Liquid*\"),1),MIN(COUNTIF($E935,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E935,\"*Coal\")+COUNTIF($E935,\"*Biomass*\"),1),MIN(COUNTIF($E935,\"*Liquid*\"),1),MIN(COUNTIF($E935,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E935,\"*Coal\")+COUNTIF($E935,\"*Biomass*\"),1),MIN(COUNTIF($E935,\"*Liquid*\"),1),MIN(COUNTIF($E935,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E935,\"*Coal\")+COUNTIF($E935,\"*Biomass*\"),1),MIN(COUNTIF($E935,\"*Liquid*\"),1),MIN(COUNTIF($E935,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E935,\"*Coal\")+COUNTIF($E935,\"*Biomass*\"),1),MIN(COUNTIF($E935,\"*Liquid*\"),1),MIN(COUNTIF($E935,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E935,\"*Coal\")+COUNTIF($E935,\"*Biomass*\"),1),MIN(COUNTIF($E935,\"*Liquid*\"),1),MIN(COUNTIF($E935,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E935,\"*Coal\")+COUNTIF($E935,\"*Biomass*\"),1),MIN(COUNTIF($E935,\"*Liquid*\"),1),MIN(COUNTIF($E935,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E935,\"*Coal\")+COUNTIF($E935,\"*Biomass*\"),1),MIN(COUNTIF($E935,\"*Liquid*\"),1),MIN(COUNTIF($E935,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E935,\"*Coal\")+COUNTIF($E935,\"*Biomass*\"),1),MIN(COUNTIF($E935,\"*Liquid*\"),1),MIN(COUNTIF($E935,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E935,\"*Coal\")+COUNTIF($E935,\"*Biomass*\"),1),MIN(COUNTIF($E935,\"*Liquid*\"),1),MIN(COUNTIF($E935,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E935,\"*Coal\")+COUNTIF($E935,\"*Biomass*\"),1),MIN(COUNTIF($E935,\"*Liquid*\"),1),MIN(COUNTIF($E935,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E935,\"*Coal\")+COUNTIF($E935,\"*Biomass*\"),1),MIN(COUNTIF($E935,\"*Liquid*\"),1),MIN(COUNTIF($E935,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E935,\"*Coal\")+COUNTIF($E935,\"*Biomass*\"),1),MIN(COUNTIF($E935,\"*Liquid*\"),1),MIN(COUNTIF($E935,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E935,\"*Coal\")+COUNTIF($E935,\"*Biomass*\"),1),MIN(COUNTIF($E935,\"*Liquid*\"),1),MIN(COUNTIF($E935,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E935,\"*Coal\")+COUNTIF($E935,\"*Biomass*\"),1),MIN(COUNTIF($E935,\"*Liquid*\"),1),MIN(COUNTIF($E935,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E935,\"*Coal\")+COUNTIF($E935,\"*Biomass*\"),1),MIN(COUNTIF($E935,\"*Liquid*\"),1),MIN(COUNTIF($E935,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E935,\"*Coal\")+COUNTIF($E935,\"*Biomass*\"),1),MIN(COUNTIF($E935,\"*Liquid*\"),1),MIN(COUNTIF($E935,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G935)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C995","v":"CSA Battery - 1h"},{"$f":"'Summary Mapping'!$J995","v":"New Entrant"},{"$f":"'Summary Mapping'!$F995","v":"SA"},{"$f":"'Summary Mapping'!$M995","v":"Battery"},{"$f":"IF('Summary Mapping'!$H995=\"N/A\",'Summary Mapping'!$G995,'Summary Mapping'!$H995)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N995","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E945,\"*Coal\")+COUNTIF($E945,\"*Biomass*\"),1),MIN(COUNTIF($E945,\"*Liquid*\"),1),MIN(COUNTIF($E945,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E945,\"*Coal\")+COUNTIF($E945,\"*Biomass*\"),1),MIN(COUNTIF($E945,\"*Liquid*\"),1),MIN(COUNTIF($E945,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E945,\"*Coal\")+COUNTIF($E945,\"*Biomass*\"),1),MIN(COUNTIF($E945,\"*Liquid*\"),1),MIN(COUNTIF($E945,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E945,\"*Coal\")+COUNTIF($E945,\"*Biomass*\"),1),MIN(COUNTIF($E945,\"*Liquid*\"),1),MIN(COUNTIF($E945,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E945,\"*Coal\")+COUNTIF($E945,\"*Biomass*\"),1),MIN(COUNTIF($E945,\"*Liquid*\"),1),MIN(COUNTIF($E945,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E945,\"*Coal\")+COUNTIF($E945,\"*Biomass*\"),1),MIN(COUNTIF($E945,\"*Liquid*\"),1),MIN(COUNTIF($E945,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E945,\"*Coal\")+COUNTIF($E945,\"*Biomass*\"),1),MIN(COUNTIF($E945,\"*Liquid*\"),1),MIN(COUNTIF($E945,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E945,\"*Coal\")+COUNTIF($E945,\"*Biomass*\"),1),MIN(COUNTIF($E945,\"*Liquid*\"),1),MIN(COUNTIF($E945,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E945,\"*Coal\")+COUNTIF($E945,\"*Biomass*\"),1),MIN(COUNTIF($E945,\"*Liquid*\"),1),MIN(COUNTIF($E945,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E945,\"*Coal\")+COUNTIF($E945,\"*Biomass*\"),1),MIN(COUNTIF($E945,\"*Liquid*\"),1),MIN(COUNTIF($E945,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E945,\"*Coal\")+COUNTIF($E945,\"*Biomass*\"),1),MIN(COUNTIF($E945,\"*Liquid*\"),1),MIN(COUNTIF($E945,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E945,\"*Coal\")+COUNTIF($E945,\"*Biomass*\"),1),MIN(COUNTIF($E945,\"*Liquid*\"),1),MIN(COUNTIF($E945,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E945,\"*Coal\")+COUNTIF($E945,\"*Biomass*\"),1),MIN(COUNTIF($E945,\"*Liquid*\"),1),MIN(COUNTIF($E945,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E945,\"*Coal\")+COUNTIF($E945,\"*Biomass*\"),1),MIN(COUNTIF($E945,\"*Liquid*\"),1),MIN(COUNTIF($E945,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E945,\"*Coal\")+COUNTIF($E945,\"*Biomass*\"),1),MIN(COUNTIF($E945,\"*Liquid*\"),1),MIN(COUNTIF($E945,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E945,\"*Coal\")+COUNTIF($E945,\"*Biomass*\"),1),MIN(COUNTIF($E945,\"*Liquid*\"),1),MIN(COUNTIF($E945,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E945,\"*Coal\")+COUNTIF($E945,\"*Biomass*\"),1),MIN(COUNTIF($E945,\"*Liquid*\"),1),MIN(COUNTIF($E945,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E945,\"*Coal\")+COUNTIF($E945,\"*Biomass*\"),1),MIN(COUNTIF($E945,\"*Liquid*\"),1),MIN(COUNTIF($E945,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E945,\"*Coal\")+COUNTIF($E945,\"*Biomass*\"),1),MIN(COUNTIF($E945,\"*Liquid*\"),1),MIN(COUNTIF($E945,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E945,\"*Coal\")+COUNTIF($E945,\"*Biomass*\"),1),MIN(COUNTIF($E945,\"*Liquid*\"),1),MIN(COUNTIF($E945,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E945,\"*Coal\")+COUNTIF($E945,\"*Biomass*\"),1),MIN(COUNTIF($E945,\"*Liquid*\"),1),MIN(COUNTIF($E945,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E945,\"*Coal\")+COUNTIF($E945,\"*Biomass*\"),1),MIN(COUNTIF($E945,\"*Liquid*\"),1),MIN(COUNTIF($E945,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E945,\"*Coal\")+COUNTIF($E945,\"*Biomass*\"),1),MIN(COUNTIF($E945,\"*Liquid*\"),1),MIN(COUNTIF($E945,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E945,\"*Coal\")+COUNTIF($E945,\"*Biomass*\"),1),MIN(COUNTIF($E945,\"*Liquid*\"),1),MIN(COUNTIF($E945,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E945,\"*Coal\")+COUNTIF($E945,\"*Biomass*\"),1),MIN(COUNTIF($E945,\"*Liquid*\"),1),MIN(COUNTIF($E945,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E945,\"*Coal\")+COUNTIF($E945,\"*Biomass*\"),1),MIN(COUNTIF($E945,\"*Liquid*\"),1),MIN(COUNTIF($E945,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E945,\"*Coal\")+COUNTIF($E945,\"*Biomass*\"),1),MIN(COUNTIF($E945,\"*Liquid*\"),1),MIN(COUNTIF($E945,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G945)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1002","v":"SQ Battery - 2h"},{"$f":"'Summary Mapping'!$J1002","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1002","v":"QLD"},{"$f":"'Summary Mapping'!$M1002","v":"Battery"},{"$f":"IF('Summary Mapping'!$H1002=\"N/A\",'Summary Mapping'!$G1002,'Summary Mapping'!$H1002)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N1002","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E952,\"*Coal\")+COUNTIF($E952,\"*Biomass*\"),1),MIN(COUNTIF($E952,\"*Liquid*\"),1),MIN(COUNTIF($E952,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E952,\"*Coal\")+COUNTIF($E952,\"*Biomass*\"),1),MIN(COUNTIF($E952,\"*Liquid*\"),1),MIN(COUNTIF($E952,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E952,\"*Coal\")+COUNTIF($E952,\"*Biomass*\"),1),MIN(COUNTIF($E952,\"*Liquid*\"),1),MIN(COUNTIF($E952,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E952,\"*Coal\")+COUNTIF($E952,\"*Biomass*\"),1),MIN(COUNTIF($E952,\"*Liquid*\"),1),MIN(COUNTIF($E952,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E952,\"*Coal\")+COUNTIF($E952,\"*Biomass*\"),1),MIN(COUNTIF($E952,\"*Liquid*\"),1),MIN(COUNTIF($E952,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E952,\"*Coal\")+COUNTIF($E952,\"*Biomass*\"),1),MIN(COUNTIF($E952,\"*Liquid*\"),1),MIN(COUNTIF($E952,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E952,\"*Coal\")+COUNTIF($E952,\"*Biomass*\"),1),MIN(COUNTIF($E952,\"*Liquid*\"),1),MIN(COUNTIF($E952,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E952,\"*Coal\")+COUNTIF($E952,\"*Biomass*\"),1),MIN(COUNTIF($E952,\"*Liquid*\"),1),MIN(COUNTIF($E952,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E952,\"*Coal\")+COUNTIF($E952,\"*Biomass*\"),1),MIN(COUNTIF($E952,\"*Liquid*\"),1),MIN(COUNTIF($E952,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E952,\"*Coal\")+COUNTIF($E952,\"*Biomass*\"),1),MIN(COUNTIF($E952,\"*Liquid*\"),1),MIN(COUNTIF($E952,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E952,\"*Coal\")+COUNTIF($E952,\"*Biomass*\"),1),MIN(COUNTIF($E952,\"*Liquid*\"),1),MIN(COUNTIF($E952,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E952,\"*Coal\")+COUNTIF($E952,\"*Biomass*\"),1),MIN(COUNTIF($E952,\"*Liquid*\"),1),MIN(COUNTIF($E952,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E952,\"*Coal\")+COUNTIF($E952,\"*Biomass*\"),1),MIN(COUNTIF($E952,\"*Liquid*\"),1),MIN(COUNTIF($E952,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E952,\"*Coal\")+COUNTIF($E952,\"*Biomass*\"),1),MIN(COUNTIF($E952,\"*Liquid*\"),1),MIN(COUNTIF($E952,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E952,\"*Coal\")+COUNTIF($E952,\"*Biomass*\"),1),MIN(COUNTIF($E952,\"*Liquid*\"),1),MIN(COUNTIF($E952,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E952,\"*Coal\")+COUNTIF($E952,\"*Biomass*\"),1),MIN(COUNTIF($E952,\"*Liquid*\"),1),MIN(COUNTIF($E952,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E952,\"*Coal\")+COUNTIF($E952,\"*Biomass*\"),1),MIN(COUNTIF($E952,\"*Liquid*\"),1),MIN(COUNTIF($E952,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E952,\"*Coal\")+COUNTIF($E952,\"*Biomass*\"),1),MIN(COUNTIF($E952,\"*Liquid*\"),1),MIN(COUNTIF($E952,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E952,\"*Coal\")+COUNTIF($E952,\"*Biomass*\"),1),MIN(COUNTIF($E952,\"*Liquid*\"),1),MIN(COUNTIF($E952,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E952,\"*Coal\")+COUNTIF($E952,\"*Biomass*\"),1),MIN(COUNTIF($E952,\"*Liquid*\"),1),MIN(COUNTIF($E952,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E952,\"*Coal\")+COUNTIF($E952,\"*Biomass*\"),1),MIN(COUNTIF($E952,\"*Liquid*\"),1),MIN(COUNTIF($E952,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G952)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1011","v":"SESA Battery - 2h"},{"$f":"'Summary Mapping'!$J1011","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1011","v":"SA"},{"$f":"'Summary Mapping'!$M1011","v":"Battery"},{"$f":"IF('Summary Mapping'!$H1011=\"N/A\",'Summary Mapping'!$G1011,'Summary Mapping'!$H1011)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N1011","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E961,\"*Coal\")+COUNTIF($E961,\"*Biomass*\"),1),MIN(COUNTIF($E961,\"*Liquid*\"),1),MIN(COUNTIF($E961,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E961,\"*Coal\")+COUNTIF($E961,\"*Biomass*\"),1),MIN(COUNTIF($E961,\"*Liquid*\"),1),MIN(COUNTIF($E961,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E961,\"*Coal\")+COUNTIF($E961,\"*Biomass*\"),1),MIN(COUNTIF($E961,\"*Liquid*\"),1),MIN(COUNTIF($E961,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E961,\"*Coal\")+COUNTIF($E961,\"*Biomass*\"),1),MIN(COUNTIF($E961,\"*Liquid*\"),1),MIN(COUNTIF($E961,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E961,\"*Coal\")+COUNTIF($E961,\"*Biomass*\"),1),MIN(COUNTIF($E961,\"*Liquid*\"),1),MIN(COUNTIF($E961,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E961,\"*Coal\")+COUNTIF($E961,\"*Biomass*\"),1),MIN(COUNTIF($E961,\"*Liquid*\"),1),MIN(COUNTIF($E961,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E961,\"*Coal\")+COUNTIF($E961,\"*Biomass*\"),1),MIN(COUNTIF($E961,\"*Liquid*\"),1),MIN(COUNTIF($E961,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E961,\"*Coal\")+COUNTIF($E961,\"*Biomass*\"),1),MIN(COUNTIF($E961,\"*Liquid*\"),1),MIN(COUNTIF($E961,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E961,\"*Coal\")+COUNTIF($E961,\"*Biomass*\"),1),MIN(COUNTIF($E961,\"*Liquid*\"),1),MIN(COUNTIF($E961,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E961,\"*Coal\")+COUNTIF($E961,\"*Biomass*\"),1),MIN(COUNTIF($E961,\"*Liquid*\"),1),MIN(COUNTIF($E961,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E961,\"*Coal\")+COUNTIF($E961,\"*Biomass*\"),1),MIN(COUNTIF($E961,\"*Liquid*\"),1),MIN(COUNTIF($E961,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E961,\"*Coal\")+COUNTIF($E961,\"*Biomass*\"),1),MIN(COUNTIF($E961,\"*Liquid*\"),1),MIN(COUNTIF($E961,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E961,\"*Coal\")+COUNTIF($E961,\"*Biomass*\"),1),MIN(COUNTIF($E961,\"*Liquid*\"),1),MIN(COUNTIF($E961,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E961,\"*Coal\")+COUNTIF($E961,\"*Biomass*\"),1),MIN(COUNTIF($E961,\"*Liquid*\"),1),MIN(COUNTIF($E961,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E961,\"*Coal\")+COUNTIF($E961,\"*Biomass*\"),1),MIN(COUNTIF($E961,\"*Liquid*\"),1),MIN(COUNTIF($E961,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E961,\"*Coal\")+COUNTIF($E961,\"*Biomass*\"),1),MIN(COUNTIF($E961,\"*Liquid*\"),1),MIN(COUNTIF($E961,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E961,\"*Coal\")+COUNTIF($E961,\"*Biomass*\"),1),MIN(COUNTIF($E961,\"*Liquid*\"),1),MIN(COUNTIF($E961,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E961,\"*Coal\")+COUNTIF($E961,\"*Biomass*\"),1),MIN(COUNTIF($E961,\"*Liquid*\"),1),MIN(COUNTIF($E961,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E961,\"*Coal\")+COUNTIF($E961,\"*Biomass*\"),1),MIN(COUNTIF($E961,\"*Liquid*\"),1),MIN(COUNTIF($E961,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E961,\"*Coal\")+COUNTIF($E961,\"*Biomass*\"),1),MIN(COUNTIF($E961,\"*Liquid*\"),1),MIN(COUNTIF($E961,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E961,\"*Coal\")+COUNTIF($E961,\"*Biomass*\"),1),MIN(COUNTIF($E961,\"*Liquid*\"),1),MIN(COUNTIF($E961,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E961,\"*Coal\")+COUNTIF($E961,\"*Biomass*\"),1),MIN(COUNTIF($E961,\"*Liquid*\"),1),MIN(COUNTIF($E961,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E961,\"*Coal\")+COUNTIF($E961,\"*Biomass*\"),1),MIN(COUNTIF($E961,\"*Liquid*\"),1),MIN(COUNTIF($E961,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E961,\"*Coal\")+COUNTIF($E961,\"*Biomass*\"),1),MIN(COUNTIF($E961,\"*Liquid*\"),1),MIN(COUNTIF($E961,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E961,\"*Coal\")+COUNTIF($E961,\"*Biomass*\"),1),MIN(COUNTIF($E961,\"*Liquid*\"),1),MIN(COUNTIF($E961,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E961,\"*Coal\")+COUNTIF($E961,\"*Biomass*\"),1),MIN(COUNTIF($E961,\"*Liquid*\"),1),MIN(COUNTIF($E961,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E961,\"*Coal\")+COUNTIF($E961,\"*Biomass*\"),1),MIN(COUNTIF($E961,\"*Liquid*\"),1),MIN(COUNTIF($E961,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G961)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1020","v":"Q7 Battery - 2h"},{"$f":"'Summary Mapping'!$J1020","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1020","v":"QLD"},{"$f":"'Summary Mapping'!$M1020","v":"Battery"},{"$f":"IF('Summary Mapping'!$H1020=\"N/A\",'Summary Mapping'!$G1020,'Summary Mapping'!$H1020)","v":"Wide Bay"},{"$f":"'Summary Mapping'!$N1020","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E970,\"*Coal\")+COUNTIF($E970,\"*Biomass*\"),1),MIN(COUNTIF($E970,\"*Liquid*\"),1),MIN(COUNTIF($E970,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E970,\"*Coal\")+COUNTIF($E970,\"*Biomass*\"),1),MIN(COUNTIF($E970,\"*Liquid*\"),1),MIN(COUNTIF($E970,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E970,\"*Coal\")+COUNTIF($E970,\"*Biomass*\"),1),MIN(COUNTIF($E970,\"*Liquid*\"),1),MIN(COUNTIF($E970,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E970,\"*Coal\")+COUNTIF($E970,\"*Biomass*\"),1),MIN(COUNTIF($E970,\"*Liquid*\"),1),MIN(COUNTIF($E970,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E970,\"*Coal\")+COUNTIF($E970,\"*Biomass*\"),1),MIN(COUNTIF($E970,\"*Liquid*\"),1),MIN(COUNTIF($E970,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E970,\"*Coal\")+COUNTIF($E970,\"*Biomass*\"),1),MIN(COUNTIF($E970,\"*Liquid*\"),1),MIN(COUNTIF($E970,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E970,\"*Coal\")+COUNTIF($E970,\"*Biomass*\"),1),MIN(COUNTIF($E970,\"*Liquid*\"),1),MIN(COUNTIF($E970,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E970,\"*Coal\")+COUNTIF($E970,\"*Biomass*\"),1),MIN(COUNTIF($E970,\"*Liquid*\"),1),MIN(COUNTIF($E970,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E970,\"*Coal\")+COUNTIF($E970,\"*Biomass*\"),1),MIN(COUNTIF($E970,\"*Liquid*\"),1),MIN(COUNTIF($E970,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E970,\"*Coal\")+COUNTIF($E970,\"*Biomass*\"),1),MIN(COUNTIF($E970,\"*Liquid*\"),1),MIN(COUNTIF($E970,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E970,\"*Coal\")+COUNTIF($E970,\"*Biomass*\"),1),MIN(COUNTIF($E970,\"*Liquid*\"),1),MIN(COUNTIF($E970,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E970,\"*Coal\")+COUNTIF($E970,\"*Biomass*\"),1),MIN(COUNTIF($E970,\"*Liquid*\"),1),MIN(COUNTIF($E970,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E970,\"*Coal\")+COUNTIF($E970,\"*Biomass*\"),1),MIN(COUNTIF($E970,\"*Liquid*\"),1),MIN(COUNTIF($E970,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E970,\"*Coal\")+COUNTIF($E970,\"*Biomass*\"),1),MIN(COUNTIF($E970,\"*Liquid*\"),1),MIN(COUNTIF($E970,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E970,\"*Coal\")+COUNTIF($E970,\"*Biomass*\"),1),MIN(COUNTIF($E970,\"*Liquid*\"),1),MIN(COUNTIF($E970,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E970,\"*Coal\")+COUNTIF($E970,\"*Biomass*\"),1),MIN(COUNTIF($E970,\"*Liquid*\"),1),MIN(COUNTIF($E970,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E970,\"*Coal\")+COUNTIF($E970,\"*Biomass*\"),1),MIN(COUNTIF($E970,\"*Liquid*\"),1),MIN(COUNTIF($E970,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E970,\"*Coal\")+COUNTIF($E970,\"*Biomass*\"),1),MIN(COUNTIF($E970,\"*Liquid*\"),1),MIN(COUNTIF($E970,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E970,\"*Coal\")+COUNTIF($E970,\"*Biomass*\"),1),MIN(COUNTIF($E970,\"*Liquid*\"),1),MIN(COUNTIF($E970,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E970,\"*Coal\")+COUNTIF($E970,\"*Biomass*\"),1),MIN(COUNTIF($E970,\"*Liquid*\"),1),MIN(COUNTIF($E970,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E970,\"*Coal\")+COUNTIF($E970,\"*Biomass*\"),1),MIN(COUNTIF($E970,\"*Liquid*\"),1),MIN(COUNTIF($E970,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E970,\"*Coal\")+COUNTIF($E970,\"*Biomass*\"),1),MIN(COUNTIF($E970,\"*Liquid*\"),1),MIN(COUNTIF($E970,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E970,\"*Coal\")+COUNTIF($E970,\"*Biomass*\"),1),MIN(COUNTIF($E970,\"*Liquid*\"),1),MIN(COUNTIF($E970,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E970,\"*Coal\")+COUNTIF($E970,\"*Biomass*\"),1),MIN(COUNTIF($E970,\"*Liquid*\"),1),MIN(COUNTIF($E970,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E970,\"*Coal\")+COUNTIF($E970,\"*Biomass*\"),1),MIN(COUNTIF($E970,\"*Liquid*\"),1),MIN(COUNTIF($E970,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E970,\"*Coal\")+COUNTIF($E970,\"*Biomass*\"),1),MIN(COUNTIF($E970,\"*Liquid*\"),1),MIN(COUNTIF($E970,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E970,\"*Coal\")+COUNTIF($E970,\"*Biomass*\"),1),MIN(COUNTIF($E970,\"*Liquid*\"),1),MIN(COUNTIF($E970,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G970)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1029","v":"N6 Battery - 2h"},{"$f":"'Summary Mapping'!$J1029","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1029","v":"NSW"},{"$f":"'Summary Mapping'!$M1029","v":"Battery"},{"$f":"IF('Summary Mapping'!$H1029=\"N/A\",'Summary Mapping'!$G1029,'Summary Mapping'!$H1029)","v":"Wagga Wagga"},{"$f":"'Summary Mapping'!$N1029","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E979,\"*Coal\")+COUNTIF($E979,\"*Biomass*\"),1),MIN(COUNTIF($E979,\"*Liquid*\"),1),MIN(COUNTIF($E979,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E979,\"*Coal\")+COUNTIF($E979,\"*Biomass*\"),1),MIN(COUNTIF($E979,\"*Liquid*\"),1),MIN(COUNTIF($E979,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E979,\"*Coal\")+COUNTIF($E979,\"*Biomass*\"),1),MIN(COUNTIF($E979,\"*Liquid*\"),1),MIN(COUNTIF($E979,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E979,\"*Coal\")+COUNTIF($E979,\"*Biomass*\"),1),MIN(COUNTIF($E979,\"*Liquid*\"),1),MIN(COUNTIF($E979,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E979,\"*Coal\")+COUNTIF($E979,\"*Biomass*\"),1),MIN(COUNTIF($E979,\"*Liquid*\"),1),MIN(COUNTIF($E979,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E979,\"*Coal\")+COUNTIF($E979,\"*Biomass*\"),1),MIN(COUNTIF($E979,\"*Liquid*\"),1),MIN(COUNTIF($E979,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E979,\"*Coal\")+COUNTIF($E979,\"*Biomass*\"),1),MIN(COUNTIF($E979,\"*Liquid*\"),1),MIN(COUNTIF($E979,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E979,\"*Coal\")+COUNTIF($E979,\"*Biomass*\"),1),MIN(COUNTIF($E979,\"*Liquid*\"),1),MIN(COUNTIF($E979,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E979,\"*Coal\")+COUNTIF($E979,\"*Biomass*\"),1),MIN(COUNTIF($E979,\"*Liquid*\"),1),MIN(COUNTIF($E979,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E979,\"*Coal\")+COUNTIF($E979,\"*Biomass*\"),1),MIN(COUNTIF($E979,\"*Liquid*\"),1),MIN(COUNTIF($E979,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E979,\"*Coal\")+COUNTIF($E979,\"*Biomass*\"),1),MIN(COUNTIF($E979,\"*Liquid*\"),1),MIN(COUNTIF($E979,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E979,\"*Coal\")+COUNTIF($E979,\"*Biomass*\"),1),MIN(COUNTIF($E979,\"*Liquid*\"),1),MIN(COUNTIF($E979,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E979,\"*Coal\")+COUNTIF($E979,\"*Biomass*\"),1),MIN(COUNTIF($E979,\"*Liquid*\"),1),MIN(COUNTIF($E979,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E979,\"*Coal\")+COUNTIF($E979,\"*Biomass*\"),1),MIN(COUNTIF($E979,\"*Liquid*\"),1),MIN(COUNTIF($E979,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E979,\"*Coal\")+COUNTIF($E979,\"*Biomass*\"),1),MIN(COUNTIF($E979,\"*Liquid*\"),1),MIN(COUNTIF($E979,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E979,\"*Coal\")+COUNTIF($E979,\"*Biomass*\"),1),MIN(COUNTIF($E979,\"*Liquid*\"),1),MIN(COUNTIF($E979,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E979,\"*Coal\")+COUNTIF($E979,\"*Biomass*\"),1),MIN(COUNTIF($E979,\"*Liquid*\"),1),MIN(COUNTIF($E979,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E979,\"*Coal\")+COUNTIF($E979,\"*Biomass*\"),1),MIN(COUNTIF($E979,\"*Liquid*\"),1),MIN(COUNTIF($E979,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E979,\"*Coal\")+COUNTIF($E979,\"*Biomass*\"),1),MIN(COUNTIF($E979,\"*Liquid*\"),1),MIN(COUNTIF($E979,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E979,\"*Coal\")+COUNTIF($E979,\"*Biomass*\"),1),MIN(COUNTIF($E979,\"*Liquid*\"),1),MIN(COUNTIF($E979,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E979,\"*Coal\")+COUNTIF($E979,\"*Biomass*\"),1),MIN(COUNTIF($E979,\"*Liquid*\"),1),MIN(COUNTIF($E979,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E979,\"*Coal\")+COUNTIF($E979,\"*Biomass*\"),1),MIN(COUNTIF($E979,\"*Liquid*\"),1),MIN(COUNTIF($E979,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E979,\"*Coal\")+COUNTIF($E979,\"*Biomass*\"),1),MIN(COUNTIF($E979,\"*Liquid*\"),1),MIN(COUNTIF($E979,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E979,\"*Coal\")+COUNTIF($E979,\"*Biomass*\"),1),MIN(COUNTIF($E979,\"*Liquid*\"),1),MIN(COUNTIF($E979,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E979,\"*Coal\")+COUNTIF($E979,\"*Biomass*\"),1),MIN(COUNTIF($E979,\"*Liquid*\"),1),MIN(COUNTIF($E979,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E979,\"*Coal\")+COUNTIF($E979,\"*Biomass*\"),1),MIN(COUNTIF($E979,\"*Liquid*\"),1),MIN(COUNTIF($E979,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E979,\"*Coal\")+COUNTIF($E979,\"*Biomass*\"),1),MIN(COUNTIF($E979,\"*Liquid*\"),1),MIN(COUNTIF($E979,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G979)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1038","v":"S4 Battery - 2h"},{"$f":"'Summary Mapping'!$J1038","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1038","v":"SA"},{"$f":"'Summary Mapping'!$M1038","v":"Battery"},{"$f":"IF('Summary Mapping'!$H1038=\"N/A\",'Summary Mapping'!$G1038,'Summary Mapping'!$H1038)","v":"Yorke Peninsula"},{"$f":"'Summary Mapping'!$N1038","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E988,\"*Coal\")+COUNTIF($E988,\"*Biomass*\"),1),MIN(COUNTIF($E988,\"*Liquid*\"),1),MIN(COUNTIF($E988,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E988,\"*Coal\")+COUNTIF($E988,\"*Biomass*\"),1),MIN(COUNTIF($E988,\"*Liquid*\"),1),MIN(COUNTIF($E988,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E988,\"*Coal\")+COUNTIF($E988,\"*Biomass*\"),1),MIN(COUNTIF($E988,\"*Liquid*\"),1),MIN(COUNTIF($E988,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E988,\"*Coal\")+COUNTIF($E988,\"*Biomass*\"),1),MIN(COUNTIF($E988,\"*Liquid*\"),1),MIN(COUNTIF($E988,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E988,\"*Coal\")+COUNTIF($E988,\"*Biomass*\"),1),MIN(COUNTIF($E988,\"*Liquid*\"),1),MIN(COUNTIF($E988,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E988,\"*Coal\")+COUNTIF($E988,\"*Biomass*\"),1),MIN(COUNTIF($E988,\"*Liquid*\"),1),MIN(COUNTIF($E988,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E988,\"*Coal\")+COUNTIF($E988,\"*Biomass*\"),1),MIN(COUNTIF($E988,\"*Liquid*\"),1),MIN(COUNTIF($E988,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E988,\"*Coal\")+COUNTIF($E988,\"*Biomass*\"),1),MIN(COUNTIF($E988,\"*Liquid*\"),1),MIN(COUNTIF($E988,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E988,\"*Coal\")+COUNTIF($E988,\"*Biomass*\"),1),MIN(COUNTIF($E988,\"*Liquid*\"),1),MIN(COUNTIF($E988,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E988,\"*Coal\")+COUNTIF($E988,\"*Biomass*\"),1),MIN(COUNTIF($E988,\"*Liquid*\"),1),MIN(COUNTIF($E988,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E988,\"*Coal\")+COUNTIF($E988,\"*Biomass*\"),1),MIN(COUNTIF($E988,\"*Liquid*\"),1),MIN(COUNTIF($E988,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E988,\"*Coal\")+COUNTIF($E988,\"*Biomass*\"),1),MIN(COUNTIF($E988,\"*Liquid*\"),1),MIN(COUNTIF($E988,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E988,\"*Coal\")+COUNTIF($E988,\"*Biomass*\"),1),MIN(COUNTIF($E988,\"*Liquid*\"),1),MIN(COUNTIF($E988,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E988,\"*Coal\")+COUNTIF($E988,\"*Biomass*\"),1),MIN(COUNTIF($E988,\"*Liquid*\"),1),MIN(COUNTIF($E988,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E988,\"*Coal\")+COUNTIF($E988,\"*Biomass*\"),1),MIN(COUNTIF($E988,\"*Liquid*\"),1),MIN(COUNTIF($E988,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E988,\"*Coal\")+COUNTIF($E988,\"*Biomass*\"),1),MIN(COUNTIF($E988,\"*Liquid*\"),1),MIN(COUNTIF($E988,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E988,\"*Coal\")+COUNTIF($E988,\"*Biomass*\"),1),MIN(COUNTIF($E988,\"*Liquid*\"),1),MIN(COUNTIF($E988,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E988,\"*Coal\")+COUNTIF($E988,\"*Biomass*\"),1),MIN(COUNTIF($E988,\"*Liquid*\"),1),MIN(COUNTIF($E988,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E988,\"*Coal\")+COUNTIF($E988,\"*Biomass*\"),1),MIN(COUNTIF($E988,\"*Liquid*\"),1),MIN(COUNTIF($E988,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E988,\"*Coal\")+COUNTIF($E988,\"*Biomass*\"),1),MIN(COUNTIF($E988,\"*Liquid*\"),1),MIN(COUNTIF($E988,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E988,\"*Coal\")+COUNTIF($E988,\"*Biomass*\"),1),MIN(COUNTIF($E988,\"*Liquid*\"),1),MIN(COUNTIF($E988,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E988,\"*Coal\")+COUNTIF($E988,\"*Biomass*\"),1),MIN(COUNTIF($E988,\"*Liquid*\"),1),MIN(COUNTIF($E988,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E988,\"*Coal\")+COUNTIF($E988,\"*Biomass*\"),1),MIN(COUNTIF($E988,\"*Liquid*\"),1),MIN(COUNTIF($E988,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E988,\"*Coal\")+COUNTIF($E988,\"*Biomass*\"),1),MIN(COUNTIF($E988,\"*Liquid*\"),1),MIN(COUNTIF($E988,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E988,\"*Coal\")+COUNTIF($E988,\"*Biomass*\"),1),MIN(COUNTIF($E988,\"*Liquid*\"),1),MIN(COUNTIF($E988,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E988,\"*Coal\")+COUNTIF($E988,\"*Biomass*\"),1),MIN(COUNTIF($E988,\"*Liquid*\"),1),MIN(COUNTIF($E988,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G988)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1047","v":"CQ Battery - 4h"},{"$f":"'Summary Mapping'!$J1047","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1047","v":"QLD"},{"$f":"'Summary Mapping'!$M1047","v":"Battery"},{"$f":"IF('Summary Mapping'!$H1047=\"N/A\",'Summary Mapping'!$G1047,'Summary Mapping'!$H1047)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N1047","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E997,\"*Coal\")+COUNTIF($E997,\"*Biomass*\"),1),MIN(COUNTIF($E997,\"*Liquid*\"),1),MIN(COUNTIF($E997,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E997,\"*Coal\")+COUNTIF($E997,\"*Biomass*\"),1),MIN(COUNTIF($E997,\"*Liquid*\"),1),MIN(COUNTIF($E997,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E997,\"*Coal\")+COUNTIF($E997,\"*Biomass*\"),1),MIN(COUNTIF($E997,\"*Liquid*\"),1),MIN(COUNTIF($E997,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E997,\"*Coal\")+COUNTIF($E997,\"*Biomass*\"),1),MIN(COUNTIF($E997,\"*Liquid*\"),1),MIN(COUNTIF($E997,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E997,\"*Coal\")+COUNTIF($E997,\"*Biomass*\"),1),MIN(COUNTIF($E997,\"*Liquid*\"),1),MIN(COUNTIF($E997,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E997,\"*Coal\")+COUNTIF($E997,\"*Biomass*\"),1),MIN(COUNTIF($E997,\"*Liquid*\"),1),MIN(COUNTIF($E997,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E997,\"*Coal\")+COUNTIF($E997,\"*Biomass*\"),1),MIN(COUNTIF($E997,\"*Liquid*\"),1),MIN(COUNTIF($E997,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E997,\"*Coal\")+COUNTIF($E997,\"*Biomass*\"),1),MIN(COUNTIF($E997,\"*Liquid*\"),1),MIN(COUNTIF($E997,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E997,\"*Coal\")+COUNTIF($E997,\"*Biomass*\"),1),MIN(COUNTIF($E997,\"*Liquid*\"),1),MIN(COUNTIF($E997,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E997,\"*Coal\")+COUNTIF($E997,\"*Biomass*\"),1),MIN(COUNTIF($E997,\"*Liquid*\"),1),MIN(COUNTIF($E997,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E997,\"*Coal\")+COUNTIF($E997,\"*Biomass*\"),1),MIN(COUNTIF($E997,\"*Liquid*\"),1),MIN(COUNTIF($E997,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E997,\"*Coal\")+COUNTIF($E997,\"*Biomass*\"),1),MIN(COUNTIF($E997,\"*Liquid*\"),1),MIN(COUNTIF($E997,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E997,\"*Coal\")+COUNTIF($E997,\"*Biomass*\"),1),MIN(COUNTIF($E997,\"*Liquid*\"),1),MIN(COUNTIF($E997,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E997,\"*Coal\")+COUNTIF($E997,\"*Biomass*\"),1),MIN(COUNTIF($E997,\"*Liquid*\"),1),MIN(COUNTIF($E997,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E997,\"*Coal\")+COUNTIF($E997,\"*Biomass*\"),1),MIN(COUNTIF($E997,\"*Liquid*\"),1),MIN(COUNTIF($E997,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E997,\"*Coal\")+COUNTIF($E997,\"*Biomass*\"),1),MIN(COUNTIF($E997,\"*Liquid*\"),1),MIN(COUNTIF($E997,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E997,\"*Coal\")+COUNTIF($E997,\"*Biomass*\"),1),MIN(COUNTIF($E997,\"*Liquid*\"),1),MIN(COUNTIF($E997,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E997,\"*Coal\")+COUNTIF($E997,\"*Biomass*\"),1),MIN(COUNTIF($E997,\"*Liquid*\"),1),MIN(COUNTIF($E997,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E997,\"*Coal\")+COUNTIF($E997,\"*Biomass*\"),1),MIN(COUNTIF($E997,\"*Liquid*\"),1),MIN(COUNTIF($E997,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E997,\"*Coal\")+COUNTIF($E997,\"*Biomass*\"),1),MIN(COUNTIF($E997,\"*Liquid*\"),1),MIN(COUNTIF($E997,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E997,\"*Coal\")+COUNTIF($E997,\"*Biomass*\"),1),MIN(COUNTIF($E997,\"*Liquid*\"),1),MIN(COUNTIF($E997,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E997,\"*Coal\")+COUNTIF($E997,\"*Biomass*\"),1),MIN(COUNTIF($E997,\"*Liquid*\"),1),MIN(COUNTIF($E997,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E997,\"*Coal\")+COUNTIF($E997,\"*Biomass*\"),1),MIN(COUNTIF($E997,\"*Liquid*\"),1),MIN(COUNTIF($E997,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E997,\"*Coal\")+COUNTIF($E997,\"*Biomass*\"),1),MIN(COUNTIF($E997,\"*Liquid*\"),1),MIN(COUNTIF($E997,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E997,\"*Coal\")+COUNTIF($E997,\"*Biomass*\"),1),MIN(COUNTIF($E997,\"*Liquid*\"),1),MIN(COUNTIF($E997,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E997,\"*Coal\")+COUNTIF($E997,\"*Biomass*\"),1),MIN(COUNTIF($E997,\"*Liquid*\"),1),MIN(COUNTIF($E997,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E997,\"*Coal\")+COUNTIF($E997,\"*Biomass*\"),1),MIN(COUNTIF($E997,\"*Liquid*\"),1),MIN(COUNTIF($E997,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G997)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1048","v":"GG Battery - 4h"},{"$f":"'Summary Mapping'!$J1048","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1048","v":"QLD"},{"$f":"'Summary Mapping'!$M1048","v":"Battery"},{"$f":"IF('Summary Mapping'!$H1048=\"N/A\",'Summary Mapping'!$G1048,'Summary Mapping'!$H1048)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N1048","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E998,\"*Coal\")+COUNTIF($E998,\"*Biomass*\"),1),MIN(COUNTIF($E998,\"*Liquid*\"),1),MIN(COUNTIF($E998,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E998,\"*Coal\")+COUNTIF($E998,\"*Biomass*\"),1),MIN(COUNTIF($E998,\"*Liquid*\"),1),MIN(COUNTIF($E998,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E998,\"*Coal\")+COUNTIF($E998,\"*Biomass*\"),1),MIN(COUNTIF($E998,\"*Liquid*\"),1),MIN(COUNTIF($E998,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E998,\"*Coal\")+COUNTIF($E998,\"*Biomass*\"),1),MIN(COUNTIF($E998,\"*Liquid*\"),1),MIN(COUNTIF($E998,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E998,\"*Coal\")+COUNTIF($E998,\"*Biomass*\"),1),MIN(COUNTIF($E998,\"*Liquid*\"),1),MIN(COUNTIF($E998,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E998,\"*Coal\")+COUNTIF($E998,\"*Biomass*\"),1),MIN(COUNTIF($E998,\"*Liquid*\"),1),MIN(COUNTIF($E998,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E998,\"*Coal\")+COUNTIF($E998,\"*Biomass*\"),1),MIN(COUNTIF($E998,\"*Liquid*\"),1),MIN(COUNTIF($E998,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E998,\"*Coal\")+COUNTIF($E998,\"*Biomass*\"),1),MIN(COUNTIF($E998,\"*Liquid*\"),1),MIN(COUNTIF($E998,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E998,\"*Coal\")+COUNTIF($E998,\"*Biomass*\"),1),MIN(COUNTIF($E998,\"*Liquid*\"),1),MIN(COUNTIF($E998,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E998,\"*Coal\")+COUNTIF($E998,\"*Biomass*\"),1),MIN(COUNTIF($E998,\"*Liquid*\"),1),MIN(COUNTIF($E998,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E998,\"*Coal\")+COUNTIF($E998,\"*Biomass*\"),1),MIN(COUNTIF($E998,\"*Liquid*\"),1),MIN(COUNTIF($E998,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E998,\"*Coal\")+COUNTIF($E998,\"*Biomass*\"),1),MIN(COUNTIF($E998,\"*Liquid*\"),1),MIN(COUNTIF($E998,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E998,\"*Coal\")+COUNTIF($E998,\"*Biomass*\"),1),MIN(COUNTIF($E998,\"*Liquid*\"),1),MIN(COUNTIF($E998,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E998,\"*Coal\")+COUNTIF($E998,\"*Biomass*\"),1),MIN(COUNTIF($E998,\"*Liquid*\"),1),MIN(COUNTIF($E998,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E998,\"*Coal\")+COUNTIF($E998,\"*Biomass*\"),1),MIN(COUNTIF($E998,\"*Liquid*\"),1),MIN(COUNTIF($E998,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E998,\"*Coal\")+COUNTIF($E998,\"*Biomass*\"),1),MIN(COUNTIF($E998,\"*Liquid*\"),1),MIN(COUNTIF($E998,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E998,\"*Coal\")+COUNTIF($E998,\"*Biomass*\"),1),MIN(COUNTIF($E998,\"*Liquid*\"),1),MIN(COUNTIF($E998,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E998,\"*Coal\")+COUNTIF($E998,\"*Biomass*\"),1),MIN(COUNTIF($E998,\"*Liquid*\"),1),MIN(COUNTIF($E998,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E998,\"*Coal\")+COUNTIF($E998,\"*Biomass*\"),1),MIN(COUNTIF($E998,\"*Liquid*\"),1),MIN(COUNTIF($E998,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E998,\"*Coal\")+COUNTIF($E998,\"*Biomass*\"),1),MIN(COUNTIF($E998,\"*Liquid*\"),1),MIN(COUNTIF($E998,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E998,\"*Coal\")+COUNTIF($E998,\"*Biomass*\"),1),MIN(COUNTIF($E998,\"*Liquid*\"),1),MIN(COUNTIF($E998,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E998,\"*Coal\")+COUNTIF($E998,\"*Biomass*\"),1),MIN(COUNTIF($E998,\"*Liquid*\"),1),MIN(COUNTIF($E998,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E998,\"*Coal\")+COUNTIF($E998,\"*Biomass*\"),1),MIN(COUNTIF($E998,\"*Liquid*\"),1),MIN(COUNTIF($E998,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E998,\"*Coal\")+COUNTIF($E998,\"*Biomass*\"),1),MIN(COUNTIF($E998,\"*Liquid*\"),1),MIN(COUNTIF($E998,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E998,\"*Coal\")+COUNTIF($E998,\"*Biomass*\"),1),MIN(COUNTIF($E998,\"*Liquid*\"),1),MIN(COUNTIF($E998,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E998,\"*Coal\")+COUNTIF($E998,\"*Biomass*\"),1),MIN(COUNTIF($E998,\"*Liquid*\"),1),MIN(COUNTIF($E998,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E998,\"*Coal\")+COUNTIF($E998,\"*Biomass*\"),1),MIN(COUNTIF($E998,\"*Liquid*\"),1),MIN(COUNTIF($E998,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G998)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1056","v":"WNV Battery - 4h"},{"$f":"'Summary Mapping'!$J1056","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1056","v":"VIC"},{"$f":"'Summary Mapping'!$M1056","v":"Battery"},{"$f":"IF('Summary Mapping'!$H1056=\"N/A\",'Summary Mapping'!$G1056,'Summary Mapping'!$H1056)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N1056","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1006,\"*Coal\")+COUNTIF($E1006,\"*Biomass*\"),1),MIN(COUNTIF($E1006,\"*Liquid*\"),1),MIN(COUNTIF($E1006,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1006,\"*Coal\")+COUNTIF($E1006,\"*Biomass*\"),1),MIN(COUNTIF($E1006,\"*Liquid*\"),1),MIN(COUNTIF($E1006,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1006,\"*Coal\")+COUNTIF($E1006,\"*Biomass*\"),1),MIN(COUNTIF($E1006,\"*Liquid*\"),1),MIN(COUNTIF($E1006,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1006,\"*Coal\")+COUNTIF($E1006,\"*Biomass*\"),1),MIN(COUNTIF($E1006,\"*Liquid*\"),1),MIN(COUNTIF($E1006,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1006,\"*Coal\")+COUNTIF($E1006,\"*Biomass*\"),1),MIN(COUNTIF($E1006,\"*Liquid*\"),1),MIN(COUNTIF($E1006,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1006,\"*Coal\")+COUNTIF($E1006,\"*Biomass*\"),1),MIN(COUNTIF($E1006,\"*Liquid*\"),1),MIN(COUNTIF($E1006,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1006,\"*Coal\")+COUNTIF($E1006,\"*Biomass*\"),1),MIN(COUNTIF($E1006,\"*Liquid*\"),1),MIN(COUNTIF($E1006,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1006,\"*Coal\")+COUNTIF($E1006,\"*Biomass*\"),1),MIN(COUNTIF($E1006,\"*Liquid*\"),1),MIN(COUNTIF($E1006,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1006,\"*Coal\")+COUNTIF($E1006,\"*Biomass*\"),1),MIN(COUNTIF($E1006,\"*Liquid*\"),1),MIN(COUNTIF($E1006,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1006,\"*Coal\")+COUNTIF($E1006,\"*Biomass*\"),1),MIN(COUNTIF($E1006,\"*Liquid*\"),1),MIN(COUNTIF($E1006,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1006,\"*Coal\")+COUNTIF($E1006,\"*Biomass*\"),1),MIN(COUNTIF($E1006,\"*Liquid*\"),1),MIN(COUNTIF($E1006,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1006,\"*Coal\")+COUNTIF($E1006,\"*Biomass*\"),1),MIN(COUNTIF($E1006,\"*Liquid*\"),1),MIN(COUNTIF($E1006,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1006,\"*Coal\")+COUNTIF($E1006,\"*Biomass*\"),1),MIN(COUNTIF($E1006,\"*Liquid*\"),1),MIN(COUNTIF($E1006,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1006,\"*Coal\")+COUNTIF($E1006,\"*Biomass*\"),1),MIN(COUNTIF($E1006,\"*Liquid*\"),1),MIN(COUNTIF($E1006,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1006,\"*Coal\")+COUNTIF($E1006,\"*Biomass*\"),1),MIN(COUNTIF($E1006,\"*Liquid*\"),1),MIN(COUNTIF($E1006,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1006,\"*Coal\")+COUNTIF($E1006,\"*Biomass*\"),1),MIN(COUNTIF($E1006,\"*Liquid*\"),1),MIN(COUNTIF($E1006,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1006,\"*Coal\")+COUNTIF($E1006,\"*Biomass*\"),1),MIN(COUNTIF($E1006,\"*Liquid*\"),1),MIN(COUNTIF($E1006,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1006,\"*Coal\")+COUNTIF($E1006,\"*Biomass*\"),1),MIN(COUNTIF($E1006,\"*Liquid*\"),1),MIN(COUNTIF($E1006,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1006,\"*Coal\")+COUNTIF($E1006,\"*Biomass*\"),1),MIN(COUNTIF($E1006,\"*Liquid*\"),1),MIN(COUNTIF($E1006,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1006,\"*Coal\")+COUNTIF($E1006,\"*Biomass*\"),1),MIN(COUNTIF($E1006,\"*Liquid*\"),1),MIN(COUNTIF($E1006,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1006,\"*Coal\")+COUNTIF($E1006,\"*Biomass*\"),1),MIN(COUNTIF($E1006,\"*Liquid*\"),1),MIN(COUNTIF($E1006,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1006,\"*Coal\")+COUNTIF($E1006,\"*Biomass*\"),1),MIN(COUNTIF($E1006,\"*Liquid*\"),1),MIN(COUNTIF($E1006,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1006,\"*Coal\")+COUNTIF($E1006,\"*Biomass*\"),1),MIN(COUNTIF($E1006,\"*Liquid*\"),1),MIN(COUNTIF($E1006,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1006,\"*Coal\")+COUNTIF($E1006,\"*Biomass*\"),1),MIN(COUNTIF($E1006,\"*Liquid*\"),1),MIN(COUNTIF($E1006,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1006,\"*Coal\")+COUNTIF($E1006,\"*Biomass*\"),1),MIN(COUNTIF($E1006,\"*Liquid*\"),1),MIN(COUNTIF($E1006,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1006,\"*Coal\")+COUNTIF($E1006,\"*Biomass*\"),1),MIN(COUNTIF($E1006,\"*Liquid*\"),1),MIN(COUNTIF($E1006,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1006,\"*Coal\")+COUNTIF($E1006,\"*Biomass*\"),1),MIN(COUNTIF($E1006,\"*Liquid*\"),1),MIN(COUNTIF($E1006,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1006)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1065","v":"Q5 Battery - 4h"},{"$f":"'Summary Mapping'!$J1065","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1065","v":"QLD"},{"$f":"'Summary Mapping'!$M1065","v":"Battery"},{"$f":"IF('Summary Mapping'!$H1065=\"N/A\",'Summary Mapping'!$G1065,'Summary Mapping'!$H1065)","v":"Barcaldine"},{"$f":"'Summary Mapping'!$N1065","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1015,\"*Coal\")+COUNTIF($E1015,\"*Biomass*\"),1),MIN(COUNTIF($E1015,\"*Liquid*\"),1),MIN(COUNTIF($E1015,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1015,\"*Coal\")+COUNTIF($E1015,\"*Biomass*\"),1),MIN(COUNTIF($E1015,\"*Liquid*\"),1),MIN(COUNTIF($E1015,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1015,\"*Coal\")+COUNTIF($E1015,\"*Biomass*\"),1),MIN(COUNTIF($E1015,\"*Liquid*\"),1),MIN(COUNTIF($E1015,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1015,\"*Coal\")+COUNTIF($E1015,\"*Biomass*\"),1),MIN(COUNTIF($E1015,\"*Liquid*\"),1),MIN(COUNTIF($E1015,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1015,\"*Coal\")+COUNTIF($E1015,\"*Biomass*\"),1),MIN(COUNTIF($E1015,\"*Liquid*\"),1),MIN(COUNTIF($E1015,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1015,\"*Coal\")+COUNTIF($E1015,\"*Biomass*\"),1),MIN(COUNTIF($E1015,\"*Liquid*\"),1),MIN(COUNTIF($E1015,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1015,\"*Coal\")+COUNTIF($E1015,\"*Biomass*\"),1),MIN(COUNTIF($E1015,\"*Liquid*\"),1),MIN(COUNTIF($E1015,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1015,\"*Coal\")+COUNTIF($E1015,\"*Biomass*\"),1),MIN(COUNTIF($E1015,\"*Liquid*\"),1),MIN(COUNTIF($E1015,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1015,\"*Coal\")+COUNTIF($E1015,\"*Biomass*\"),1),MIN(COUNTIF($E1015,\"*Liquid*\"),1),MIN(COUNTIF($E1015,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1015,\"*Coal\")+COUNTIF($E1015,\"*Biomass*\"),1),MIN(COUNTIF($E1015,\"*Liquid*\"),1),MIN(COUNTIF($E1015,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1015,\"*Coal\")+COUNTIF($E1015,\"*Biomass*\"),1),MIN(COUNTIF($E1015,\"*Liquid*\"),1),MIN(COUNTIF($E1015,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1015,\"*Coal\")+COUNTIF($E1015,\"*Biomass*\"),1),MIN(COUNTIF($E1015,\"*Liquid*\"),1),MIN(COUNTIF($E1015,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1015,\"*Coal\")+COUNTIF($E1015,\"*Biomass*\"),1),MIN(COUNTIF($E1015,\"*Liquid*\"),1),MIN(COUNTIF($E1015,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1015,\"*Coal\")+COUNTIF($E1015,\"*Biomass*\"),1),MIN(COUNTIF($E1015,\"*Liquid*\"),1),MIN(COUNTIF($E1015,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1015,\"*Coal\")+COUNTIF($E1015,\"*Biomass*\"),1),MIN(COUNTIF($E1015,\"*Liquid*\"),1),MIN(COUNTIF($E1015,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1015,\"*Coal\")+COUNTIF($E1015,\"*Biomass*\"),1),MIN(COUNTIF($E1015,\"*Liquid*\"),1),MIN(COUNTIF($E1015,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1015,\"*Coal\")+COUNTIF($E1015,\"*Biomass*\"),1),MIN(COUNTIF($E1015,\"*Liquid*\"),1),MIN(COUNTIF($E1015,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1015,\"*Coal\")+COUNTIF($E1015,\"*Biomass*\"),1),MIN(COUNTIF($E1015,\"*Liquid*\"),1),MIN(COUNTIF($E1015,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1015,\"*Coal\")+COUNTIF($E1015,\"*Biomass*\"),1),MIN(COUNTIF($E1015,\"*Liquid*\"),1),MIN(COUNTIF($E1015,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1015,\"*Coal\")+COUNTIF($E1015,\"*Biomass*\"),1),MIN(COUNTIF($E1015,\"*Liquid*\"),1),MIN(COUNTIF($E1015,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1015,\"*Coal\")+COUNTIF($E1015,\"*Biomass*\"),1),MIN(COUNTIF($E1015,\"*Liquid*\"),1),MIN(COUNTIF($E1015,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1015,\"*Coal\")+COUNTIF($E1015,\"*Biomass*\"),1),MIN(COUNTIF($E1015,\"*Liquid*\"),1),MIN(COUNTIF($E1015,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1015,\"*Coal\")+COUNTIF($E1015,\"*Biomass*\"),1),MIN(COUNTIF($E1015,\"*Liquid*\"),1),MIN(COUNTIF($E1015,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1015,\"*Coal\")+COUNTIF($E1015,\"*Biomass*\"),1),MIN(COUNTIF($E1015,\"*Liquid*\"),1),MIN(COUNTIF($E1015,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1015,\"*Coal\")+COUNTIF($E1015,\"*Biomass*\"),1),MIN(COUNTIF($E1015,\"*Liquid*\"),1),MIN(COUNTIF($E1015,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1015,\"*Coal\")+COUNTIF($E1015,\"*Biomass*\"),1),MIN(COUNTIF($E1015,\"*Liquid*\"),1),MIN(COUNTIF($E1015,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1015,\"*Coal\")+COUNTIF($E1015,\"*Biomass*\"),1),MIN(COUNTIF($E1015,\"*Liquid*\"),1),MIN(COUNTIF($E1015,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1015)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1074","v":"N4 Battery - 4h"},{"$f":"'Summary Mapping'!$J1074","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1074","v":"NSW"},{"$f":"'Summary Mapping'!$M1074","v":"Battery"},{"$f":"IF('Summary Mapping'!$H1074=\"N/A\",'Summary Mapping'!$G1074,'Summary Mapping'!$H1074)","v":"Broken Hill"},{"$f":"'Summary Mapping'!$N1074","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1024,\"*Coal\")+COUNTIF($E1024,\"*Biomass*\"),1),MIN(COUNTIF($E1024,\"*Liquid*\"),1),MIN(COUNTIF($E1024,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1024,\"*Coal\")+COUNTIF($E1024,\"*Biomass*\"),1),MIN(COUNTIF($E1024,\"*Liquid*\"),1),MIN(COUNTIF($E1024,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1024,\"*Coal\")+COUNTIF($E1024,\"*Biomass*\"),1),MIN(COUNTIF($E1024,\"*Liquid*\"),1),MIN(COUNTIF($E1024,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1024,\"*Coal\")+COUNTIF($E1024,\"*Biomass*\"),1),MIN(COUNTIF($E1024,\"*Liquid*\"),1),MIN(COUNTIF($E1024,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1024,\"*Coal\")+COUNTIF($E1024,\"*Biomass*\"),1),MIN(COUNTIF($E1024,\"*Liquid*\"),1),MIN(COUNTIF($E1024,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1024,\"*Coal\")+COUNTIF($E1024,\"*Biomass*\"),1),MIN(COUNTIF($E1024,\"*Liquid*\"),1),MIN(COUNTIF($E1024,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1024,\"*Coal\")+COUNTIF($E1024,\"*Biomass*\"),1),MIN(COUNTIF($E1024,\"*Liquid*\"),1),MIN(COUNTIF($E1024,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1024,\"*Coal\")+COUNTIF($E1024,\"*Biomass*\"),1),MIN(COUNTIF($E1024,\"*Liquid*\"),1),MIN(COUNTIF($E1024,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1024,\"*Coal\")+COUNTIF($E1024,\"*Biomass*\"),1),MIN(COUNTIF($E1024,\"*Liquid*\"),1),MIN(COUNTIF($E1024,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1024,\"*Coal\")+COUNTIF($E1024,\"*Biomass*\"),1),MIN(COUNTIF($E1024,\"*Liquid*\"),1),MIN(COUNTIF($E1024,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1024,\"*Coal\")+COUNTIF($E1024,\"*Biomass*\"),1),MIN(COUNTIF($E1024,\"*Liquid*\"),1),MIN(COUNTIF($E1024,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1024,\"*Coal\")+COUNTIF($E1024,\"*Biomass*\"),1),MIN(COUNTIF($E1024,\"*Liquid*\"),1),MIN(COUNTIF($E1024,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1024,\"*Coal\")+COUNTIF($E1024,\"*Biomass*\"),1),MIN(COUNTIF($E1024,\"*Liquid*\"),1),MIN(COUNTIF($E1024,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1024,\"*Coal\")+COUNTIF($E1024,\"*Biomass*\"),1),MIN(COUNTIF($E1024,\"*Liquid*\"),1),MIN(COUNTIF($E1024,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1024,\"*Coal\")+COUNTIF($E1024,\"*Biomass*\"),1),MIN(COUNTIF($E1024,\"*Liquid*\"),1),MIN(COUNTIF($E1024,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1024,\"*Coal\")+COUNTIF($E1024,\"*Biomass*\"),1),MIN(COUNTIF($E1024,\"*Liquid*\"),1),MIN(COUNTIF($E1024,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1024,\"*Coal\")+COUNTIF($E1024,\"*Biomass*\"),1),MIN(COUNTIF($E1024,\"*Liquid*\"),1),MIN(COUNTIF($E1024,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1024,\"*Coal\")+COUNTIF($E1024,\"*Biomass*\"),1),MIN(COUNTIF($E1024,\"*Liquid*\"),1),MIN(COUNTIF($E1024,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1024,\"*Coal\")+COUNTIF($E1024,\"*Biomass*\"),1),MIN(COUNTIF($E1024,\"*Liquid*\"),1),MIN(COUNTIF($E1024,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1024,\"*Coal\")+COUNTIF($E1024,\"*Biomass*\"),1),MIN(COUNTIF($E1024,\"*Liquid*\"),1),MIN(COUNTIF($E1024,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1024,\"*Coal\")+COUNTIF($E1024,\"*Biomass*\"),1),MIN(COUNTIF($E1024,\"*Liquid*\"),1),MIN(COUNTIF($E1024,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1024,\"*Coal\")+COUNTIF($E1024,\"*Biomass*\"),1),MIN(COUNTIF($E1024,\"*Liquid*\"),1),MIN(COUNTIF($E1024,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1024,\"*Coal\")+COUNTIF($E1024,\"*Biomass*\"),1),MIN(COUNTIF($E1024,\"*Liquid*\"),1),MIN(COUNTIF($E1024,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1024,\"*Coal\")+COUNTIF($E1024,\"*Biomass*\"),1),MIN(COUNTIF($E1024,\"*Liquid*\"),1),MIN(COUNTIF($E1024,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1024,\"*Coal\")+COUNTIF($E1024,\"*Biomass*\"),1),MIN(COUNTIF($E1024,\"*Liquid*\"),1),MIN(COUNTIF($E1024,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1024,\"*Coal\")+COUNTIF($E1024,\"*Biomass*\"),1),MIN(COUNTIF($E1024,\"*Liquid*\"),1),MIN(COUNTIF($E1024,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1024,\"*Coal\")+COUNTIF($E1024,\"*Biomass*\"),1),MIN(COUNTIF($E1024,\"*Liquid*\"),1),MIN(COUNTIF($E1024,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1024)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1083","v":"S2 Battery - 4h"},{"$f":"'Summary Mapping'!$J1083","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1083","v":"SA"},{"$f":"'Summary Mapping'!$M1083","v":"Battery"},{"$f":"IF('Summary Mapping'!$H1083=\"N/A\",'Summary Mapping'!$G1083,'Summary Mapping'!$H1083)","v":"Riverland"},{"$f":"'Summary Mapping'!$N1083","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1033,\"*Coal\")+COUNTIF($E1033,\"*Biomass*\"),1),MIN(COUNTIF($E1033,\"*Liquid*\"),1),MIN(COUNTIF($E1033,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1033,\"*Coal\")+COUNTIF($E1033,\"*Biomass*\"),1),MIN(COUNTIF($E1033,\"*Liquid*\"),1),MIN(COUNTIF($E1033,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1033,\"*Coal\")+COUNTIF($E1033,\"*Biomass*\"),1),MIN(COUNTIF($E1033,\"*Liquid*\"),1),MIN(COUNTIF($E1033,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1033,\"*Coal\")+COUNTIF($E1033,\"*Biomass*\"),1),MIN(COUNTIF($E1033,\"*Liquid*\"),1),MIN(COUNTIF($E1033,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1033,\"*Coal\")+COUNTIF($E1033,\"*Biomass*\"),1),MIN(COUNTIF($E1033,\"*Liquid*\"),1),MIN(COUNTIF($E1033,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1033,\"*Coal\")+COUNTIF($E1033,\"*Biomass*\"),1),MIN(COUNTIF($E1033,\"*Liquid*\"),1),MIN(COUNTIF($E1033,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1033,\"*Coal\")+COUNTIF($E1033,\"*Biomass*\"),1),MIN(COUNTIF($E1033,\"*Liquid*\"),1),MIN(COUNTIF($E1033,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1033,\"*Coal\")+COUNTIF($E1033,\"*Biomass*\"),1),MIN(COUNTIF($E1033,\"*Liquid*\"),1),MIN(COUNTIF($E1033,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1033,\"*Coal\")+COUNTIF($E1033,\"*Biomass*\"),1),MIN(COUNTIF($E1033,\"*Liquid*\"),1),MIN(COUNTIF($E1033,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1033,\"*Coal\")+COUNTIF($E1033,\"*Biomass*\"),1),MIN(COUNTIF($E1033,\"*Liquid*\"),1),MIN(COUNTIF($E1033,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1033,\"*Coal\")+COUNTIF($E1033,\"*Biomass*\"),1),MIN(COUNTIF($E1033,\"*Liquid*\"),1),MIN(COUNTIF($E1033,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1033,\"*Coal\")+COUNTIF($E1033,\"*Biomass*\"),1),MIN(COUNTIF($E1033,\"*Liquid*\"),1),MIN(COUNTIF($E1033,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1033,\"*Coal\")+COUNTIF($E1033,\"*Biomass*\"),1),MIN(COUNTIF($E1033,\"*Liquid*\"),1),MIN(COUNTIF($E1033,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1033,\"*Coal\")+COUNTIF($E1033,\"*Biomass*\"),1),MIN(COUNTIF($E1033,\"*Liquid*\"),1),MIN(COUNTIF($E1033,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1033,\"*Coal\")+COUNTIF($E1033,\"*Biomass*\"),1),MIN(COUNTIF($E1033,\"*Liquid*\"),1),MIN(COUNTIF($E1033,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1033,\"*Coal\")+COUNTIF($E1033,\"*Biomass*\"),1),MIN(COUNTIF($E1033,\"*Liquid*\"),1),MIN(COUNTIF($E1033,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1033,\"*Coal\")+COUNTIF($E1033,\"*Biomass*\"),1),MIN(COUNTIF($E1033,\"*Liquid*\"),1),MIN(COUNTIF($E1033,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1033,\"*Coal\")+COUNTIF($E1033,\"*Biomass*\"),1),MIN(COUNTIF($E1033,\"*Liquid*\"),1),MIN(COUNTIF($E1033,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1033,\"*Coal\")+COUNTIF($E1033,\"*Biomass*\"),1),MIN(COUNTIF($E1033,\"*Liquid*\"),1),MIN(COUNTIF($E1033,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1033,\"*Coal\")+COUNTIF($E1033,\"*Biomass*\"),1),MIN(COUNTIF($E1033,\"*Liquid*\"),1),MIN(COUNTIF($E1033,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1033,\"*Coal\")+COUNTIF($E1033,\"*Biomass*\"),1),MIN(COUNTIF($E1033,\"*Liquid*\"),1),MIN(COUNTIF($E1033,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1033,\"*Coal\")+COUNTIF($E1033,\"*Biomass*\"),1),MIN(COUNTIF($E1033,\"*Liquid*\"),1),MIN(COUNTIF($E1033,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1033,\"*Coal\")+COUNTIF($E1033,\"*Biomass*\"),1),MIN(COUNTIF($E1033,\"*Liquid*\"),1),MIN(COUNTIF($E1033,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1033,\"*Coal\")+COUNTIF($E1033,\"*Biomass*\"),1),MIN(COUNTIF($E1033,\"*Liquid*\"),1),MIN(COUNTIF($E1033,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1033,\"*Coal\")+COUNTIF($E1033,\"*Biomass*\"),1),MIN(COUNTIF($E1033,\"*Liquid*\"),1),MIN(COUNTIF($E1033,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1033,\"*Coal\")+COUNTIF($E1033,\"*Biomass*\"),1),MIN(COUNTIF($E1033,\"*Liquid*\"),1),MIN(COUNTIF($E1033,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1033,\"*Coal\")+COUNTIF($E1033,\"*Biomass*\"),1),MIN(COUNTIF($E1033,\"*Liquid*\"),1),MIN(COUNTIF($E1033,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1033)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1092","v":"T3 Battery - 4h"},{"$f":"'Summary Mapping'!$J1092","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1092","v":"TAS"},{"$f":"'Summary Mapping'!$M1092","v":"Battery"},{"$f":"IF('Summary Mapping'!$H1092=\"N/A\",'Summary Mapping'!$G1092,'Summary Mapping'!$H1092)","v":"Central Highlands"},{"$f":"'Summary Mapping'!$N1092","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1042,\"*Coal\")+COUNTIF($E1042,\"*Biomass*\"),1),MIN(COUNTIF($E1042,\"*Liquid*\"),1),MIN(COUNTIF($E1042,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1042,\"*Coal\")+COUNTIF($E1042,\"*Biomass*\"),1),MIN(COUNTIF($E1042,\"*Liquid*\"),1),MIN(COUNTIF($E1042,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1042,\"*Coal\")+COUNTIF($E1042,\"*Biomass*\"),1),MIN(COUNTIF($E1042,\"*Liquid*\"),1),MIN(COUNTIF($E1042,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1042,\"*Coal\")+COUNTIF($E1042,\"*Biomass*\"),1),MIN(COUNTIF($E1042,\"*Liquid*\"),1),MIN(COUNTIF($E1042,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1042,\"*Coal\")+COUNTIF($E1042,\"*Biomass*\"),1),MIN(COUNTIF($E1042,\"*Liquid*\"),1),MIN(COUNTIF($E1042,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1042,\"*Coal\")+COUNTIF($E1042,\"*Biomass*\"),1),MIN(COUNTIF($E1042,\"*Liquid*\"),1),MIN(COUNTIF($E1042,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1042,\"*Coal\")+COUNTIF($E1042,\"*Biomass*\"),1),MIN(COUNTIF($E1042,\"*Liquid*\"),1),MIN(COUNTIF($E1042,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1042,\"*Coal\")+COUNTIF($E1042,\"*Biomass*\"),1),MIN(COUNTIF($E1042,\"*Liquid*\"),1),MIN(COUNTIF($E1042,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1042,\"*Coal\")+COUNTIF($E1042,\"*Biomass*\"),1),MIN(COUNTIF($E1042,\"*Liquid*\"),1),MIN(COUNTIF($E1042,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1042,\"*Coal\")+COUNTIF($E1042,\"*Biomass*\"),1),MIN(COUNTIF($E1042,\"*Liquid*\"),1),MIN(COUNTIF($E1042,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1042,\"*Coal\")+COUNTIF($E1042,\"*Biomass*\"),1),MIN(COUNTIF($E1042,\"*Liquid*\"),1),MIN(COUNTIF($E1042,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1042,\"*Coal\")+COUNTIF($E1042,\"*Biomass*\"),1),MIN(COUNTIF($E1042,\"*Liquid*\"),1),MIN(COUNTIF($E1042,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1042,\"*Coal\")+COUNTIF($E1042,\"*Biomass*\"),1),MIN(COUNTIF($E1042,\"*Liquid*\"),1),MIN(COUNTIF($E1042,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1042,\"*Coal\")+COUNTIF($E1042,\"*Biomass*\"),1),MIN(COUNTIF($E1042,\"*Liquid*\"),1),MIN(COUNTIF($E1042,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1042,\"*Coal\")+COUNTIF($E1042,\"*Biomass*\"),1),MIN(COUNTIF($E1042,\"*Liquid*\"),1),MIN(COUNTIF($E1042,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1042,\"*Coal\")+COUNTIF($E1042,\"*Biomass*\"),1),MIN(COUNTIF($E1042,\"*Liquid*\"),1),MIN(COUNTIF($E1042,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1042,\"*Coal\")+COUNTIF($E1042,\"*Biomass*\"),1),MIN(COUNTIF($E1042,\"*Liquid*\"),1),MIN(COUNTIF($E1042,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1042,\"*Coal\")+COUNTIF($E1042,\"*Biomass*\"),1),MIN(COUNTIF($E1042,\"*Liquid*\"),1),MIN(COUNTIF($E1042,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1042,\"*Coal\")+COUNTIF($E1042,\"*Biomass*\"),1),MIN(COUNTIF($E1042,\"*Liquid*\"),1),MIN(COUNTIF($E1042,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1042,\"*Coal\")+COUNTIF($E1042,\"*Biomass*\"),1),MIN(COUNTIF($E1042,\"*Liquid*\"),1),MIN(COUNTIF($E1042,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1042,\"*Coal\")+COUNTIF($E1042,\"*Biomass*\"),1),MIN(COUNTIF($E1042,\"*Liquid*\"),1),MIN(COUNTIF($E1042,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1042,\"*Coal\")+COUNTIF($E1042,\"*Biomass*\"),1),MIN(COUNTIF($E1042,\"*Liquid*\"),1),MIN(COUNTIF($E1042,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1042,\"*Coal\")+COUNTIF($E1042,\"*Biomass*\"),1),MIN(COUNTIF($E1042,\"*Liquid*\"),1),MIN(COUNTIF($E1042,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1042,\"*Coal\")+COUNTIF($E1042,\"*Biomass*\"),1),MIN(COUNTIF($E1042,\"*Liquid*\"),1),MIN(COUNTIF($E1042,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1042,\"*Coal\")+COUNTIF($E1042,\"*Biomass*\"),1),MIN(COUNTIF($E1042,\"*Liquid*\"),1),MIN(COUNTIF($E1042,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1042,\"*Coal\")+COUNTIF($E1042,\"*Biomass*\"),1),MIN(COUNTIF($E1042,\"*Liquid*\"),1),MIN(COUNTIF($E1042,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1042,\"*Coal\")+COUNTIF($E1042,\"*Biomass*\"),1),MIN(COUNTIF($E1042,\"*Liquid*\"),1),MIN(COUNTIF($E1042,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1042)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1101","v":"MEL Battery - 8h"},{"$f":"'Summary Mapping'!$J1101","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1101","v":"VIC"},{"$f":"'Summary Mapping'!$M1101","v":"Battery"},{"$f":"IF('Summary Mapping'!$H1101=\"N/A\",'Summary Mapping'!$G1101,'Summary Mapping'!$H1101)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N1101","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1051,\"*Coal\")+COUNTIF($E1051,\"*Biomass*\"),1),MIN(COUNTIF($E1051,\"*Liquid*\"),1),MIN(COUNTIF($E1051,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1051,\"*Coal\")+COUNTIF($E1051,\"*Biomass*\"),1),MIN(COUNTIF($E1051,\"*Liquid*\"),1),MIN(COUNTIF($E1051,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1051,\"*Coal\")+COUNTIF($E1051,\"*Biomass*\"),1),MIN(COUNTIF($E1051,\"*Liquid*\"),1),MIN(COUNTIF($E1051,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1051,\"*Coal\")+COUNTIF($E1051,\"*Biomass*\"),1),MIN(COUNTIF($E1051,\"*Liquid*\"),1),MIN(COUNTIF($E1051,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1051,\"*Coal\")+COUNTIF($E1051,\"*Biomass*\"),1),MIN(COUNTIF($E1051,\"*Liquid*\"),1),MIN(COUNTIF($E1051,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1051,\"*Coal\")+COUNTIF($E1051,\"*Biomass*\"),1),MIN(COUNTIF($E1051,\"*Liquid*\"),1),MIN(COUNTIF($E1051,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1051,\"*Coal\")+COUNTIF($E1051,\"*Biomass*\"),1),MIN(COUNTIF($E1051,\"*Liquid*\"),1),MIN(COUNTIF($E1051,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1051,\"*Coal\")+COUNTIF($E1051,\"*Biomass*\"),1),MIN(COUNTIF($E1051,\"*Liquid*\"),1),MIN(COUNTIF($E1051,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1051,\"*Coal\")+COUNTIF($E1051,\"*Biomass*\"),1),MIN(COUNTIF($E1051,\"*Liquid*\"),1),MIN(COUNTIF($E1051,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1051,\"*Coal\")+COUNTIF($E1051,\"*Biomass*\"),1),MIN(COUNTIF($E1051,\"*Liquid*\"),1),MIN(COUNTIF($E1051,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1051,\"*Coal\")+COUNTIF($E1051,\"*Biomass*\"),1),MIN(COUNTIF($E1051,\"*Liquid*\"),1),MIN(COUNTIF($E1051,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1051,\"*Coal\")+COUNTIF($E1051,\"*Biomass*\"),1),MIN(COUNTIF($E1051,\"*Liquid*\"),1),MIN(COUNTIF($E1051,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1051,\"*Coal\")+COUNTIF($E1051,\"*Biomass*\"),1),MIN(COUNTIF($E1051,\"*Liquid*\"),1),MIN(COUNTIF($E1051,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1051,\"*Coal\")+COUNTIF($E1051,\"*Biomass*\"),1),MIN(COUNTIF($E1051,\"*Liquid*\"),1),MIN(COUNTIF($E1051,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1051,\"*Coal\")+COUNTIF($E1051,\"*Biomass*\"),1),MIN(COUNTIF($E1051,\"*Liquid*\"),1),MIN(COUNTIF($E1051,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1051,\"*Coal\")+COUNTIF($E1051,\"*Biomass*\"),1),MIN(COUNTIF($E1051,\"*Liquid*\"),1),MIN(COUNTIF($E1051,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1051,\"*Coal\")+COUNTIF($E1051,\"*Biomass*\"),1),MIN(COUNTIF($E1051,\"*Liquid*\"),1),MIN(COUNTIF($E1051,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1051,\"*Coal\")+COUNTIF($E1051,\"*Biomass*\"),1),MIN(COUNTIF($E1051,\"*Liquid*\"),1),MIN(COUNTIF($E1051,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1051,\"*Coal\")+COUNTIF($E1051,\"*Biomass*\"),1),MIN(COUNTIF($E1051,\"*Liquid*\"),1),MIN(COUNTIF($E1051,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1051,\"*Coal\")+COUNTIF($E1051,\"*Biomass*\"),1),MIN(COUNTIF($E1051,\"*Liquid*\"),1),MIN(COUNTIF($E1051,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1051,\"*Coal\")+COUNTIF($E1051,\"*Biomass*\"),1),MIN(COUNTIF($E1051,\"*Liquid*\"),1),MIN(COUNTIF($E1051,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1051,\"*Coal\")+COUNTIF($E1051,\"*Biomass*\"),1),MIN(COUNTIF($E1051,\"*Liquid*\"),1),MIN(COUNTIF($E1051,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1051,\"*Coal\")+COUNTIF($E1051,\"*Biomass*\"),1),MIN(COUNTIF($E1051,\"*Liquid*\"),1),MIN(COUNTIF($E1051,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1051,\"*Coal\")+COUNTIF($E1051,\"*Biomass*\"),1),MIN(COUNTIF($E1051,\"*Liquid*\"),1),MIN(COUNTIF($E1051,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1051,\"*Coal\")+COUNTIF($E1051,\"*Biomass*\"),1),MIN(COUNTIF($E1051,\"*Liquid*\"),1),MIN(COUNTIF($E1051,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1051,\"*Coal\")+COUNTIF($E1051,\"*Biomass*\"),1),MIN(COUNTIF($E1051,\"*Liquid*\"),1),MIN(COUNTIF($E1051,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1051,\"*Coal\")+COUNTIF($E1051,\"*Biomass*\"),1),MIN(COUNTIF($E1051,\"*Liquid*\"),1),MIN(COUNTIF($E1051,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1051)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1108","v":"Q1 Battery - 8h"},{"$f":"'Summary Mapping'!$J1108","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1108","v":"QLD"},{"$f":"'Summary Mapping'!$M1108","v":"Battery"},{"$f":"IF('Summary Mapping'!$H1108=\"N/A\",'Summary Mapping'!$G1108,'Summary Mapping'!$H1108)","v":"Far North QLD"},{"$f":"'Summary Mapping'!$N1108","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1058,\"*Coal\")+COUNTIF($E1058,\"*Biomass*\"),1),MIN(COUNTIF($E1058,\"*Liquid*\"),1),MIN(COUNTIF($E1058,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1058,\"*Coal\")+COUNTIF($E1058,\"*Biomass*\"),1),MIN(COUNTIF($E1058,\"*Liquid*\"),1),MIN(COUNTIF($E1058,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1058,\"*Coal\")+COUNTIF($E1058,\"*Biomass*\"),1),MIN(COUNTIF($E1058,\"*Liquid*\"),1),MIN(COUNTIF($E1058,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1058,\"*Coal\")+COUNTIF($E1058,\"*Biomass*\"),1),MIN(COUNTIF($E1058,\"*Liquid*\"),1),MIN(COUNTIF($E1058,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1058,\"*Coal\")+COUNTIF($E1058,\"*Biomass*\"),1),MIN(COUNTIF($E1058,\"*Liquid*\"),1),MIN(COUNTIF($E1058,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1058,\"*Coal\")+COUNTIF($E1058,\"*Biomass*\"),1),MIN(COUNTIF($E1058,\"*Liquid*\"),1),MIN(COUNTIF($E1058,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1058,\"*Coal\")+COUNTIF($E1058,\"*Biomass*\"),1),MIN(COUNTIF($E1058,\"*Liquid*\"),1),MIN(COUNTIF($E1058,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1058,\"*Coal\")+COUNTIF($E1058,\"*Biomass*\"),1),MIN(COUNTIF($E1058,\"*Liquid*\"),1),MIN(COUNTIF($E1058,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1058,\"*Coal\")+COUNTIF($E1058,\"*Biomass*\"),1),MIN(COUNTIF($E1058,\"*Liquid*\"),1),MIN(COUNTIF($E1058,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1058,\"*Coal\")+COUNTIF($E1058,\"*Biomass*\"),1),MIN(COUNTIF($E1058,\"*Liquid*\"),1),MIN(COUNTIF($E1058,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1058,\"*Coal\")+COUNTIF($E1058,\"*Biomass*\"),1),MIN(COUNTIF($E1058,\"*Liquid*\"),1),MIN(COUNTIF($E1058,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1058,\"*Coal\")+COUNTIF($E1058,\"*Biomass*\"),1),MIN(COUNTIF($E1058,\"*Liquid*\"),1),MIN(COUNTIF($E1058,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1058,\"*Coal\")+COUNTIF($E1058,\"*Biomass*\"),1),MIN(COUNTIF($E1058,\"*Liquid*\"),1),MIN(COUNTIF($E1058,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1058,\"*Coal\")+COUNTIF($E1058,\"*Biomass*\"),1),MIN(COUNTIF($E1058,\"*Liquid*\"),1),MIN(COUNTIF($E1058,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1058,\"*Coal\")+COUNTIF($E1058,\"*Biomass*\"),1),MIN(COUNTIF($E1058,\"*Liquid*\"),1),MIN(COUNTIF($E1058,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1058,\"*Coal\")+COUNTIF($E1058,\"*Biomass*\"),1),MIN(COUNTIF($E1058,\"*Liquid*\"),1),MIN(COUNTIF($E1058,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1058,\"*Coal\")+COUNTIF($E1058,\"*Biomass*\"),1),MIN(COUNTIF($E1058,\"*Liquid*\"),1),MIN(COUNTIF($E1058,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1058,\"*Coal\")+COUNTIF($E1058,\"*Biomass*\"),1),MIN(COUNTIF($E1058,\"*Liquid*\"),1),MIN(COUNTIF($E1058,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1058,\"*Coal\")+COUNTIF($E1058,\"*Biomass*\"),1),MIN(COUNTIF($E1058,\"*Liquid*\"),1),MIN(COUNTIF($E1058,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1058,\"*Coal\")+COUNTIF($E1058,\"*Biomass*\"),1),MIN(COUNTIF($E1058,\"*Liquid*\"),1),MIN(COUNTIF($E1058,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1058,\"*Coal\")+COUNTIF($E1058,\"*Biomass*\"),1),MIN(COUNTIF($E1058,\"*Liquid*\"),1),MIN(COUNTIF($E1058,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1058,\"*Coal\")+COUNTIF($E1058,\"*Biomass*\"),1),MIN(COUNTIF($E1058,\"*Liquid*\"),1),MIN(COUNTIF($E1058,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1058,\"*Coal\")+COUNTIF($E1058,\"*Biomass*\"),1),MIN(COUNTIF($E1058,\"*Liquid*\"),1),MIN(COUNTIF($E1058,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1058,\"*Coal\")+COUNTIF($E1058,\"*Biomass*\"),1),MIN(COUNTIF($E1058,\"*Liquid*\"),1),MIN(COUNTIF($E1058,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1058,\"*Coal\")+COUNTIF($E1058,\"*Biomass*\"),1),MIN(COUNTIF($E1058,\"*Liquid*\"),1),MIN(COUNTIF($E1058,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1058,\"*Coal\")+COUNTIF($E1058,\"*Biomass*\"),1),MIN(COUNTIF($E1058,\"*Liquid*\"),1),MIN(COUNTIF($E1058,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1058,\"*Coal\")+COUNTIF($E1058,\"*Biomass*\"),1),MIN(COUNTIF($E1058,\"*Liquid*\"),1),MIN(COUNTIF($E1058,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1058)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1110","v":"Q3 Battery - 8h"},{"$f":"'Summary Mapping'!$J1110","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1110","v":"QLD"},{"$f":"'Summary Mapping'!$M1110","v":"Battery"},{"$f":"IF('Summary Mapping'!$H1110=\"N/A\",'Summary Mapping'!$G1110,'Summary Mapping'!$H1110)","v":"Northern Qld"},{"$f":"'Summary Mapping'!$N1110","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1060,\"*Coal\")+COUNTIF($E1060,\"*Biomass*\"),1),MIN(COUNTIF($E1060,\"*Liquid*\"),1),MIN(COUNTIF($E1060,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1060,\"*Coal\")+COUNTIF($E1060,\"*Biomass*\"),1),MIN(COUNTIF($E1060,\"*Liquid*\"),1),MIN(COUNTIF($E1060,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1060,\"*Coal\")+COUNTIF($E1060,\"*Biomass*\"),1),MIN(COUNTIF($E1060,\"*Liquid*\"),1),MIN(COUNTIF($E1060,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1060,\"*Coal\")+COUNTIF($E1060,\"*Biomass*\"),1),MIN(COUNTIF($E1060,\"*Liquid*\"),1),MIN(COUNTIF($E1060,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1060,\"*Coal\")+COUNTIF($E1060,\"*Biomass*\"),1),MIN(COUNTIF($E1060,\"*Liquid*\"),1),MIN(COUNTIF($E1060,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1060,\"*Coal\")+COUNTIF($E1060,\"*Biomass*\"),1),MIN(COUNTIF($E1060,\"*Liquid*\"),1),MIN(COUNTIF($E1060,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1060,\"*Coal\")+COUNTIF($E1060,\"*Biomass*\"),1),MIN(COUNTIF($E1060,\"*Liquid*\"),1),MIN(COUNTIF($E1060,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1060,\"*Coal\")+COUNTIF($E1060,\"*Biomass*\"),1),MIN(COUNTIF($E1060,\"*Liquid*\"),1),MIN(COUNTIF($E1060,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1060,\"*Coal\")+COUNTIF($E1060,\"*Biomass*\"),1),MIN(COUNTIF($E1060,\"*Liquid*\"),1),MIN(COUNTIF($E1060,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1060,\"*Coal\")+COUNTIF($E1060,\"*Biomass*\"),1),MIN(COUNTIF($E1060,\"*Liquid*\"),1),MIN(COUNTIF($E1060,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1060,\"*Coal\")+COUNTIF($E1060,\"*Biomass*\"),1),MIN(COUNTIF($E1060,\"*Liquid*\"),1),MIN(COUNTIF($E1060,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1060,\"*Coal\")+COUNTIF($E1060,\"*Biomass*\"),1),MIN(COUNTIF($E1060,\"*Liquid*\"),1),MIN(COUNTIF($E1060,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1060,\"*Coal\")+COUNTIF($E1060,\"*Biomass*\"),1),MIN(COUNTIF($E1060,\"*Liquid*\"),1),MIN(COUNTIF($E1060,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1060,\"*Coal\")+COUNTIF($E1060,\"*Biomass*\"),1),MIN(COUNTIF($E1060,\"*Liquid*\"),1),MIN(COUNTIF($E1060,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1060,\"*Coal\")+COUNTIF($E1060,\"*Biomass*\"),1),MIN(COUNTIF($E1060,\"*Liquid*\"),1),MIN(COUNTIF($E1060,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1060,\"*Coal\")+COUNTIF($E1060,\"*Biomass*\"),1),MIN(COUNTIF($E1060,\"*Liquid*\"),1),MIN(COUNTIF($E1060,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1060,\"*Coal\")+COUNTIF($E1060,\"*Biomass*\"),1),MIN(COUNTIF($E1060,\"*Liquid*\"),1),MIN(COUNTIF($E1060,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1060,\"*Coal\")+COUNTIF($E1060,\"*Biomass*\"),1),MIN(COUNTIF($E1060,\"*Liquid*\"),1),MIN(COUNTIF($E1060,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1060,\"*Coal\")+COUNTIF($E1060,\"*Biomass*\"),1),MIN(COUNTIF($E1060,\"*Liquid*\"),1),MIN(COUNTIF($E1060,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1060,\"*Coal\")+COUNTIF($E1060,\"*Biomass*\"),1),MIN(COUNTIF($E1060,\"*Liquid*\"),1),MIN(COUNTIF($E1060,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1060,\"*Coal\")+COUNTIF($E1060,\"*Biomass*\"),1),MIN(COUNTIF($E1060,\"*Liquid*\"),1),MIN(COUNTIF($E1060,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1060,\"*Coal\")+COUNTIF($E1060,\"*Biomass*\"),1),MIN(COUNTIF($E1060,\"*Liquid*\"),1),MIN(COUNTIF($E1060,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1060,\"*Coal\")+COUNTIF($E1060,\"*Biomass*\"),1),MIN(COUNTIF($E1060,\"*Liquid*\"),1),MIN(COUNTIF($E1060,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1060,\"*Coal\")+COUNTIF($E1060,\"*Biomass*\"),1),MIN(COUNTIF($E1060,\"*Liquid*\"),1),MIN(COUNTIF($E1060,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1060,\"*Coal\")+COUNTIF($E1060,\"*Biomass*\"),1),MIN(COUNTIF($E1060,\"*Liquid*\"),1),MIN(COUNTIF($E1060,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1060,\"*Coal\")+COUNTIF($E1060,\"*Biomass*\"),1),MIN(COUNTIF($E1060,\"*Liquid*\"),1),MIN(COUNTIF($E1060,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1060,\"*Coal\")+COUNTIF($E1060,\"*Biomass*\"),1),MIN(COUNTIF($E1060,\"*Liquid*\"),1),MIN(COUNTIF($E1060,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1060)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1119","v":"N2 Battery - 8h"},{"$f":"'Summary Mapping'!$J1119","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1119","v":"NSW"},{"$f":"'Summary Mapping'!$M1119","v":"Battery"},{"$f":"IF('Summary Mapping'!$H1119=\"N/A\",'Summary Mapping'!$G1119,'Summary Mapping'!$H1119)","v":"New England"},{"$f":"'Summary Mapping'!$N1119","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1069,\"*Coal\")+COUNTIF($E1069,\"*Biomass*\"),1),MIN(COUNTIF($E1069,\"*Liquid*\"),1),MIN(COUNTIF($E1069,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1069,\"*Coal\")+COUNTIF($E1069,\"*Biomass*\"),1),MIN(COUNTIF($E1069,\"*Liquid*\"),1),MIN(COUNTIF($E1069,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1069,\"*Coal\")+COUNTIF($E1069,\"*Biomass*\"),1),MIN(COUNTIF($E1069,\"*Liquid*\"),1),MIN(COUNTIF($E1069,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1069,\"*Coal\")+COUNTIF($E1069,\"*Biomass*\"),1),MIN(COUNTIF($E1069,\"*Liquid*\"),1),MIN(COUNTIF($E1069,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1069,\"*Coal\")+COUNTIF($E1069,\"*Biomass*\"),1),MIN(COUNTIF($E1069,\"*Liquid*\"),1),MIN(COUNTIF($E1069,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1069,\"*Coal\")+COUNTIF($E1069,\"*Biomass*\"),1),MIN(COUNTIF($E1069,\"*Liquid*\"),1),MIN(COUNTIF($E1069,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1069,\"*Coal\")+COUNTIF($E1069,\"*Biomass*\"),1),MIN(COUNTIF($E1069,\"*Liquid*\"),1),MIN(COUNTIF($E1069,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1069,\"*Coal\")+COUNTIF($E1069,\"*Biomass*\"),1),MIN(COUNTIF($E1069,\"*Liquid*\"),1),MIN(COUNTIF($E1069,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1069,\"*Coal\")+COUNTIF($E1069,\"*Biomass*\"),1),MIN(COUNTIF($E1069,\"*Liquid*\"),1),MIN(COUNTIF($E1069,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1069,\"*Coal\")+COUNTIF($E1069,\"*Biomass*\"),1),MIN(COUNTIF($E1069,\"*Liquid*\"),1),MIN(COUNTIF($E1069,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1069,\"*Coal\")+COUNTIF($E1069,\"*Biomass*\"),1),MIN(COUNTIF($E1069,\"*Liquid*\"),1),MIN(COUNTIF($E1069,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1069,\"*Coal\")+COUNTIF($E1069,\"*Biomass*\"),1),MIN(COUNTIF($E1069,\"*Liquid*\"),1),MIN(COUNTIF($E1069,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1069,\"*Coal\")+COUNTIF($E1069,\"*Biomass*\"),1),MIN(COUNTIF($E1069,\"*Liquid*\"),1),MIN(COUNTIF($E1069,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1069,\"*Coal\")+COUNTIF($E1069,\"*Biomass*\"),1),MIN(COUNTIF($E1069,\"*Liquid*\"),1),MIN(COUNTIF($E1069,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1069,\"*Coal\")+COUNTIF($E1069,\"*Biomass*\"),1),MIN(COUNTIF($E1069,\"*Liquid*\"),1),MIN(COUNTIF($E1069,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1069,\"*Coal\")+COUNTIF($E1069,\"*Biomass*\"),1),MIN(COUNTIF($E1069,\"*Liquid*\"),1),MIN(COUNTIF($E1069,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1069,\"*Coal\")+COUNTIF($E1069,\"*Biomass*\"),1),MIN(COUNTIF($E1069,\"*Liquid*\"),1),MIN(COUNTIF($E1069,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1069,\"*Coal\")+COUNTIF($E1069,\"*Biomass*\"),1),MIN(COUNTIF($E1069,\"*Liquid*\"),1),MIN(COUNTIF($E1069,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1069,\"*Coal\")+COUNTIF($E1069,\"*Biomass*\"),1),MIN(COUNTIF($E1069,\"*Liquid*\"),1),MIN(COUNTIF($E1069,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1069,\"*Coal\")+COUNTIF($E1069,\"*Biomass*\"),1),MIN(COUNTIF($E1069,\"*Liquid*\"),1),MIN(COUNTIF($E1069,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1069,\"*Coal\")+COUNTIF($E1069,\"*Biomass*\"),1),MIN(COUNTIF($E1069,\"*Liquid*\"),1),MIN(COUNTIF($E1069,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1069,\"*Coal\")+COUNTIF($E1069,\"*Biomass*\"),1),MIN(COUNTIF($E1069,\"*Liquid*\"),1),MIN(COUNTIF($E1069,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1069,\"*Coal\")+COUNTIF($E1069,\"*Biomass*\"),1),MIN(COUNTIF($E1069,\"*Liquid*\"),1),MIN(COUNTIF($E1069,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1069,\"*Coal\")+COUNTIF($E1069,\"*Biomass*\"),1),MIN(COUNTIF($E1069,\"*Liquid*\"),1),MIN(COUNTIF($E1069,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1069,\"*Coal\")+COUNTIF($E1069,\"*Biomass*\"),1),MIN(COUNTIF($E1069,\"*Liquid*\"),1),MIN(COUNTIF($E1069,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1069,\"*Coal\")+COUNTIF($E1069,\"*Biomass*\"),1),MIN(COUNTIF($E1069,\"*Liquid*\"),1),MIN(COUNTIF($E1069,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1069,\"*Coal\")+COUNTIF($E1069,\"*Biomass*\"),1),MIN(COUNTIF($E1069,\"*Liquid*\"),1),MIN(COUNTIF($E1069,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1069)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1128","v":"N13 Battery - 8h"},{"$f":"'Summary Mapping'!$J1128","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1128","v":"NSW"},{"$f":"'Summary Mapping'!$M1128","v":"Battery"},{"$f":"IF('Summary Mapping'!$H1128=\"N/A\",'Summary Mapping'!$G1128,'Summary Mapping'!$H1128)","v":"South Cobar"},{"$f":"'Summary Mapping'!$N1128","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1078,\"*Coal\")+COUNTIF($E1078,\"*Biomass*\"),1),MIN(COUNTIF($E1078,\"*Liquid*\"),1),MIN(COUNTIF($E1078,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1078,\"*Coal\")+COUNTIF($E1078,\"*Biomass*\"),1),MIN(COUNTIF($E1078,\"*Liquid*\"),1),MIN(COUNTIF($E1078,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1078,\"*Coal\")+COUNTIF($E1078,\"*Biomass*\"),1),MIN(COUNTIF($E1078,\"*Liquid*\"),1),MIN(COUNTIF($E1078,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1078,\"*Coal\")+COUNTIF($E1078,\"*Biomass*\"),1),MIN(COUNTIF($E1078,\"*Liquid*\"),1),MIN(COUNTIF($E1078,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1078,\"*Coal\")+COUNTIF($E1078,\"*Biomass*\"),1),MIN(COUNTIF($E1078,\"*Liquid*\"),1),MIN(COUNTIF($E1078,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1078,\"*Coal\")+COUNTIF($E1078,\"*Biomass*\"),1),MIN(COUNTIF($E1078,\"*Liquid*\"),1),MIN(COUNTIF($E1078,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1078,\"*Coal\")+COUNTIF($E1078,\"*Biomass*\"),1),MIN(COUNTIF($E1078,\"*Liquid*\"),1),MIN(COUNTIF($E1078,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1078,\"*Coal\")+COUNTIF($E1078,\"*Biomass*\"),1),MIN(COUNTIF($E1078,\"*Liquid*\"),1),MIN(COUNTIF($E1078,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1078,\"*Coal\")+COUNTIF($E1078,\"*Biomass*\"),1),MIN(COUNTIF($E1078,\"*Liquid*\"),1),MIN(COUNTIF($E1078,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1078,\"*Coal\")+COUNTIF($E1078,\"*Biomass*\"),1),MIN(COUNTIF($E1078,\"*Liquid*\"),1),MIN(COUNTIF($E1078,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1078,\"*Coal\")+COUNTIF($E1078,\"*Biomass*\"),1),MIN(COUNTIF($E1078,\"*Liquid*\"),1),MIN(COUNTIF($E1078,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1078,\"*Coal\")+COUNTIF($E1078,\"*Biomass*\"),1),MIN(COUNTIF($E1078,\"*Liquid*\"),1),MIN(COUNTIF($E1078,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1078,\"*Coal\")+COUNTIF($E1078,\"*Biomass*\"),1),MIN(COUNTIF($E1078,\"*Liquid*\"),1),MIN(COUNTIF($E1078,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1078,\"*Coal\")+COUNTIF($E1078,\"*Biomass*\"),1),MIN(COUNTIF($E1078,\"*Liquid*\"),1),MIN(COUNTIF($E1078,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1078,\"*Coal\")+COUNTIF($E1078,\"*Biomass*\"),1),MIN(COUNTIF($E1078,\"*Liquid*\"),1),MIN(COUNTIF($E1078,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1078,\"*Coal\")+COUNTIF($E1078,\"*Biomass*\"),1),MIN(COUNTIF($E1078,\"*Liquid*\"),1),MIN(COUNTIF($E1078,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1078,\"*Coal\")+COUNTIF($E1078,\"*Biomass*\"),1),MIN(COUNTIF($E1078,\"*Liquid*\"),1),MIN(COUNTIF($E1078,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1078,\"*Coal\")+COUNTIF($E1078,\"*Biomass*\"),1),MIN(COUNTIF($E1078,\"*Liquid*\"),1),MIN(COUNTIF($E1078,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1078,\"*Coal\")+COUNTIF($E1078,\"*Biomass*\"),1),MIN(COUNTIF($E1078,\"*Liquid*\"),1),MIN(COUNTIF($E1078,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1078,\"*Coal\")+COUNTIF($E1078,\"*Biomass*\"),1),MIN(COUNTIF($E1078,\"*Liquid*\"),1),MIN(COUNTIF($E1078,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1078,\"*Coal\")+COUNTIF($E1078,\"*Biomass*\"),1),MIN(COUNTIF($E1078,\"*Liquid*\"),1),MIN(COUNTIF($E1078,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1078,\"*Coal\")+COUNTIF($E1078,\"*Biomass*\"),1),MIN(COUNTIF($E1078,\"*Liquid*\"),1),MIN(COUNTIF($E1078,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1078,\"*Coal\")+COUNTIF($E1078,\"*Biomass*\"),1),MIN(COUNTIF($E1078,\"*Liquid*\"),1),MIN(COUNTIF($E1078,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1078,\"*Coal\")+COUNTIF($E1078,\"*Biomass*\"),1),MIN(COUNTIF($E1078,\"*Liquid*\"),1),MIN(COUNTIF($E1078,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1078,\"*Coal\")+COUNTIF($E1078,\"*Biomass*\"),1),MIN(COUNTIF($E1078,\"*Liquid*\"),1),MIN(COUNTIF($E1078,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1078,\"*Coal\")+COUNTIF($E1078,\"*Biomass*\"),1),MIN(COUNTIF($E1078,\"*Liquid*\"),1),MIN(COUNTIF($E1078,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1078,\"*Coal\")+COUNTIF($E1078,\"*Biomass*\"),1),MIN(COUNTIF($E1078,\"*Liquid*\"),1),MIN(COUNTIF($E1078,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1078)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1137","v":"T1 Battery - 8h"},{"$f":"'Summary Mapping'!$J1137","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1137","v":"TAS"},{"$f":"'Summary Mapping'!$M1137","v":"Battery"},{"$f":"IF('Summary Mapping'!$H1137=\"N/A\",'Summary Mapping'!$G1137,'Summary Mapping'!$H1137)","v":"North East Tasmania"},{"$f":"'Summary Mapping'!$N1137","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1087,\"*Coal\")+COUNTIF($E1087,\"*Biomass*\"),1),MIN(COUNTIF($E1087,\"*Liquid*\"),1),MIN(COUNTIF($E1087,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1087,\"*Coal\")+COUNTIF($E1087,\"*Biomass*\"),1),MIN(COUNTIF($E1087,\"*Liquid*\"),1),MIN(COUNTIF($E1087,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1087,\"*Coal\")+COUNTIF($E1087,\"*Biomass*\"),1),MIN(COUNTIF($E1087,\"*Liquid*\"),1),MIN(COUNTIF($E1087,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1087,\"*Coal\")+COUNTIF($E1087,\"*Biomass*\"),1),MIN(COUNTIF($E1087,\"*Liquid*\"),1),MIN(COUNTIF($E1087,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1087,\"*Coal\")+COUNTIF($E1087,\"*Biomass*\"),1),MIN(COUNTIF($E1087,\"*Liquid*\"),1),MIN(COUNTIF($E1087,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1087,\"*Coal\")+COUNTIF($E1087,\"*Biomass*\"),1),MIN(COUNTIF($E1087,\"*Liquid*\"),1),MIN(COUNTIF($E1087,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1087,\"*Coal\")+COUNTIF($E1087,\"*Biomass*\"),1),MIN(COUNTIF($E1087,\"*Liquid*\"),1),MIN(COUNTIF($E1087,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1087,\"*Coal\")+COUNTIF($E1087,\"*Biomass*\"),1),MIN(COUNTIF($E1087,\"*Liquid*\"),1),MIN(COUNTIF($E1087,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1087,\"*Coal\")+COUNTIF($E1087,\"*Biomass*\"),1),MIN(COUNTIF($E1087,\"*Liquid*\"),1),MIN(COUNTIF($E1087,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1087,\"*Coal\")+COUNTIF($E1087,\"*Biomass*\"),1),MIN(COUNTIF($E1087,\"*Liquid*\"),1),MIN(COUNTIF($E1087,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1087,\"*Coal\")+COUNTIF($E1087,\"*Biomass*\"),1),MIN(COUNTIF($E1087,\"*Liquid*\"),1),MIN(COUNTIF($E1087,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1087,\"*Coal\")+COUNTIF($E1087,\"*Biomass*\"),1),MIN(COUNTIF($E1087,\"*Liquid*\"),1),MIN(COUNTIF($E1087,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1087,\"*Coal\")+COUNTIF($E1087,\"*Biomass*\"),1),MIN(COUNTIF($E1087,\"*Liquid*\"),1),MIN(COUNTIF($E1087,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1087,\"*Coal\")+COUNTIF($E1087,\"*Biomass*\"),1),MIN(COUNTIF($E1087,\"*Liquid*\"),1),MIN(COUNTIF($E1087,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1087,\"*Coal\")+COUNTIF($E1087,\"*Biomass*\"),1),MIN(COUNTIF($E1087,\"*Liquid*\"),1),MIN(COUNTIF($E1087,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1087,\"*Coal\")+COUNTIF($E1087,\"*Biomass*\"),1),MIN(COUNTIF($E1087,\"*Liquid*\"),1),MIN(COUNTIF($E1087,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1087,\"*Coal\")+COUNTIF($E1087,\"*Biomass*\"),1),MIN(COUNTIF($E1087,\"*Liquid*\"),1),MIN(COUNTIF($E1087,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1087,\"*Coal\")+COUNTIF($E1087,\"*Biomass*\"),1),MIN(COUNTIF($E1087,\"*Liquid*\"),1),MIN(COUNTIF($E1087,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1087,\"*Coal\")+COUNTIF($E1087,\"*Biomass*\"),1),MIN(COUNTIF($E1087,\"*Liquid*\"),1),MIN(COUNTIF($E1087,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1087,\"*Coal\")+COUNTIF($E1087,\"*Biomass*\"),1),MIN(COUNTIF($E1087,\"*Liquid*\"),1),MIN(COUNTIF($E1087,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1087,\"*Coal\")+COUNTIF($E1087,\"*Biomass*\"),1),MIN(COUNTIF($E1087,\"*Liquid*\"),1),MIN(COUNTIF($E1087,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1087,\"*Coal\")+COUNTIF($E1087,\"*Biomass*\"),1),MIN(COUNTIF($E1087,\"*Liquid*\"),1),MIN(COUNTIF($E1087,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1087,\"*Coal\")+COUNTIF($E1087,\"*Biomass*\"),1),MIN(COUNTIF($E1087,\"*Liquid*\"),1),MIN(COUNTIF($E1087,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1087,\"*Coal\")+COUNTIF($E1087,\"*Biomass*\"),1),MIN(COUNTIF($E1087,\"*Liquid*\"),1),MIN(COUNTIF($E1087,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1087,\"*Coal\")+COUNTIF($E1087,\"*Biomass*\"),1),MIN(COUNTIF($E1087,\"*Liquid*\"),1),MIN(COUNTIF($E1087,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1087,\"*Coal\")+COUNTIF($E1087,\"*Biomass*\"),1),MIN(COUNTIF($E1087,\"*Liquid*\"),1),MIN(COUNTIF($E1087,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1087,\"*Coal\")+COUNTIF($E1087,\"*Biomass*\"),1),MIN(COUNTIF($E1087,\"*Liquid*\"),1),MIN(COUNTIF($E1087,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1087)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1146","v":"SNSW Pumped Hydro - 10h"},{"$f":"'Summary Mapping'!$J1146","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1146","v":"NSW"},{"$f":"'Summary Mapping'!$M1146","v":"Water"},{"$f":"IF('Summary Mapping'!$H1146=\"N/A\",'Summary Mapping'!$G1146,'Summary Mapping'!$H1146)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N1146","v":"Hydro"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1096,\"*Coal\")+COUNTIF($E1096,\"*Biomass*\"),1),MIN(COUNTIF($E1096,\"*Liquid*\"),1),MIN(COUNTIF($E1096,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1096,\"*Coal\")+COUNTIF($E1096,\"*Biomass*\"),1),MIN(COUNTIF($E1096,\"*Liquid*\"),1),MIN(COUNTIF($E1096,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1096,\"*Coal\")+COUNTIF($E1096,\"*Biomass*\"),1),MIN(COUNTIF($E1096,\"*Liquid*\"),1),MIN(COUNTIF($E1096,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1096,\"*Coal\")+COUNTIF($E1096,\"*Biomass*\"),1),MIN(COUNTIF($E1096,\"*Liquid*\"),1),MIN(COUNTIF($E1096,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1096,\"*Coal\")+COUNTIF($E1096,\"*Biomass*\"),1),MIN(COUNTIF($E1096,\"*Liquid*\"),1),MIN(COUNTIF($E1096,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1096,\"*Coal\")+COUNTIF($E1096,\"*Biomass*\"),1),MIN(COUNTIF($E1096,\"*Liquid*\"),1),MIN(COUNTIF($E1096,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1096,\"*Coal\")+COUNTIF($E1096,\"*Biomass*\"),1),MIN(COUNTIF($E1096,\"*Liquid*\"),1),MIN(COUNTIF($E1096,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1096,\"*Coal\")+COUNTIF($E1096,\"*Biomass*\"),1),MIN(COUNTIF($E1096,\"*Liquid*\"),1),MIN(COUNTIF($E1096,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1096,\"*Coal\")+COUNTIF($E1096,\"*Biomass*\"),1),MIN(COUNTIF($E1096,\"*Liquid*\"),1),MIN(COUNTIF($E1096,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1096,\"*Coal\")+COUNTIF($E1096,\"*Biomass*\"),1),MIN(COUNTIF($E1096,\"*Liquid*\"),1),MIN(COUNTIF($E1096,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1096,\"*Coal\")+COUNTIF($E1096,\"*Biomass*\"),1),MIN(COUNTIF($E1096,\"*Liquid*\"),1),MIN(COUNTIF($E1096,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1096,\"*Coal\")+COUNTIF($E1096,\"*Biomass*\"),1),MIN(COUNTIF($E1096,\"*Liquid*\"),1),MIN(COUNTIF($E1096,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1096,\"*Coal\")+COUNTIF($E1096,\"*Biomass*\"),1),MIN(COUNTIF($E1096,\"*Liquid*\"),1),MIN(COUNTIF($E1096,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1096,\"*Coal\")+COUNTIF($E1096,\"*Biomass*\"),1),MIN(COUNTIF($E1096,\"*Liquid*\"),1),MIN(COUNTIF($E1096,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1096,\"*Coal\")+COUNTIF($E1096,\"*Biomass*\"),1),MIN(COUNTIF($E1096,\"*Liquid*\"),1),MIN(COUNTIF($E1096,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1096,\"*Coal\")+COUNTIF($E1096,\"*Biomass*\"),1),MIN(COUNTIF($E1096,\"*Liquid*\"),1),MIN(COUNTIF($E1096,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1096,\"*Coal\")+COUNTIF($E1096,\"*Biomass*\"),1),MIN(COUNTIF($E1096,\"*Liquid*\"),1),MIN(COUNTIF($E1096,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1096,\"*Coal\")+COUNTIF($E1096,\"*Biomass*\"),1),MIN(COUNTIF($E1096,\"*Liquid*\"),1),MIN(COUNTIF($E1096,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1096,\"*Coal\")+COUNTIF($E1096,\"*Biomass*\"),1),MIN(COUNTIF($E1096,\"*Liquid*\"),1),MIN(COUNTIF($E1096,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1096,\"*Coal\")+COUNTIF($E1096,\"*Biomass*\"),1),MIN(COUNTIF($E1096,\"*Liquid*\"),1),MIN(COUNTIF($E1096,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1096,\"*Coal\")+COUNTIF($E1096,\"*Biomass*\"),1),MIN(COUNTIF($E1096,\"*Liquid*\"),1),MIN(COUNTIF($E1096,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1096,\"*Coal\")+COUNTIF($E1096,\"*Biomass*\"),1),MIN(COUNTIF($E1096,\"*Liquid*\"),1),MIN(COUNTIF($E1096,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1096,\"*Coal\")+COUNTIF($E1096,\"*Biomass*\"),1),MIN(COUNTIF($E1096,\"*Liquid*\"),1),MIN(COUNTIF($E1096,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1096,\"*Coal\")+COUNTIF($E1096,\"*Biomass*\"),1),MIN(COUNTIF($E1096,\"*Liquid*\"),1),MIN(COUNTIF($E1096,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1096,\"*Coal\")+COUNTIF($E1096,\"*Biomass*\"),1),MIN(COUNTIF($E1096,\"*Liquid*\"),1),MIN(COUNTIF($E1096,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1096,\"*Coal\")+COUNTIF($E1096,\"*Biomass*\"),1),MIN(COUNTIF($E1096,\"*Liquid*\"),1),MIN(COUNTIF($E1096,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1096,\"*Coal\")+COUNTIF($E1096,\"*Biomass*\"),1),MIN(COUNTIF($E1096,\"*Liquid*\"),1),MIN(COUNTIF($E1096,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1096)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1155","v":"CNSW Pumped Hydro - 24h"},{"$f":"'Summary Mapping'!$J1155","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1155","v":"NSW"},{"$f":"'Summary Mapping'!$M1155","v":"Water"},{"$f":"IF('Summary Mapping'!$H1155=\"N/A\",'Summary Mapping'!$G1155,'Summary Mapping'!$H1155)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N1155","v":"Hydro"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1105,\"*Coal\")+COUNTIF($E1105,\"*Biomass*\"),1),MIN(COUNTIF($E1105,\"*Liquid*\"),1),MIN(COUNTIF($E1105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1105,\"*Coal\")+COUNTIF($E1105,\"*Biomass*\"),1),MIN(COUNTIF($E1105,\"*Liquid*\"),1),MIN(COUNTIF($E1105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1105,\"*Coal\")+COUNTIF($E1105,\"*Biomass*\"),1),MIN(COUNTIF($E1105,\"*Liquid*\"),1),MIN(COUNTIF($E1105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1105,\"*Coal\")+COUNTIF($E1105,\"*Biomass*\"),1),MIN(COUNTIF($E1105,\"*Liquid*\"),1),MIN(COUNTIF($E1105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1105,\"*Coal\")+COUNTIF($E1105,\"*Biomass*\"),1),MIN(COUNTIF($E1105,\"*Liquid*\"),1),MIN(COUNTIF($E1105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1105,\"*Coal\")+COUNTIF($E1105,\"*Biomass*\"),1),MIN(COUNTIF($E1105,\"*Liquid*\"),1),MIN(COUNTIF($E1105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1105,\"*Coal\")+COUNTIF($E1105,\"*Biomass*\"),1),MIN(COUNTIF($E1105,\"*Liquid*\"),1),MIN(COUNTIF($E1105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1105,\"*Coal\")+COUNTIF($E1105,\"*Biomass*\"),1),MIN(COUNTIF($E1105,\"*Liquid*\"),1),MIN(COUNTIF($E1105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1105,\"*Coal\")+COUNTIF($E1105,\"*Biomass*\"),1),MIN(COUNTIF($E1105,\"*Liquid*\"),1),MIN(COUNTIF($E1105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1105,\"*Coal\")+COUNTIF($E1105,\"*Biomass*\"),1),MIN(COUNTIF($E1105,\"*Liquid*\"),1),MIN(COUNTIF($E1105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1105,\"*Coal\")+COUNTIF($E1105,\"*Biomass*\"),1),MIN(COUNTIF($E1105,\"*Liquid*\"),1),MIN(COUNTIF($E1105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1105,\"*Coal\")+COUNTIF($E1105,\"*Biomass*\"),1),MIN(COUNTIF($E1105,\"*Liquid*\"),1),MIN(COUNTIF($E1105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1105,\"*Coal\")+COUNTIF($E1105,\"*Biomass*\"),1),MIN(COUNTIF($E1105,\"*Liquid*\"),1),MIN(COUNTIF($E1105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1105,\"*Coal\")+COUNTIF($E1105,\"*Biomass*\"),1),MIN(COUNTIF($E1105,\"*Liquid*\"),1),MIN(COUNTIF($E1105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1105,\"*Coal\")+COUNTIF($E1105,\"*Biomass*\"),1),MIN(COUNTIF($E1105,\"*Liquid*\"),1),MIN(COUNTIF($E1105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1105,\"*Coal\")+COUNTIF($E1105,\"*Biomass*\"),1),MIN(COUNTIF($E1105,\"*Liquid*\"),1),MIN(COUNTIF($E1105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1105,\"*Coal\")+COUNTIF($E1105,\"*Biomass*\"),1),MIN(COUNTIF($E1105,\"*Liquid*\"),1),MIN(COUNTIF($E1105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1105,\"*Coal\")+COUNTIF($E1105,\"*Biomass*\"),1),MIN(COUNTIF($E1105,\"*Liquid*\"),1),MIN(COUNTIF($E1105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1105,\"*Coal\")+COUNTIF($E1105,\"*Biomass*\"),1),MIN(COUNTIF($E1105,\"*Liquid*\"),1),MIN(COUNTIF($E1105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1105,\"*Coal\")+COUNTIF($E1105,\"*Biomass*\"),1),MIN(COUNTIF($E1105,\"*Liquid*\"),1),MIN(COUNTIF($E1105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1105,\"*Coal\")+COUNTIF($E1105,\"*Biomass*\"),1),MIN(COUNTIF($E1105,\"*Liquid*\"),1),MIN(COUNTIF($E1105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1105,\"*Coal\")+COUNTIF($E1105,\"*Biomass*\"),1),MIN(COUNTIF($E1105,\"*Liquid*\"),1),MIN(COUNTIF($E1105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1105,\"*Coal\")+COUNTIF($E1105,\"*Biomass*\"),1),MIN(COUNTIF($E1105,\"*Liquid*\"),1),MIN(COUNTIF($E1105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1105,\"*Coal\")+COUNTIF($E1105,\"*Biomass*\"),1),MIN(COUNTIF($E1105,\"*Liquid*\"),1),MIN(COUNTIF($E1105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1105,\"*Coal\")+COUNTIF($E1105,\"*Biomass*\"),1),MIN(COUNTIF($E1105,\"*Liquid*\"),1),MIN(COUNTIF($E1105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1105,\"*Coal\")+COUNTIF($E1105,\"*Biomass*\"),1),MIN(COUNTIF($E1105,\"*Liquid*\"),1),MIN(COUNTIF($E1105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1105,\"*Coal\")+COUNTIF($E1105,\"*Biomass*\"),1),MIN(COUNTIF($E1105,\"*Liquid*\"),1),MIN(COUNTIF($E1105,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1105)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1158","v":"WNV Pumped Hydro - 24h"},{"$f":"'Summary Mapping'!$J1158","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1158","v":"VIC"},{"$f":"'Summary Mapping'!$M1158","v":"Water"},{"$f":"IF('Summary Mapping'!$H1158=\"N/A\",'Summary Mapping'!$G1158,'Summary Mapping'!$H1158)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N1158","v":"Hydro"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1108,\"*Coal\")+COUNTIF($E1108,\"*Biomass*\"),1),MIN(COUNTIF($E1108,\"*Liquid*\"),1),MIN(COUNTIF($E1108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1108,\"*Coal\")+COUNTIF($E1108,\"*Biomass*\"),1),MIN(COUNTIF($E1108,\"*Liquid*\"),1),MIN(COUNTIF($E1108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1108,\"*Coal\")+COUNTIF($E1108,\"*Biomass*\"),1),MIN(COUNTIF($E1108,\"*Liquid*\"),1),MIN(COUNTIF($E1108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1108,\"*Coal\")+COUNTIF($E1108,\"*Biomass*\"),1),MIN(COUNTIF($E1108,\"*Liquid*\"),1),MIN(COUNTIF($E1108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1108,\"*Coal\")+COUNTIF($E1108,\"*Biomass*\"),1),MIN(COUNTIF($E1108,\"*Liquid*\"),1),MIN(COUNTIF($E1108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1108,\"*Coal\")+COUNTIF($E1108,\"*Biomass*\"),1),MIN(COUNTIF($E1108,\"*Liquid*\"),1),MIN(COUNTIF($E1108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1108,\"*Coal\")+COUNTIF($E1108,\"*Biomass*\"),1),MIN(COUNTIF($E1108,\"*Liquid*\"),1),MIN(COUNTIF($E1108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1108,\"*Coal\")+COUNTIF($E1108,\"*Biomass*\"),1),MIN(COUNTIF($E1108,\"*Liquid*\"),1),MIN(COUNTIF($E1108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1108,\"*Coal\")+COUNTIF($E1108,\"*Biomass*\"),1),MIN(COUNTIF($E1108,\"*Liquid*\"),1),MIN(COUNTIF($E1108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1108,\"*Coal\")+COUNTIF($E1108,\"*Biomass*\"),1),MIN(COUNTIF($E1108,\"*Liquid*\"),1),MIN(COUNTIF($E1108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1108,\"*Coal\")+COUNTIF($E1108,\"*Biomass*\"),1),MIN(COUNTIF($E1108,\"*Liquid*\"),1),MIN(COUNTIF($E1108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1108,\"*Coal\")+COUNTIF($E1108,\"*Biomass*\"),1),MIN(COUNTIF($E1108,\"*Liquid*\"),1),MIN(COUNTIF($E1108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1108,\"*Coal\")+COUNTIF($E1108,\"*Biomass*\"),1),MIN(COUNTIF($E1108,\"*Liquid*\"),1),MIN(COUNTIF($E1108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1108,\"*Coal\")+COUNTIF($E1108,\"*Biomass*\"),1),MIN(COUNTIF($E1108,\"*Liquid*\"),1),MIN(COUNTIF($E1108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1108,\"*Coal\")+COUNTIF($E1108,\"*Biomass*\"),1),MIN(COUNTIF($E1108,\"*Liquid*\"),1),MIN(COUNTIF($E1108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1108,\"*Coal\")+COUNTIF($E1108,\"*Biomass*\"),1),MIN(COUNTIF($E1108,\"*Liquid*\"),1),MIN(COUNTIF($E1108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1108,\"*Coal\")+COUNTIF($E1108,\"*Biomass*\"),1),MIN(COUNTIF($E1108,\"*Liquid*\"),1),MIN(COUNTIF($E1108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1108,\"*Coal\")+COUNTIF($E1108,\"*Biomass*\"),1),MIN(COUNTIF($E1108,\"*Liquid*\"),1),MIN(COUNTIF($E1108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1108,\"*Coal\")+COUNTIF($E1108,\"*Biomass*\"),1),MIN(COUNTIF($E1108,\"*Liquid*\"),1),MIN(COUNTIF($E1108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1108,\"*Coal\")+COUNTIF($E1108,\"*Biomass*\"),1),MIN(COUNTIF($E1108,\"*Liquid*\"),1),MIN(COUNTIF($E1108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1108,\"*Coal\")+COUNTIF($E1108,\"*Biomass*\"),1),MIN(COUNTIF($E1108,\"*Liquid*\"),1),MIN(COUNTIF($E1108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1108,\"*Coal\")+COUNTIF($E1108,\"*Biomass*\"),1),MIN(COUNTIF($E1108,\"*Liquid*\"),1),MIN(COUNTIF($E1108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AA:AA,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108)*SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1108,\"*Coal\")+COUNTIF($E1108,\"*Biomass*\"),1),MIN(COUNTIF($E1108,\"*Liquid*\"),1),MIN(COUNTIF($E1108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1108,\"*Coal\")+COUNTIF($E1108,\"*Biomass*\"),1),MIN(COUNTIF($E1108,\"*Liquid*\"),1),MIN(COUNTIF($E1108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1108,\"*Coal\")+COUNTIF($E1108,\"*Biomass*\"),1),MIN(COUNTIF($E1108,\"*Liquid*\"),1),MIN(COUNTIF($E1108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1108,\"*Coal\")+COUNTIF($E1108,\"*Biomass*\"),1),MIN(COUNTIF($E1108,\"*Liquid*\"),1),MIN(COUNTIF($E1108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1108,\"*Coal\")+COUNTIF($E1108,\"*Biomass*\"),1),MIN(COUNTIF($E1108,\"*Liquid*\"),1),MIN(COUNTIF($E1108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1108,\"*Coal\")+COUNTIF($E1108,\"*Biomass*\"),1),MIN(COUNTIF($E1108,\"*Liquid*\"),1),MIN(COUNTIF($E1108,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1108)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1159","v":"CSA Pumped Hydro - 24h"},{"$f":"'Summary Mapping'!$J1159","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1159","v":"SA"},{"$f":"'Summary Mapping'!$M1159","v":"Water"},{"$f":"IF('Summary Mapping'!$H1159=\"N/A\",'Summary Mapping'!$G1159,'Summary Mapping'!$H1159)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N1159","v":"Hydro"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1109,\"*Coal\")+COUNTIF($E1109,\"*Biomass*\"),1),MIN(COUNTIF($E1109,\"*Liquid*\"),1),MIN(COUNTIF($E1109,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1109,\"*Coal\")+COUNTIF($E1109,\"*Biomass*\"),1),MIN(COUNTIF($E1109,\"*Liquid*\"),1),MIN(COUNTIF($E1109,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1109,\"*Coal\")+COUNTIF($E1109,\"*Biomass*\"),1),MIN(COUNTIF($E1109,\"*Liquid*\"),1),MIN(COUNTIF($E1109,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1109,\"*Coal\")+COUNTIF($E1109,\"*Biomass*\"),1),MIN(COUNTIF($E1109,\"*Liquid*\"),1),MIN(COUNTIF($E1109,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1109,\"*Coal\")+COUNTIF($E1109,\"*Biomass*\"),1),MIN(COUNTIF($E1109,\"*Liquid*\"),1),MIN(COUNTIF($E1109,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1109,\"*Coal\")+COUNTIF($E1109,\"*Biomass*\"),1),MIN(COUNTIF($E1109,\"*Liquid*\"),1),MIN(COUNTIF($E1109,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1109,\"*Coal\")+COUNTIF($E1109,\"*Biomass*\"),1),MIN(COUNTIF($E1109,\"*Liquid*\"),1),MIN(COUNTIF($E1109,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1109,\"*Coal\")+COUNTIF($E1109,\"*Biomass*\"),1),MIN(COUNTIF($E1109,\"*Liquid*\"),1),MIN(COUNTIF($E1109,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1109,\"*Coal\")+COUNTIF($E1109,\"*Biomass*\"),1),MIN(COUNTIF($E1109,\"*Liquid*\"),1),MIN(COUNTIF($E1109,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1109,\"*Coal\")+COUNTIF($E1109,\"*Biomass*\"),1),MIN(COUNTIF($E1109,\"*Liquid*\"),1),MIN(COUNTIF($E1109,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1109,\"*Coal\")+COUNTIF($E1109,\"*Biomass*\"),1),MIN(COUNTIF($E1109,\"*Liquid*\"),1),MIN(COUNTIF($E1109,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1109,\"*Coal\")+COUNTIF($E1109,\"*Biomass*\"),1),MIN(COUNTIF($E1109,\"*Liquid*\"),1),MIN(COUNTIF($E1109,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1109,\"*Coal\")+COUNTIF($E1109,\"*Biomass*\"),1),MIN(COUNTIF($E1109,\"*Liquid*\"),1),MIN(COUNTIF($E1109,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1109,\"*Coal\")+COUNTIF($E1109,\"*Biomass*\"),1),MIN(COUNTIF($E1109,\"*Liquid*\"),1),MIN(COUNTIF($E1109,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1109,\"*Coal\")+COUNTIF($E1109,\"*Biomass*\"),1),MIN(COUNTIF($E1109,\"*Liquid*\"),1),MIN(COUNTIF($E1109,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1109,\"*Coal\")+COUNTIF($E1109,\"*Biomass*\"),1),MIN(COUNTIF($E1109,\"*Liquid*\"),1),MIN(COUNTIF($E1109,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1109,\"*Coal\")+COUNTIF($E1109,\"*Biomass*\"),1),MIN(COUNTIF($E1109,\"*Liquid*\"),1),MIN(COUNTIF($E1109,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1109,\"*Coal\")+COUNTIF($E1109,\"*Biomass*\"),1),MIN(COUNTIF($E1109,\"*Liquid*\"),1),MIN(COUNTIF($E1109,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1109,\"*Coal\")+COUNTIF($E1109,\"*Biomass*\"),1),MIN(COUNTIF($E1109,\"*Liquid*\"),1),MIN(COUNTIF($E1109,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1109,\"*Coal\")+COUNTIF($E1109,\"*Biomass*\"),1),MIN(COUNTIF($E1109,\"*Liquid*\"),1),MIN(COUNTIF($E1109,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1109,\"*Coal\")+COUNTIF($E1109,\"*Biomass*\"),1),MIN(COUNTIF($E1109,\"*Liquid*\"),1),MIN(COUNTIF($E1109,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1109,\"*Coal\")+COUNTIF($E1109,\"*Biomass*\"),1),MIN(COUNTIF($E1109,\"*Liquid*\"),1),MIN(COUNTIF($E1109,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AA:AA,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109)*SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AA:AA,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Z:Z,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1109,\"*Coal\")+COUNTIF($E1109,\"*Biomass*\"),1),MIN(COUNTIF($E1109,\"*Liquid*\"),1),MIN(COUNTIF($E1109,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1109,\"*Coal\")+COUNTIF($E1109,\"*Biomass*\"),1),MIN(COUNTIF($E1109,\"*Liquid*\"),1),MIN(COUNTIF($E1109,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1109,\"*Coal\")+COUNTIF($E1109,\"*Biomass*\"),1),MIN(COUNTIF($E1109,\"*Liquid*\"),1),MIN(COUNTIF($E1109,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1109,\"*Coal\")+COUNTIF($E1109,\"*Biomass*\"),1),MIN(COUNTIF($E1109,\"*Liquid*\"),1),MIN(COUNTIF($E1109,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1109,\"*Coal\")+COUNTIF($E1109,\"*Biomass*\"),1),MIN(COUNTIF($E1109,\"*Liquid*\"),1),MIN(COUNTIF($E1109,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1109,\"*Coal\")+COUNTIF($E1109,\"*Biomass*\"),1),MIN(COUNTIF($E1109,\"*Liquid*\"),1),MIN(COUNTIF($E1109,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1109)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1160","v":"NSA Pumped Hydro - 24h"},{"$f":"'Summary Mapping'!$J1160","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1160","v":"SA"},{"$f":"'Summary Mapping'!$M1160","v":"Water"},{"$f":"IF('Summary Mapping'!$H1160=\"N/A\",'Summary Mapping'!$G1160,'Summary Mapping'!$H1160)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N1160","v":"Hydro"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1110,\"*Coal\")+COUNTIF($E1110,\"*Biomass*\"),1),MIN(COUNTIF($E1110,\"*Liquid*\"),1),MIN(COUNTIF($E1110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1110,\"*Coal\")+COUNTIF($E1110,\"*Biomass*\"),1),MIN(COUNTIF($E1110,\"*Liquid*\"),1),MIN(COUNTIF($E1110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1110,\"*Coal\")+COUNTIF($E1110,\"*Biomass*\"),1),MIN(COUNTIF($E1110,\"*Liquid*\"),1),MIN(COUNTIF($E1110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1110,\"*Coal\")+COUNTIF($E1110,\"*Biomass*\"),1),MIN(COUNTIF($E1110,\"*Liquid*\"),1),MIN(COUNTIF($E1110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1110,\"*Coal\")+COUNTIF($E1110,\"*Biomass*\"),1),MIN(COUNTIF($E1110,\"*Liquid*\"),1),MIN(COUNTIF($E1110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1110,\"*Coal\")+COUNTIF($E1110,\"*Biomass*\"),1),MIN(COUNTIF($E1110,\"*Liquid*\"),1),MIN(COUNTIF($E1110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1110,\"*Coal\")+COUNTIF($E1110,\"*Biomass*\"),1),MIN(COUNTIF($E1110,\"*Liquid*\"),1),MIN(COUNTIF($E1110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1110,\"*Coal\")+COUNTIF($E1110,\"*Biomass*\"),1),MIN(COUNTIF($E1110,\"*Liquid*\"),1),MIN(COUNTIF($E1110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1110,\"*Coal\")+COUNTIF($E1110,\"*Biomass*\"),1),MIN(COUNTIF($E1110,\"*Liquid*\"),1),MIN(COUNTIF($E1110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1110,\"*Coal\")+COUNTIF($E1110,\"*Biomass*\"),1),MIN(COUNTIF($E1110,\"*Liquid*\"),1),MIN(COUNTIF($E1110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1110,\"*Coal\")+COUNTIF($E1110,\"*Biomass*\"),1),MIN(COUNTIF($E1110,\"*Liquid*\"),1),MIN(COUNTIF($E1110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1110,\"*Coal\")+COUNTIF($E1110,\"*Biomass*\"),1),MIN(COUNTIF($E1110,\"*Liquid*\"),1),MIN(COUNTIF($E1110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1110,\"*Coal\")+COUNTIF($E1110,\"*Biomass*\"),1),MIN(COUNTIF($E1110,\"*Liquid*\"),1),MIN(COUNTIF($E1110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1110,\"*Coal\")+COUNTIF($E1110,\"*Biomass*\"),1),MIN(COUNTIF($E1110,\"*Liquid*\"),1),MIN(COUNTIF($E1110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1110,\"*Coal\")+COUNTIF($E1110,\"*Biomass*\"),1),MIN(COUNTIF($E1110,\"*Liquid*\"),1),MIN(COUNTIF($E1110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1110,\"*Coal\")+COUNTIF($E1110,\"*Biomass*\"),1),MIN(COUNTIF($E1110,\"*Liquid*\"),1),MIN(COUNTIF($E1110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1110,\"*Coal\")+COUNTIF($E1110,\"*Biomass*\"),1),MIN(COUNTIF($E1110,\"*Liquid*\"),1),MIN(COUNTIF($E1110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1110,\"*Coal\")+COUNTIF($E1110,\"*Biomass*\"),1),MIN(COUNTIF($E1110,\"*Liquid*\"),1),MIN(COUNTIF($E1110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1110,\"*Coal\")+COUNTIF($E1110,\"*Biomass*\"),1),MIN(COUNTIF($E1110,\"*Liquid*\"),1),MIN(COUNTIF($E1110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1110,\"*Coal\")+COUNTIF($E1110,\"*Biomass*\"),1),MIN(COUNTIF($E1110,\"*Liquid*\"),1),MIN(COUNTIF($E1110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1110,\"*Coal\")+COUNTIF($E1110,\"*Biomass*\"),1),MIN(COUNTIF($E1110,\"*Liquid*\"),1),MIN(COUNTIF($E1110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1110,\"*Coal\")+COUNTIF($E1110,\"*Biomass*\"),1),MIN(COUNTIF($E1110,\"*Liquid*\"),1),MIN(COUNTIF($E1110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1110,\"*Coal\")+COUNTIF($E1110,\"*Biomass*\"),1),MIN(COUNTIF($E1110,\"*Liquid*\"),1),MIN(COUNTIF($E1110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1110,\"*Coal\")+COUNTIF($E1110,\"*Biomass*\"),1),MIN(COUNTIF($E1110,\"*Liquid*\"),1),MIN(COUNTIF($E1110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1110,\"*Coal\")+COUNTIF($E1110,\"*Biomass*\"),1),MIN(COUNTIF($E1110,\"*Liquid*\"),1),MIN(COUNTIF($E1110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1110,\"*Coal\")+COUNTIF($E1110,\"*Biomass*\"),1),MIN(COUNTIF($E1110,\"*Liquid*\"),1),MIN(COUNTIF($E1110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1110,\"*Coal\")+COUNTIF($E1110,\"*Biomass*\"),1),MIN(COUNTIF($E1110,\"*Liquid*\"),1),MIN(COUNTIF($E1110,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1110)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1161","v":"TAS Pumped Hydro - 24h"},{"$f":"'Summary Mapping'!$J1161","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1161","v":"TAS"},{"$f":"'Summary Mapping'!$M1161","v":"Water"},{"$f":"IF('Summary Mapping'!$H1161=\"N/A\",'Summary Mapping'!$G1161,'Summary Mapping'!$H1161)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N1161","v":"Hydro"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1111,\"*Coal\")+COUNTIF($E1111,\"*Biomass*\"),1),MIN(COUNTIF($E1111,\"*Liquid*\"),1),MIN(COUNTIF($E1111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1111,\"*Coal\")+COUNTIF($E1111,\"*Biomass*\"),1),MIN(COUNTIF($E1111,\"*Liquid*\"),1),MIN(COUNTIF($E1111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1111,\"*Coal\")+COUNTIF($E1111,\"*Biomass*\"),1),MIN(COUNTIF($E1111,\"*Liquid*\"),1),MIN(COUNTIF($E1111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1111,\"*Coal\")+COUNTIF($E1111,\"*Biomass*\"),1),MIN(COUNTIF($E1111,\"*Liquid*\"),1),MIN(COUNTIF($E1111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1111,\"*Coal\")+COUNTIF($E1111,\"*Biomass*\"),1),MIN(COUNTIF($E1111,\"*Liquid*\"),1),MIN(COUNTIF($E1111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1111,\"*Coal\")+COUNTIF($E1111,\"*Biomass*\"),1),MIN(COUNTIF($E1111,\"*Liquid*\"),1),MIN(COUNTIF($E1111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1111,\"*Coal\")+COUNTIF($E1111,\"*Biomass*\"),1),MIN(COUNTIF($E1111,\"*Liquid*\"),1),MIN(COUNTIF($E1111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1111,\"*Coal\")+COUNTIF($E1111,\"*Biomass*\"),1),MIN(COUNTIF($E1111,\"*Liquid*\"),1),MIN(COUNTIF($E1111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1111,\"*Coal\")+COUNTIF($E1111,\"*Biomass*\"),1),MIN(COUNTIF($E1111,\"*Liquid*\"),1),MIN(COUNTIF($E1111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1111,\"*Coal\")+COUNTIF($E1111,\"*Biomass*\"),1),MIN(COUNTIF($E1111,\"*Liquid*\"),1),MIN(COUNTIF($E1111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1111,\"*Coal\")+COUNTIF($E1111,\"*Biomass*\"),1),MIN(COUNTIF($E1111,\"*Liquid*\"),1),MIN(COUNTIF($E1111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1111,\"*Coal\")+COUNTIF($E1111,\"*Biomass*\"),1),MIN(COUNTIF($E1111,\"*Liquid*\"),1),MIN(COUNTIF($E1111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1111,\"*Coal\")+COUNTIF($E1111,\"*Biomass*\"),1),MIN(COUNTIF($E1111,\"*Liquid*\"),1),MIN(COUNTIF($E1111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1111,\"*Coal\")+COUNTIF($E1111,\"*Biomass*\"),1),MIN(COUNTIF($E1111,\"*Liquid*\"),1),MIN(COUNTIF($E1111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1111,\"*Coal\")+COUNTIF($E1111,\"*Biomass*\"),1),MIN(COUNTIF($E1111,\"*Liquid*\"),1),MIN(COUNTIF($E1111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1111,\"*Coal\")+COUNTIF($E1111,\"*Biomass*\"),1),MIN(COUNTIF($E1111,\"*Liquid*\"),1),MIN(COUNTIF($E1111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1111,\"*Coal\")+COUNTIF($E1111,\"*Biomass*\"),1),MIN(COUNTIF($E1111,\"*Liquid*\"),1),MIN(COUNTIF($E1111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1111,\"*Coal\")+COUNTIF($E1111,\"*Biomass*\"),1),MIN(COUNTIF($E1111,\"*Liquid*\"),1),MIN(COUNTIF($E1111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1111,\"*Coal\")+COUNTIF($E1111,\"*Biomass*\"),1),MIN(COUNTIF($E1111,\"*Liquid*\"),1),MIN(COUNTIF($E1111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1111,\"*Coal\")+COUNTIF($E1111,\"*Biomass*\"),1),MIN(COUNTIF($E1111,\"*Liquid*\"),1),MIN(COUNTIF($E1111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1111,\"*Coal\")+COUNTIF($E1111,\"*Biomass*\"),1),MIN(COUNTIF($E1111,\"*Liquid*\"),1),MIN(COUNTIF($E1111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1111,\"*Coal\")+COUNTIF($E1111,\"*Biomass*\"),1),MIN(COUNTIF($E1111,\"*Liquid*\"),1),MIN(COUNTIF($E1111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1111,\"*Coal\")+COUNTIF($E1111,\"*Biomass*\"),1),MIN(COUNTIF($E1111,\"*Liquid*\"),1),MIN(COUNTIF($E1111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1111,\"*Coal\")+COUNTIF($E1111,\"*Biomass*\"),1),MIN(COUNTIF($E1111,\"*Liquid*\"),1),MIN(COUNTIF($E1111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1111,\"*Coal\")+COUNTIF($E1111,\"*Biomass*\"),1),MIN(COUNTIF($E1111,\"*Liquid*\"),1),MIN(COUNTIF($E1111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1111,\"*Coal\")+COUNTIF($E1111,\"*Biomass*\"),1),MIN(COUNTIF($E1111,\"*Liquid*\"),1),MIN(COUNTIF($E1111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1111,\"*Coal\")+COUNTIF($E1111,\"*Biomass*\"),1),MIN(COUNTIF($E1111,\"*Liquid*\"),1),MIN(COUNTIF($E1111,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1111)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1162","v":"NQ Pumped Hydro - 48h"},{"$f":"'Summary Mapping'!$J1162","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1162","v":"QLD"},{"$f":"'Summary Mapping'!$M1162","v":"Water"},{"$f":"IF('Summary Mapping'!$H1162=\"N/A\",'Summary Mapping'!$G1162,'Summary Mapping'!$H1162)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N1162","v":"Hydro"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1112,\"*Coal\")+COUNTIF($E1112,\"*Biomass*\"),1),MIN(COUNTIF($E1112,\"*Liquid*\"),1),MIN(COUNTIF($E1112,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1112,\"*Coal\")+COUNTIF($E1112,\"*Biomass*\"),1),MIN(COUNTIF($E1112,\"*Liquid*\"),1),MIN(COUNTIF($E1112,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1112,\"*Coal\")+COUNTIF($E1112,\"*Biomass*\"),1),MIN(COUNTIF($E1112,\"*Liquid*\"),1),MIN(COUNTIF($E1112,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1112,\"*Coal\")+COUNTIF($E1112,\"*Biomass*\"),1),MIN(COUNTIF($E1112,\"*Liquid*\"),1),MIN(COUNTIF($E1112,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1112,\"*Coal\")+COUNTIF($E1112,\"*Biomass*\"),1),MIN(COUNTIF($E1112,\"*Liquid*\"),1),MIN(COUNTIF($E1112,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1112,\"*Coal\")+COUNTIF($E1112,\"*Biomass*\"),1),MIN(COUNTIF($E1112,\"*Liquid*\"),1),MIN(COUNTIF($E1112,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1112,\"*Coal\")+COUNTIF($E1112,\"*Biomass*\"),1),MIN(COUNTIF($E1112,\"*Liquid*\"),1),MIN(COUNTIF($E1112,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1112,\"*Coal\")+COUNTIF($E1112,\"*Biomass*\"),1),MIN(COUNTIF($E1112,\"*Liquid*\"),1),MIN(COUNTIF($E1112,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1112,\"*Coal\")+COUNTIF($E1112,\"*Biomass*\"),1),MIN(COUNTIF($E1112,\"*Liquid*\"),1),MIN(COUNTIF($E1112,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1112,\"*Coal\")+COUNTIF($E1112,\"*Biomass*\"),1),MIN(COUNTIF($E1112,\"*Liquid*\"),1),MIN(COUNTIF($E1112,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1112,\"*Coal\")+COUNTIF($E1112,\"*Biomass*\"),1),MIN(COUNTIF($E1112,\"*Liquid*\"),1),MIN(COUNTIF($E1112,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1112,\"*Coal\")+COUNTIF($E1112,\"*Biomass*\"),1),MIN(COUNTIF($E1112,\"*Liquid*\"),1),MIN(COUNTIF($E1112,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1112,\"*Coal\")+COUNTIF($E1112,\"*Biomass*\"),1),MIN(COUNTIF($E1112,\"*Liquid*\"),1),MIN(COUNTIF($E1112,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1112,\"*Coal\")+COUNTIF($E1112,\"*Biomass*\"),1),MIN(COUNTIF($E1112,\"*Liquid*\"),1),MIN(COUNTIF($E1112,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1112,\"*Coal\")+COUNTIF($E1112,\"*Biomass*\"),1),MIN(COUNTIF($E1112,\"*Liquid*\"),1),MIN(COUNTIF($E1112,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1112,\"*Coal\")+COUNTIF($E1112,\"*Biomass*\"),1),MIN(COUNTIF($E1112,\"*Liquid*\"),1),MIN(COUNTIF($E1112,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1112,\"*Coal\")+COUNTIF($E1112,\"*Biomass*\"),1),MIN(COUNTIF($E1112,\"*Liquid*\"),1),MIN(COUNTIF($E1112,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1112,\"*Coal\")+COUNTIF($E1112,\"*Biomass*\"),1),MIN(COUNTIF($E1112,\"*Liquid*\"),1),MIN(COUNTIF($E1112,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1112,\"*Coal\")+COUNTIF($E1112,\"*Biomass*\"),1),MIN(COUNTIF($E1112,\"*Liquid*\"),1),MIN(COUNTIF($E1112,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1112,\"*Coal\")+COUNTIF($E1112,\"*Biomass*\"),1),MIN(COUNTIF($E1112,\"*Liquid*\"),1),MIN(COUNTIF($E1112,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1112,\"*Coal\")+COUNTIF($E1112,\"*Biomass*\"),1),MIN(COUNTIF($E1112,\"*Liquid*\"),1),MIN(COUNTIF($E1112,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1112,\"*Coal\")+COUNTIF($E1112,\"*Biomass*\"),1),MIN(COUNTIF($E1112,\"*Liquid*\"),1),MIN(COUNTIF($E1112,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1112,\"*Coal\")+COUNTIF($E1112,\"*Biomass*\"),1),MIN(COUNTIF($E1112,\"*Liquid*\"),1),MIN(COUNTIF($E1112,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1112,\"*Coal\")+COUNTIF($E1112,\"*Biomass*\"),1),MIN(COUNTIF($E1112,\"*Liquid*\"),1),MIN(COUNTIF($E1112,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1112,\"*Coal\")+COUNTIF($E1112,\"*Biomass*\"),1),MIN(COUNTIF($E1112,\"*Liquid*\"),1),MIN(COUNTIF($E1112,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1112,\"*Coal\")+COUNTIF($E1112,\"*Biomass*\"),1),MIN(COUNTIF($E1112,\"*Liquid*\"),1),MIN(COUNTIF($E1112,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1112,\"*Coal\")+COUNTIF($E1112,\"*Biomass*\"),1),MIN(COUNTIF($E1112,\"*Liquid*\"),1),MIN(COUNTIF($E1112,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1112)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1163","v":"CQ Pumped Hydro - 48h"},{"$f":"'Summary Mapping'!$J1163","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1163","v":"QLD"},{"$f":"'Summary Mapping'!$M1163","v":"Water"},{"$f":"IF('Summary Mapping'!$H1163=\"N/A\",'Summary Mapping'!$G1163,'Summary Mapping'!$H1163)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N1163","v":"Hydro"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1113,\"*Coal\")+COUNTIF($E1113,\"*Biomass*\"),1),MIN(COUNTIF($E1113,\"*Liquid*\"),1),MIN(COUNTIF($E1113,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1113,\"*Coal\")+COUNTIF($E1113,\"*Biomass*\"),1),MIN(COUNTIF($E1113,\"*Liquid*\"),1),MIN(COUNTIF($E1113,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1113,\"*Coal\")+COUNTIF($E1113,\"*Biomass*\"),1),MIN(COUNTIF($E1113,\"*Liquid*\"),1),MIN(COUNTIF($E1113,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1113,\"*Coal\")+COUNTIF($E1113,\"*Biomass*\"),1),MIN(COUNTIF($E1113,\"*Liquid*\"),1),MIN(COUNTIF($E1113,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1113,\"*Coal\")+COUNTIF($E1113,\"*Biomass*\"),1),MIN(COUNTIF($E1113,\"*Liquid*\"),1),MIN(COUNTIF($E1113,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1113,\"*Coal\")+COUNTIF($E1113,\"*Biomass*\"),1),MIN(COUNTIF($E1113,\"*Liquid*\"),1),MIN(COUNTIF($E1113,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1113,\"*Coal\")+COUNTIF($E1113,\"*Biomass*\"),1),MIN(COUNTIF($E1113,\"*Liquid*\"),1),MIN(COUNTIF($E1113,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1113,\"*Coal\")+COUNTIF($E1113,\"*Biomass*\"),1),MIN(COUNTIF($E1113,\"*Liquid*\"),1),MIN(COUNTIF($E1113,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1113,\"*Coal\")+COUNTIF($E1113,\"*Biomass*\"),1),MIN(COUNTIF($E1113,\"*Liquid*\"),1),MIN(COUNTIF($E1113,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1113,\"*Coal\")+COUNTIF($E1113,\"*Biomass*\"),1),MIN(COUNTIF($E1113,\"*Liquid*\"),1),MIN(COUNTIF($E1113,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1113,\"*Coal\")+COUNTIF($E1113,\"*Biomass*\"),1),MIN(COUNTIF($E1113,\"*Liquid*\"),1),MIN(COUNTIF($E1113,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1113,\"*Coal\")+COUNTIF($E1113,\"*Biomass*\"),1),MIN(COUNTIF($E1113,\"*Liquid*\"),1),MIN(COUNTIF($E1113,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1113,\"*Coal\")+COUNTIF($E1113,\"*Biomass*\"),1),MIN(COUNTIF($E1113,\"*Liquid*\"),1),MIN(COUNTIF($E1113,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1113,\"*Coal\")+COUNTIF($E1113,\"*Biomass*\"),1),MIN(COUNTIF($E1113,\"*Liquid*\"),1),MIN(COUNTIF($E1113,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1113,\"*Coal\")+COUNTIF($E1113,\"*Biomass*\"),1),MIN(COUNTIF($E1113,\"*Liquid*\"),1),MIN(COUNTIF($E1113,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1113,\"*Coal\")+COUNTIF($E1113,\"*Biomass*\"),1),MIN(COUNTIF($E1113,\"*Liquid*\"),1),MIN(COUNTIF($E1113,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1113,\"*Coal\")+COUNTIF($E1113,\"*Biomass*\"),1),MIN(COUNTIF($E1113,\"*Liquid*\"),1),MIN(COUNTIF($E1113,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1113,\"*Coal\")+COUNTIF($E1113,\"*Biomass*\"),1),MIN(COUNTIF($E1113,\"*Liquid*\"),1),MIN(COUNTIF($E1113,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1113,\"*Coal\")+COUNTIF($E1113,\"*Biomass*\"),1),MIN(COUNTIF($E1113,\"*Liquid*\"),1),MIN(COUNTIF($E1113,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1113,\"*Coal\")+COUNTIF($E1113,\"*Biomass*\"),1),MIN(COUNTIF($E1113,\"*Liquid*\"),1),MIN(COUNTIF($E1113,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1113,\"*Coal\")+COUNTIF($E1113,\"*Biomass*\"),1),MIN(COUNTIF($E1113,\"*Liquid*\"),1),MIN(COUNTIF($E1113,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1113,\"*Coal\")+COUNTIF($E1113,\"*Biomass*\"),1),MIN(COUNTIF($E1113,\"*Liquid*\"),1),MIN(COUNTIF($E1113,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1113,\"*Coal\")+COUNTIF($E1113,\"*Biomass*\"),1),MIN(COUNTIF($E1113,\"*Liquid*\"),1),MIN(COUNTIF($E1113,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1113,\"*Coal\")+COUNTIF($E1113,\"*Biomass*\"),1),MIN(COUNTIF($E1113,\"*Liquid*\"),1),MIN(COUNTIF($E1113,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1113,\"*Coal\")+COUNTIF($E1113,\"*Biomass*\"),1),MIN(COUNTIF($E1113,\"*Liquid*\"),1),MIN(COUNTIF($E1113,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1113,\"*Coal\")+COUNTIF($E1113,\"*Biomass*\"),1),MIN(COUNTIF($E1113,\"*Liquid*\"),1),MIN(COUNTIF($E1113,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1113,\"*Coal\")+COUNTIF($E1113,\"*Biomass*\"),1),MIN(COUNTIF($E1113,\"*Liquid*\"),1),MIN(COUNTIF($E1113,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1113)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1164","v":"SQ Pumped Hydro - 48h"},{"$f":"'Summary Mapping'!$J1164","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1164","v":"QLD"},{"$f":"'Summary Mapping'!$M1164","v":"Water"},{"$f":"IF('Summary Mapping'!$H1164=\"N/A\",'Summary Mapping'!$G1164,'Summary Mapping'!$H1164)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N1164","v":"Hydro"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1114,\"*Coal\")+COUNTIF($E1114,\"*Biomass*\"),1),MIN(COUNTIF($E1114,\"*Liquid*\"),1),MIN(COUNTIF($E1114,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1114,\"*Coal\")+COUNTIF($E1114,\"*Biomass*\"),1),MIN(COUNTIF($E1114,\"*Liquid*\"),1),MIN(COUNTIF($E1114,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1114,\"*Coal\")+COUNTIF($E1114,\"*Biomass*\"),1),MIN(COUNTIF($E1114,\"*Liquid*\"),1),MIN(COUNTIF($E1114,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1114,\"*Coal\")+COUNTIF($E1114,\"*Biomass*\"),1),MIN(COUNTIF($E1114,\"*Liquid*\"),1),MIN(COUNTIF($E1114,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1114,\"*Coal\")+COUNTIF($E1114,\"*Biomass*\"),1),MIN(COUNTIF($E1114,\"*Liquid*\"),1),MIN(COUNTIF($E1114,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1114,\"*Coal\")+COUNTIF($E1114,\"*Biomass*\"),1),MIN(COUNTIF($E1114,\"*Liquid*\"),1),MIN(COUNTIF($E1114,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1114,\"*Coal\")+COUNTIF($E1114,\"*Biomass*\"),1),MIN(COUNTIF($E1114,\"*Liquid*\"),1),MIN(COUNTIF($E1114,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1114,\"*Coal\")+COUNTIF($E1114,\"*Biomass*\"),1),MIN(COUNTIF($E1114,\"*Liquid*\"),1),MIN(COUNTIF($E1114,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1114,\"*Coal\")+COUNTIF($E1114,\"*Biomass*\"),1),MIN(COUNTIF($E1114,\"*Liquid*\"),1),MIN(COUNTIF($E1114,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1114,\"*Coal\")+COUNTIF($E1114,\"*Biomass*\"),1),MIN(COUNTIF($E1114,\"*Liquid*\"),1),MIN(COUNTIF($E1114,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1114,\"*Coal\")+COUNTIF($E1114,\"*Biomass*\"),1),MIN(COUNTIF($E1114,\"*Liquid*\"),1),MIN(COUNTIF($E1114,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1114,\"*Coal\")+COUNTIF($E1114,\"*Biomass*\"),1),MIN(COUNTIF($E1114,\"*Liquid*\"),1),MIN(COUNTIF($E1114,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1114,\"*Coal\")+COUNTIF($E1114,\"*Biomass*\"),1),MIN(COUNTIF($E1114,\"*Liquid*\"),1),MIN(COUNTIF($E1114,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1114,\"*Coal\")+COUNTIF($E1114,\"*Biomass*\"),1),MIN(COUNTIF($E1114,\"*Liquid*\"),1),MIN(COUNTIF($E1114,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1114,\"*Coal\")+COUNTIF($E1114,\"*Biomass*\"),1),MIN(COUNTIF($E1114,\"*Liquid*\"),1),MIN(COUNTIF($E1114,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1114,\"*Coal\")+COUNTIF($E1114,\"*Biomass*\"),1),MIN(COUNTIF($E1114,\"*Liquid*\"),1),MIN(COUNTIF($E1114,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1114,\"*Coal\")+COUNTIF($E1114,\"*Biomass*\"),1),MIN(COUNTIF($E1114,\"*Liquid*\"),1),MIN(COUNTIF($E1114,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1114,\"*Coal\")+COUNTIF($E1114,\"*Biomass*\"),1),MIN(COUNTIF($E1114,\"*Liquid*\"),1),MIN(COUNTIF($E1114,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1114,\"*Coal\")+COUNTIF($E1114,\"*Biomass*\"),1),MIN(COUNTIF($E1114,\"*Liquid*\"),1),MIN(COUNTIF($E1114,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1114,\"*Coal\")+COUNTIF($E1114,\"*Biomass*\"),1),MIN(COUNTIF($E1114,\"*Liquid*\"),1),MIN(COUNTIF($E1114,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1114,\"*Coal\")+COUNTIF($E1114,\"*Biomass*\"),1),MIN(COUNTIF($E1114,\"*Liquid*\"),1),MIN(COUNTIF($E1114,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1114,\"*Coal\")+COUNTIF($E1114,\"*Biomass*\"),1),MIN(COUNTIF($E1114,\"*Liquid*\"),1),MIN(COUNTIF($E1114,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1114,\"*Coal\")+COUNTIF($E1114,\"*Biomass*\"),1),MIN(COUNTIF($E1114,\"*Liquid*\"),1),MIN(COUNTIF($E1114,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1114,\"*Coal\")+COUNTIF($E1114,\"*Biomass*\"),1),MIN(COUNTIF($E1114,\"*Liquid*\"),1),MIN(COUNTIF($E1114,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1114,\"*Coal\")+COUNTIF($E1114,\"*Biomass*\"),1),MIN(COUNTIF($E1114,\"*Liquid*\"),1),MIN(COUNTIF($E1114,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1114,\"*Coal\")+COUNTIF($E1114,\"*Biomass*\"),1),MIN(COUNTIF($E1114,\"*Liquid*\"),1),MIN(COUNTIF($E1114,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1114,\"*Coal\")+COUNTIF($E1114,\"*Biomass*\"),1),MIN(COUNTIF($E1114,\"*Liquid*\"),1),MIN(COUNTIF($E1114,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1114)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1165","v":"NNSW Pumped Hydro - 48h"},{"$f":"'Summary Mapping'!$J1165","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1165","v":"NSW"},{"$f":"'Summary Mapping'!$M1165","v":"Water"},{"$f":"IF('Summary Mapping'!$H1165=\"N/A\",'Summary Mapping'!$G1165,'Summary Mapping'!$H1165)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N1165","v":"Hydro"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1115,\"*Coal\")+COUNTIF($E1115,\"*Biomass*\"),1),MIN(COUNTIF($E1115,\"*Liquid*\"),1),MIN(COUNTIF($E1115,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1115,\"*Coal\")+COUNTIF($E1115,\"*Biomass*\"),1),MIN(COUNTIF($E1115,\"*Liquid*\"),1),MIN(COUNTIF($E1115,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1115,\"*Coal\")+COUNTIF($E1115,\"*Biomass*\"),1),MIN(COUNTIF($E1115,\"*Liquid*\"),1),MIN(COUNTIF($E1115,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1115,\"*Coal\")+COUNTIF($E1115,\"*Biomass*\"),1),MIN(COUNTIF($E1115,\"*Liquid*\"),1),MIN(COUNTIF($E1115,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1115,\"*Coal\")+COUNTIF($E1115,\"*Biomass*\"),1),MIN(COUNTIF($E1115,\"*Liquid*\"),1),MIN(COUNTIF($E1115,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1115,\"*Coal\")+COUNTIF($E1115,\"*Biomass*\"),1),MIN(COUNTIF($E1115,\"*Liquid*\"),1),MIN(COUNTIF($E1115,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1115,\"*Coal\")+COUNTIF($E1115,\"*Biomass*\"),1),MIN(COUNTIF($E1115,\"*Liquid*\"),1),MIN(COUNTIF($E1115,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1115,\"*Coal\")+COUNTIF($E1115,\"*Biomass*\"),1),MIN(COUNTIF($E1115,\"*Liquid*\"),1),MIN(COUNTIF($E1115,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1115,\"*Coal\")+COUNTIF($E1115,\"*Biomass*\"),1),MIN(COUNTIF($E1115,\"*Liquid*\"),1),MIN(COUNTIF($E1115,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1115,\"*Coal\")+COUNTIF($E1115,\"*Biomass*\"),1),MIN(COUNTIF($E1115,\"*Liquid*\"),1),MIN(COUNTIF($E1115,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1115,\"*Coal\")+COUNTIF($E1115,\"*Biomass*\"),1),MIN(COUNTIF($E1115,\"*Liquid*\"),1),MIN(COUNTIF($E1115,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1115,\"*Coal\")+COUNTIF($E1115,\"*Biomass*\"),1),MIN(COUNTIF($E1115,\"*Liquid*\"),1),MIN(COUNTIF($E1115,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1115,\"*Coal\")+COUNTIF($E1115,\"*Biomass*\"),1),MIN(COUNTIF($E1115,\"*Liquid*\"),1),MIN(COUNTIF($E1115,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1115,\"*Coal\")+COUNTIF($E1115,\"*Biomass*\"),1),MIN(COUNTIF($E1115,\"*Liquid*\"),1),MIN(COUNTIF($E1115,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1115,\"*Coal\")+COUNTIF($E1115,\"*Biomass*\"),1),MIN(COUNTIF($E1115,\"*Liquid*\"),1),MIN(COUNTIF($E1115,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1115,\"*Coal\")+COUNTIF($E1115,\"*Biomass*\"),1),MIN(COUNTIF($E1115,\"*Liquid*\"),1),MIN(COUNTIF($E1115,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1115,\"*Coal\")+COUNTIF($E1115,\"*Biomass*\"),1),MIN(COUNTIF($E1115,\"*Liquid*\"),1),MIN(COUNTIF($E1115,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1115,\"*Coal\")+COUNTIF($E1115,\"*Biomass*\"),1),MIN(COUNTIF($E1115,\"*Liquid*\"),1),MIN(COUNTIF($E1115,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1115,\"*Coal\")+COUNTIF($E1115,\"*Biomass*\"),1),MIN(COUNTIF($E1115,\"*Liquid*\"),1),MIN(COUNTIF($E1115,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1115,\"*Coal\")+COUNTIF($E1115,\"*Biomass*\"),1),MIN(COUNTIF($E1115,\"*Liquid*\"),1),MIN(COUNTIF($E1115,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1115,\"*Coal\")+COUNTIF($E1115,\"*Biomass*\"),1),MIN(COUNTIF($E1115,\"*Liquid*\"),1),MIN(COUNTIF($E1115,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1115,\"*Coal\")+COUNTIF($E1115,\"*Biomass*\"),1),MIN(COUNTIF($E1115,\"*Liquid*\"),1),MIN(COUNTIF($E1115,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1115,\"*Coal\")+COUNTIF($E1115,\"*Biomass*\"),1),MIN(COUNTIF($E1115,\"*Liquid*\"),1),MIN(COUNTIF($E1115,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1115,\"*Coal\")+COUNTIF($E1115,\"*Biomass*\"),1),MIN(COUNTIF($E1115,\"*Liquid*\"),1),MIN(COUNTIF($E1115,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1115,\"*Coal\")+COUNTIF($E1115,\"*Biomass*\"),1),MIN(COUNTIF($E1115,\"*Liquid*\"),1),MIN(COUNTIF($E1115,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1115,\"*Coal\")+COUNTIF($E1115,\"*Biomass*\"),1),MIN(COUNTIF($E1115,\"*Liquid*\"),1),MIN(COUNTIF($E1115,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1115,\"*Coal\")+COUNTIF($E1115,\"*Biomass*\"),1),MIN(COUNTIF($E1115,\"*Liquid*\"),1),MIN(COUNTIF($E1115,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1115)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1166","v":"CNSW Pumped Hydro - 48h"},{"$f":"'Summary Mapping'!$J1166","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1166","v":"NSW"},{"$f":"'Summary Mapping'!$M1166","v":"Water"},{"$f":"IF('Summary Mapping'!$H1166=\"N/A\",'Summary Mapping'!$G1166,'Summary Mapping'!$H1166)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N1166","v":"Hydro"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1116,\"*Coal\")+COUNTIF($E1116,\"*Biomass*\"),1),MIN(COUNTIF($E1116,\"*Liquid*\"),1),MIN(COUNTIF($E1116,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1116,\"*Coal\")+COUNTIF($E1116,\"*Biomass*\"),1),MIN(COUNTIF($E1116,\"*Liquid*\"),1),MIN(COUNTIF($E1116,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1116,\"*Coal\")+COUNTIF($E1116,\"*Biomass*\"),1),MIN(COUNTIF($E1116,\"*Liquid*\"),1),MIN(COUNTIF($E1116,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1116,\"*Coal\")+COUNTIF($E1116,\"*Biomass*\"),1),MIN(COUNTIF($E1116,\"*Liquid*\"),1),MIN(COUNTIF($E1116,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1116,\"*Coal\")+COUNTIF($E1116,\"*Biomass*\"),1),MIN(COUNTIF($E1116,\"*Liquid*\"),1),MIN(COUNTIF($E1116,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1116,\"*Coal\")+COUNTIF($E1116,\"*Biomass*\"),1),MIN(COUNTIF($E1116,\"*Liquid*\"),1),MIN(COUNTIF($E1116,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1116,\"*Coal\")+COUNTIF($E1116,\"*Biomass*\"),1),MIN(COUNTIF($E1116,\"*Liquid*\"),1),MIN(COUNTIF($E1116,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1116,\"*Coal\")+COUNTIF($E1116,\"*Biomass*\"),1),MIN(COUNTIF($E1116,\"*Liquid*\"),1),MIN(COUNTIF($E1116,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1116,\"*Coal\")+COUNTIF($E1116,\"*Biomass*\"),1),MIN(COUNTIF($E1116,\"*Liquid*\"),1),MIN(COUNTIF($E1116,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1116,\"*Coal\")+COUNTIF($E1116,\"*Biomass*\"),1),MIN(COUNTIF($E1116,\"*Liquid*\"),1),MIN(COUNTIF($E1116,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1116,\"*Coal\")+COUNTIF($E1116,\"*Biomass*\"),1),MIN(COUNTIF($E1116,\"*Liquid*\"),1),MIN(COUNTIF($E1116,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1116,\"*Coal\")+COUNTIF($E1116,\"*Biomass*\"),1),MIN(COUNTIF($E1116,\"*Liquid*\"),1),MIN(COUNTIF($E1116,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1116,\"*Coal\")+COUNTIF($E1116,\"*Biomass*\"),1),MIN(COUNTIF($E1116,\"*Liquid*\"),1),MIN(COUNTIF($E1116,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1116,\"*Coal\")+COUNTIF($E1116,\"*Biomass*\"),1),MIN(COUNTIF($E1116,\"*Liquid*\"),1),MIN(COUNTIF($E1116,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1116,\"*Coal\")+COUNTIF($E1116,\"*Biomass*\"),1),MIN(COUNTIF($E1116,\"*Liquid*\"),1),MIN(COUNTIF($E1116,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1116,\"*Coal\")+COUNTIF($E1116,\"*Biomass*\"),1),MIN(COUNTIF($E1116,\"*Liquid*\"),1),MIN(COUNTIF($E1116,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1116,\"*Coal\")+COUNTIF($E1116,\"*Biomass*\"),1),MIN(COUNTIF($E1116,\"*Liquid*\"),1),MIN(COUNTIF($E1116,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1116,\"*Coal\")+COUNTIF($E1116,\"*Biomass*\"),1),MIN(COUNTIF($E1116,\"*Liquid*\"),1),MIN(COUNTIF($E1116,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1116,\"*Coal\")+COUNTIF($E1116,\"*Biomass*\"),1),MIN(COUNTIF($E1116,\"*Liquid*\"),1),MIN(COUNTIF($E1116,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1116,\"*Coal\")+COUNTIF($E1116,\"*Biomass*\"),1),MIN(COUNTIF($E1116,\"*Liquid*\"),1),MIN(COUNTIF($E1116,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1116,\"*Coal\")+COUNTIF($E1116,\"*Biomass*\"),1),MIN(COUNTIF($E1116,\"*Liquid*\"),1),MIN(COUNTIF($E1116,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1116,\"*Coal\")+COUNTIF($E1116,\"*Biomass*\"),1),MIN(COUNTIF($E1116,\"*Liquid*\"),1),MIN(COUNTIF($E1116,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1116,\"*Coal\")+COUNTIF($E1116,\"*Biomass*\"),1),MIN(COUNTIF($E1116,\"*Liquid*\"),1),MIN(COUNTIF($E1116,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1116,\"*Coal\")+COUNTIF($E1116,\"*Biomass*\"),1),MIN(COUNTIF($E1116,\"*Liquid*\"),1),MIN(COUNTIF($E1116,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1116,\"*Coal\")+COUNTIF($E1116,\"*Biomass*\"),1),MIN(COUNTIF($E1116,\"*Liquid*\"),1),MIN(COUNTIF($E1116,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1116,\"*Coal\")+COUNTIF($E1116,\"*Biomass*\"),1),MIN(COUNTIF($E1116,\"*Liquid*\"),1),MIN(COUNTIF($E1116,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1116,\"*Coal\")+COUNTIF($E1116,\"*Biomass*\"),1),MIN(COUNTIF($E1116,\"*Liquid*\"),1),MIN(COUNTIF($E1116,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1116)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1167","v":"SNW Pumped Hydro - 48h"},{"$f":"'Summary Mapping'!$J1167","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1167","v":"NSW"},{"$f":"'Summary Mapping'!$M1167","v":"Water"},{"$f":"IF('Summary Mapping'!$H1167=\"N/A\",'Summary Mapping'!$G1167,'Summary Mapping'!$H1167)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N1167","v":"Hydro"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1117,\"*Coal\")+COUNTIF($E1117,\"*Biomass*\"),1),MIN(COUNTIF($E1117,\"*Liquid*\"),1),MIN(COUNTIF($E1117,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1117,\"*Coal\")+COUNTIF($E1117,\"*Biomass*\"),1),MIN(COUNTIF($E1117,\"*Liquid*\"),1),MIN(COUNTIF($E1117,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1117,\"*Coal\")+COUNTIF($E1117,\"*Biomass*\"),1),MIN(COUNTIF($E1117,\"*Liquid*\"),1),MIN(COUNTIF($E1117,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1117,\"*Coal\")+COUNTIF($E1117,\"*Biomass*\"),1),MIN(COUNTIF($E1117,\"*Liquid*\"),1),MIN(COUNTIF($E1117,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1117,\"*Coal\")+COUNTIF($E1117,\"*Biomass*\"),1),MIN(COUNTIF($E1117,\"*Liquid*\"),1),MIN(COUNTIF($E1117,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1117,\"*Coal\")+COUNTIF($E1117,\"*Biomass*\"),1),MIN(COUNTIF($E1117,\"*Liquid*\"),1),MIN(COUNTIF($E1117,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1117,\"*Coal\")+COUNTIF($E1117,\"*Biomass*\"),1),MIN(COUNTIF($E1117,\"*Liquid*\"),1),MIN(COUNTIF($E1117,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1117,\"*Coal\")+COUNTIF($E1117,\"*Biomass*\"),1),MIN(COUNTIF($E1117,\"*Liquid*\"),1),MIN(COUNTIF($E1117,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1117,\"*Coal\")+COUNTIF($E1117,\"*Biomass*\"),1),MIN(COUNTIF($E1117,\"*Liquid*\"),1),MIN(COUNTIF($E1117,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1117,\"*Coal\")+COUNTIF($E1117,\"*Biomass*\"),1),MIN(COUNTIF($E1117,\"*Liquid*\"),1),MIN(COUNTIF($E1117,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1117,\"*Coal\")+COUNTIF($E1117,\"*Biomass*\"),1),MIN(COUNTIF($E1117,\"*Liquid*\"),1),MIN(COUNTIF($E1117,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1117,\"*Coal\")+COUNTIF($E1117,\"*Biomass*\"),1),MIN(COUNTIF($E1117,\"*Liquid*\"),1),MIN(COUNTIF($E1117,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1117,\"*Coal\")+COUNTIF($E1117,\"*Biomass*\"),1),MIN(COUNTIF($E1117,\"*Liquid*\"),1),MIN(COUNTIF($E1117,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1117,\"*Coal\")+COUNTIF($E1117,\"*Biomass*\"),1),MIN(COUNTIF($E1117,\"*Liquid*\"),1),MIN(COUNTIF($E1117,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1117,\"*Coal\")+COUNTIF($E1117,\"*Biomass*\"),1),MIN(COUNTIF($E1117,\"*Liquid*\"),1),MIN(COUNTIF($E1117,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1117,\"*Coal\")+COUNTIF($E1117,\"*Biomass*\"),1),MIN(COUNTIF($E1117,\"*Liquid*\"),1),MIN(COUNTIF($E1117,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1117,\"*Coal\")+COUNTIF($E1117,\"*Biomass*\"),1),MIN(COUNTIF($E1117,\"*Liquid*\"),1),MIN(COUNTIF($E1117,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1117,\"*Coal\")+COUNTIF($E1117,\"*Biomass*\"),1),MIN(COUNTIF($E1117,\"*Liquid*\"),1),MIN(COUNTIF($E1117,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1117,\"*Coal\")+COUNTIF($E1117,\"*Biomass*\"),1),MIN(COUNTIF($E1117,\"*Liquid*\"),1),MIN(COUNTIF($E1117,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1117,\"*Coal\")+COUNTIF($E1117,\"*Biomass*\"),1),MIN(COUNTIF($E1117,\"*Liquid*\"),1),MIN(COUNTIF($E1117,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1117,\"*Coal\")+COUNTIF($E1117,\"*Biomass*\"),1),MIN(COUNTIF($E1117,\"*Liquid*\"),1),MIN(COUNTIF($E1117,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1117,\"*Coal\")+COUNTIF($E1117,\"*Biomass*\"),1),MIN(COUNTIF($E1117,\"*Liquid*\"),1),MIN(COUNTIF($E1117,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1117,\"*Coal\")+COUNTIF($E1117,\"*Biomass*\"),1),MIN(COUNTIF($E1117,\"*Liquid*\"),1),MIN(COUNTIF($E1117,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1117,\"*Coal\")+COUNTIF($E1117,\"*Biomass*\"),1),MIN(COUNTIF($E1117,\"*Liquid*\"),1),MIN(COUNTIF($E1117,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1117,\"*Coal\")+COUNTIF($E1117,\"*Biomass*\"),1),MIN(COUNTIF($E1117,\"*Liquid*\"),1),MIN(COUNTIF($E1117,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1117,\"*Coal\")+COUNTIF($E1117,\"*Biomass*\"),1),MIN(COUNTIF($E1117,\"*Liquid*\"),1),MIN(COUNTIF($E1117,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1117,\"*Coal\")+COUNTIF($E1117,\"*Biomass*\"),1),MIN(COUNTIF($E1117,\"*Liquid*\"),1),MIN(COUNTIF($E1117,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1117)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1168","v":"SNSW Pumped Hydro - 48h"},{"$f":"'Summary Mapping'!$J1168","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1168","v":"NSW"},{"$f":"'Summary Mapping'!$M1168","v":"Water"},{"$f":"IF('Summary Mapping'!$H1168=\"N/A\",'Summary Mapping'!$G1168,'Summary Mapping'!$H1168)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N1168","v":"Hydro"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1118,\"*Coal\")+COUNTIF($E1118,\"*Biomass*\"),1),MIN(COUNTIF($E1118,\"*Liquid*\"),1),MIN(COUNTIF($E1118,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1118,\"*Coal\")+COUNTIF($E1118,\"*Biomass*\"),1),MIN(COUNTIF($E1118,\"*Liquid*\"),1),MIN(COUNTIF($E1118,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1118,\"*Coal\")+COUNTIF($E1118,\"*Biomass*\"),1),MIN(COUNTIF($E1118,\"*Liquid*\"),1),MIN(COUNTIF($E1118,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1118,\"*Coal\")+COUNTIF($E1118,\"*Biomass*\"),1),MIN(COUNTIF($E1118,\"*Liquid*\"),1),MIN(COUNTIF($E1118,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1118,\"*Coal\")+COUNTIF($E1118,\"*Biomass*\"),1),MIN(COUNTIF($E1118,\"*Liquid*\"),1),MIN(COUNTIF($E1118,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1118,\"*Coal\")+COUNTIF($E1118,\"*Biomass*\"),1),MIN(COUNTIF($E1118,\"*Liquid*\"),1),MIN(COUNTIF($E1118,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1118,\"*Coal\")+COUNTIF($E1118,\"*Biomass*\"),1),MIN(COUNTIF($E1118,\"*Liquid*\"),1),MIN(COUNTIF($E1118,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1118,\"*Coal\")+COUNTIF($E1118,\"*Biomass*\"),1),MIN(COUNTIF($E1118,\"*Liquid*\"),1),MIN(COUNTIF($E1118,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1118,\"*Coal\")+COUNTIF($E1118,\"*Biomass*\"),1),MIN(COUNTIF($E1118,\"*Liquid*\"),1),MIN(COUNTIF($E1118,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1118,\"*Coal\")+COUNTIF($E1118,\"*Biomass*\"),1),MIN(COUNTIF($E1118,\"*Liquid*\"),1),MIN(COUNTIF($E1118,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1118,\"*Coal\")+COUNTIF($E1118,\"*Biomass*\"),1),MIN(COUNTIF($E1118,\"*Liquid*\"),1),MIN(COUNTIF($E1118,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1118,\"*Coal\")+COUNTIF($E1118,\"*Biomass*\"),1),MIN(COUNTIF($E1118,\"*Liquid*\"),1),MIN(COUNTIF($E1118,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1118,\"*Coal\")+COUNTIF($E1118,\"*Biomass*\"),1),MIN(COUNTIF($E1118,\"*Liquid*\"),1),MIN(COUNTIF($E1118,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1118,\"*Coal\")+COUNTIF($E1118,\"*Biomass*\"),1),MIN(COUNTIF($E1118,\"*Liquid*\"),1),MIN(COUNTIF($E1118,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1118,\"*Coal\")+COUNTIF($E1118,\"*Biomass*\"),1),MIN(COUNTIF($E1118,\"*Liquid*\"),1),MIN(COUNTIF($E1118,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1118,\"*Coal\")+COUNTIF($E1118,\"*Biomass*\"),1),MIN(COUNTIF($E1118,\"*Liquid*\"),1),MIN(COUNTIF($E1118,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1118,\"*Coal\")+COUNTIF($E1118,\"*Biomass*\"),1),MIN(COUNTIF($E1118,\"*Liquid*\"),1),MIN(COUNTIF($E1118,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1118,\"*Coal\")+COUNTIF($E1118,\"*Biomass*\"),1),MIN(COUNTIF($E1118,\"*Liquid*\"),1),MIN(COUNTIF($E1118,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1118,\"*Coal\")+COUNTIF($E1118,\"*Biomass*\"),1),MIN(COUNTIF($E1118,\"*Liquid*\"),1),MIN(COUNTIF($E1118,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1118,\"*Coal\")+COUNTIF($E1118,\"*Biomass*\"),1),MIN(COUNTIF($E1118,\"*Liquid*\"),1),MIN(COUNTIF($E1118,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1118,\"*Coal\")+COUNTIF($E1118,\"*Biomass*\"),1),MIN(COUNTIF($E1118,\"*Liquid*\"),1),MIN(COUNTIF($E1118,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1118,\"*Coal\")+COUNTIF($E1118,\"*Biomass*\"),1),MIN(COUNTIF($E1118,\"*Liquid*\"),1),MIN(COUNTIF($E1118,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1118,\"*Coal\")+COUNTIF($E1118,\"*Biomass*\"),1),MIN(COUNTIF($E1118,\"*Liquid*\"),1),MIN(COUNTIF($E1118,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1118,\"*Coal\")+COUNTIF($E1118,\"*Biomass*\"),1),MIN(COUNTIF($E1118,\"*Liquid*\"),1),MIN(COUNTIF($E1118,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1118,\"*Coal\")+COUNTIF($E1118,\"*Biomass*\"),1),MIN(COUNTIF($E1118,\"*Liquid*\"),1),MIN(COUNTIF($E1118,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1118,\"*Coal\")+COUNTIF($E1118,\"*Biomass*\"),1),MIN(COUNTIF($E1118,\"*Liquid*\"),1),MIN(COUNTIF($E1118,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1118,\"*Coal\")+COUNTIF($E1118,\"*Biomass*\"),1),MIN(COUNTIF($E1118,\"*Liquid*\"),1),MIN(COUNTIF($E1118,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1118)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1169","v":"WNV Pumped Hydro - 48h"},{"$f":"'Summary Mapping'!$J1169","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1169","v":"VIC"},{"$f":"'Summary Mapping'!$M1169","v":"Water"},{"$f":"IF('Summary Mapping'!$H1169=\"N/A\",'Summary Mapping'!$G1169,'Summary Mapping'!$H1169)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N1169","v":"Hydro"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1119,\"*Coal\")+COUNTIF($E1119,\"*Biomass*\"),1),MIN(COUNTIF($E1119,\"*Liquid*\"),1),MIN(COUNTIF($E1119,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1119,\"*Coal\")+COUNTIF($E1119,\"*Biomass*\"),1),MIN(COUNTIF($E1119,\"*Liquid*\"),1),MIN(COUNTIF($E1119,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1119,\"*Coal\")+COUNTIF($E1119,\"*Biomass*\"),1),MIN(COUNTIF($E1119,\"*Liquid*\"),1),MIN(COUNTIF($E1119,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1119,\"*Coal\")+COUNTIF($E1119,\"*Biomass*\"),1),MIN(COUNTIF($E1119,\"*Liquid*\"),1),MIN(COUNTIF($E1119,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1119,\"*Coal\")+COUNTIF($E1119,\"*Biomass*\"),1),MIN(COUNTIF($E1119,\"*Liquid*\"),1),MIN(COUNTIF($E1119,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1119,\"*Coal\")+COUNTIF($E1119,\"*Biomass*\"),1),MIN(COUNTIF($E1119,\"*Liquid*\"),1),MIN(COUNTIF($E1119,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1119,\"*Coal\")+COUNTIF($E1119,\"*Biomass*\"),1),MIN(COUNTIF($E1119,\"*Liquid*\"),1),MIN(COUNTIF($E1119,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1119,\"*Coal\")+COUNTIF($E1119,\"*Biomass*\"),1),MIN(COUNTIF($E1119,\"*Liquid*\"),1),MIN(COUNTIF($E1119,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1119,\"*Coal\")+COUNTIF($E1119,\"*Biomass*\"),1),MIN(COUNTIF($E1119,\"*Liquid*\"),1),MIN(COUNTIF($E1119,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1119,\"*Coal\")+COUNTIF($E1119,\"*Biomass*\"),1),MIN(COUNTIF($E1119,\"*Liquid*\"),1),MIN(COUNTIF($E1119,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1119,\"*Coal\")+COUNTIF($E1119,\"*Biomass*\"),1),MIN(COUNTIF($E1119,\"*Liquid*\"),1),MIN(COUNTIF($E1119,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1119,\"*Coal\")+COUNTIF($E1119,\"*Biomass*\"),1),MIN(COUNTIF($E1119,\"*Liquid*\"),1),MIN(COUNTIF($E1119,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1119,\"*Coal\")+COUNTIF($E1119,\"*Biomass*\"),1),MIN(COUNTIF($E1119,\"*Liquid*\"),1),MIN(COUNTIF($E1119,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1119,\"*Coal\")+COUNTIF($E1119,\"*Biomass*\"),1),MIN(COUNTIF($E1119,\"*Liquid*\"),1),MIN(COUNTIF($E1119,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1119,\"*Coal\")+COUNTIF($E1119,\"*Biomass*\"),1),MIN(COUNTIF($E1119,\"*Liquid*\"),1),MIN(COUNTIF($E1119,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1119,\"*Coal\")+COUNTIF($E1119,\"*Biomass*\"),1),MIN(COUNTIF($E1119,\"*Liquid*\"),1),MIN(COUNTIF($E1119,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1119,\"*Coal\")+COUNTIF($E1119,\"*Biomass*\"),1),MIN(COUNTIF($E1119,\"*Liquid*\"),1),MIN(COUNTIF($E1119,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1119,\"*Coal\")+COUNTIF($E1119,\"*Biomass*\"),1),MIN(COUNTIF($E1119,\"*Liquid*\"),1),MIN(COUNTIF($E1119,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1119,\"*Coal\")+COUNTIF($E1119,\"*Biomass*\"),1),MIN(COUNTIF($E1119,\"*Liquid*\"),1),MIN(COUNTIF($E1119,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1119,\"*Coal\")+COUNTIF($E1119,\"*Biomass*\"),1),MIN(COUNTIF($E1119,\"*Liquid*\"),1),MIN(COUNTIF($E1119,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1119,\"*Coal\")+COUNTIF($E1119,\"*Biomass*\"),1),MIN(COUNTIF($E1119,\"*Liquid*\"),1),MIN(COUNTIF($E1119,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1119,\"*Coal\")+COUNTIF($E1119,\"*Biomass*\"),1),MIN(COUNTIF($E1119,\"*Liquid*\"),1),MIN(COUNTIF($E1119,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1119,\"*Coal\")+COUNTIF($E1119,\"*Biomass*\"),1),MIN(COUNTIF($E1119,\"*Liquid*\"),1),MIN(COUNTIF($E1119,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1119,\"*Coal\")+COUNTIF($E1119,\"*Biomass*\"),1),MIN(COUNTIF($E1119,\"*Liquid*\"),1),MIN(COUNTIF($E1119,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1119,\"*Coal\")+COUNTIF($E1119,\"*Biomass*\"),1),MIN(COUNTIF($E1119,\"*Liquid*\"),1),MIN(COUNTIF($E1119,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1119,\"*Coal\")+COUNTIF($E1119,\"*Biomass*\"),1),MIN(COUNTIF($E1119,\"*Liquid*\"),1),MIN(COUNTIF($E1119,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1119,\"*Coal\")+COUNTIF($E1119,\"*Biomass*\"),1),MIN(COUNTIF($E1119,\"*Liquid*\"),1),MIN(COUNTIF($E1119,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1119)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1170","v":"CSA Pumped Hydro - 48h"},{"$f":"'Summary Mapping'!$J1170","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1170","v":"SA"},{"$f":"'Summary Mapping'!$M1170","v":"Water"},{"$f":"IF('Summary Mapping'!$H1170=\"N/A\",'Summary Mapping'!$G1170,'Summary Mapping'!$H1170)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N1170","v":"Hydro"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1120,\"*Coal\")+COUNTIF($E1120,\"*Biomass*\"),1),MIN(COUNTIF($E1120,\"*Liquid*\"),1),MIN(COUNTIF($E1120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1120,\"*Coal\")+COUNTIF($E1120,\"*Biomass*\"),1),MIN(COUNTIF($E1120,\"*Liquid*\"),1),MIN(COUNTIF($E1120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1120,\"*Coal\")+COUNTIF($E1120,\"*Biomass*\"),1),MIN(COUNTIF($E1120,\"*Liquid*\"),1),MIN(COUNTIF($E1120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1120,\"*Coal\")+COUNTIF($E1120,\"*Biomass*\"),1),MIN(COUNTIF($E1120,\"*Liquid*\"),1),MIN(COUNTIF($E1120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1120,\"*Coal\")+COUNTIF($E1120,\"*Biomass*\"),1),MIN(COUNTIF($E1120,\"*Liquid*\"),1),MIN(COUNTIF($E1120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1120,\"*Coal\")+COUNTIF($E1120,\"*Biomass*\"),1),MIN(COUNTIF($E1120,\"*Liquid*\"),1),MIN(COUNTIF($E1120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1120,\"*Coal\")+COUNTIF($E1120,\"*Biomass*\"),1),MIN(COUNTIF($E1120,\"*Liquid*\"),1),MIN(COUNTIF($E1120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1120,\"*Coal\")+COUNTIF($E1120,\"*Biomass*\"),1),MIN(COUNTIF($E1120,\"*Liquid*\"),1),MIN(COUNTIF($E1120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1120,\"*Coal\")+COUNTIF($E1120,\"*Biomass*\"),1),MIN(COUNTIF($E1120,\"*Liquid*\"),1),MIN(COUNTIF($E1120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1120,\"*Coal\")+COUNTIF($E1120,\"*Biomass*\"),1),MIN(COUNTIF($E1120,\"*Liquid*\"),1),MIN(COUNTIF($E1120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1120,\"*Coal\")+COUNTIF($E1120,\"*Biomass*\"),1),MIN(COUNTIF($E1120,\"*Liquid*\"),1),MIN(COUNTIF($E1120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1120,\"*Coal\")+COUNTIF($E1120,\"*Biomass*\"),1),MIN(COUNTIF($E1120,\"*Liquid*\"),1),MIN(COUNTIF($E1120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1120,\"*Coal\")+COUNTIF($E1120,\"*Biomass*\"),1),MIN(COUNTIF($E1120,\"*Liquid*\"),1),MIN(COUNTIF($E1120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1120,\"*Coal\")+COUNTIF($E1120,\"*Biomass*\"),1),MIN(COUNTIF($E1120,\"*Liquid*\"),1),MIN(COUNTIF($E1120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1120,\"*Coal\")+COUNTIF($E1120,\"*Biomass*\"),1),MIN(COUNTIF($E1120,\"*Liquid*\"),1),MIN(COUNTIF($E1120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1120,\"*Coal\")+COUNTIF($E1120,\"*Biomass*\"),1),MIN(COUNTIF($E1120,\"*Liquid*\"),1),MIN(COUNTIF($E1120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1120,\"*Coal\")+COUNTIF($E1120,\"*Biomass*\"),1),MIN(COUNTIF($E1120,\"*Liquid*\"),1),MIN(COUNTIF($E1120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1120,\"*Coal\")+COUNTIF($E1120,\"*Biomass*\"),1),MIN(COUNTIF($E1120,\"*Liquid*\"),1),MIN(COUNTIF($E1120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1120,\"*Coal\")+COUNTIF($E1120,\"*Biomass*\"),1),MIN(COUNTIF($E1120,\"*Liquid*\"),1),MIN(COUNTIF($E1120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1120,\"*Coal\")+COUNTIF($E1120,\"*Biomass*\"),1),MIN(COUNTIF($E1120,\"*Liquid*\"),1),MIN(COUNTIF($E1120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1120,\"*Coal\")+COUNTIF($E1120,\"*Biomass*\"),1),MIN(COUNTIF($E1120,\"*Liquid*\"),1),MIN(COUNTIF($E1120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1120,\"*Coal\")+COUNTIF($E1120,\"*Biomass*\"),1),MIN(COUNTIF($E1120,\"*Liquid*\"),1),MIN(COUNTIF($E1120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1120,\"*Coal\")+COUNTIF($E1120,\"*Biomass*\"),1),MIN(COUNTIF($E1120,\"*Liquid*\"),1),MIN(COUNTIF($E1120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1120,\"*Coal\")+COUNTIF($E1120,\"*Biomass*\"),1),MIN(COUNTIF($E1120,\"*Liquid*\"),1),MIN(COUNTIF($E1120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1120,\"*Coal\")+COUNTIF($E1120,\"*Biomass*\"),1),MIN(COUNTIF($E1120,\"*Liquid*\"),1),MIN(COUNTIF($E1120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1120,\"*Coal\")+COUNTIF($E1120,\"*Biomass*\"),1),MIN(COUNTIF($E1120,\"*Liquid*\"),1),MIN(COUNTIF($E1120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1120,\"*Coal\")+COUNTIF($E1120,\"*Biomass*\"),1),MIN(COUNTIF($E1120,\"*Liquid*\"),1),MIN(COUNTIF($E1120,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1120)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1171","v":"NSA Pumped Hydro - 48h"},{"$f":"'Summary Mapping'!$J1171","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1171","v":"SA"},{"$f":"'Summary Mapping'!$M1171","v":"Water"},{"$f":"IF('Summary Mapping'!$H1171=\"N/A\",'Summary Mapping'!$G1171,'Summary Mapping'!$H1171)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N1171","v":"Hydro"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1121,\"*Coal\")+COUNTIF($E1121,\"*Biomass*\"),1),MIN(COUNTIF($E1121,\"*Liquid*\"),1),MIN(COUNTIF($E1121,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1121,\"*Coal\")+COUNTIF($E1121,\"*Biomass*\"),1),MIN(COUNTIF($E1121,\"*Liquid*\"),1),MIN(COUNTIF($E1121,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1121,\"*Coal\")+COUNTIF($E1121,\"*Biomass*\"),1),MIN(COUNTIF($E1121,\"*Liquid*\"),1),MIN(COUNTIF($E1121,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1121,\"*Coal\")+COUNTIF($E1121,\"*Biomass*\"),1),MIN(COUNTIF($E1121,\"*Liquid*\"),1),MIN(COUNTIF($E1121,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1121,\"*Coal\")+COUNTIF($E1121,\"*Biomass*\"),1),MIN(COUNTIF($E1121,\"*Liquid*\"),1),MIN(COUNTIF($E1121,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1121,\"*Coal\")+COUNTIF($E1121,\"*Biomass*\"),1),MIN(COUNTIF($E1121,\"*Liquid*\"),1),MIN(COUNTIF($E1121,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1121,\"*Coal\")+COUNTIF($E1121,\"*Biomass*\"),1),MIN(COUNTIF($E1121,\"*Liquid*\"),1),MIN(COUNTIF($E1121,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1121,\"*Coal\")+COUNTIF($E1121,\"*Biomass*\"),1),MIN(COUNTIF($E1121,\"*Liquid*\"),1),MIN(COUNTIF($E1121,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1121,\"*Coal\")+COUNTIF($E1121,\"*Biomass*\"),1),MIN(COUNTIF($E1121,\"*Liquid*\"),1),MIN(COUNTIF($E1121,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1121,\"*Coal\")+COUNTIF($E1121,\"*Biomass*\"),1),MIN(COUNTIF($E1121,\"*Liquid*\"),1),MIN(COUNTIF($E1121,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1121,\"*Coal\")+COUNTIF($E1121,\"*Biomass*\"),1),MIN(COUNTIF($E1121,\"*Liquid*\"),1),MIN(COUNTIF($E1121,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1121,\"*Coal\")+COUNTIF($E1121,\"*Biomass*\"),1),MIN(COUNTIF($E1121,\"*Liquid*\"),1),MIN(COUNTIF($E1121,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1121,\"*Coal\")+COUNTIF($E1121,\"*Biomass*\"),1),MIN(COUNTIF($E1121,\"*Liquid*\"),1),MIN(COUNTIF($E1121,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1121,\"*Coal\")+COUNTIF($E1121,\"*Biomass*\"),1),MIN(COUNTIF($E1121,\"*Liquid*\"),1),MIN(COUNTIF($E1121,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1121,\"*Coal\")+COUNTIF($E1121,\"*Biomass*\"),1),MIN(COUNTIF($E1121,\"*Liquid*\"),1),MIN(COUNTIF($E1121,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1121,\"*Coal\")+COUNTIF($E1121,\"*Biomass*\"),1),MIN(COUNTIF($E1121,\"*Liquid*\"),1),MIN(COUNTIF($E1121,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1121,\"*Coal\")+COUNTIF($E1121,\"*Biomass*\"),1),MIN(COUNTIF($E1121,\"*Liquid*\"),1),MIN(COUNTIF($E1121,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1121,\"*Coal\")+COUNTIF($E1121,\"*Biomass*\"),1),MIN(COUNTIF($E1121,\"*Liquid*\"),1),MIN(COUNTIF($E1121,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1121,\"*Coal\")+COUNTIF($E1121,\"*Biomass*\"),1),MIN(COUNTIF($E1121,\"*Liquid*\"),1),MIN(COUNTIF($E1121,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1121,\"*Coal\")+COUNTIF($E1121,\"*Biomass*\"),1),MIN(COUNTIF($E1121,\"*Liquid*\"),1),MIN(COUNTIF($E1121,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1121,\"*Coal\")+COUNTIF($E1121,\"*Biomass*\"),1),MIN(COUNTIF($E1121,\"*Liquid*\"),1),MIN(COUNTIF($E1121,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1121,\"*Coal\")+COUNTIF($E1121,\"*Biomass*\"),1),MIN(COUNTIF($E1121,\"*Liquid*\"),1),MIN(COUNTIF($E1121,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1121,\"*Coal\")+COUNTIF($E1121,\"*Biomass*\"),1),MIN(COUNTIF($E1121,\"*Liquid*\"),1),MIN(COUNTIF($E1121,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1121,\"*Coal\")+COUNTIF($E1121,\"*Biomass*\"),1),MIN(COUNTIF($E1121,\"*Liquid*\"),1),MIN(COUNTIF($E1121,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1121,\"*Coal\")+COUNTIF($E1121,\"*Biomass*\"),1),MIN(COUNTIF($E1121,\"*Liquid*\"),1),MIN(COUNTIF($E1121,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1121,\"*Coal\")+COUNTIF($E1121,\"*Biomass*\"),1),MIN(COUNTIF($E1121,\"*Liquid*\"),1),MIN(COUNTIF($E1121,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1121,\"*Coal\")+COUNTIF($E1121,\"*Biomass*\"),1),MIN(COUNTIF($E1121,\"*Liquid*\"),1),MIN(COUNTIF($E1121,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1121)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1172","v":"TAS Pumped Hydro - 48h"},{"$f":"'Summary Mapping'!$J1172","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1172","v":"TAS"},{"$f":"'Summary Mapping'!$M1172","v":"Water"},{"$f":"IF('Summary Mapping'!$H1172=\"N/A\",'Summary Mapping'!$G1172,'Summary Mapping'!$H1172)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N1172","v":"Hydro"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1122,\"*Coal\")+COUNTIF($E1122,\"*Biomass*\"),1),MIN(COUNTIF($E1122,\"*Liquid*\"),1),MIN(COUNTIF($E1122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1122,\"*Coal\")+COUNTIF($E1122,\"*Biomass*\"),1),MIN(COUNTIF($E1122,\"*Liquid*\"),1),MIN(COUNTIF($E1122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1122,\"*Coal\")+COUNTIF($E1122,\"*Biomass*\"),1),MIN(COUNTIF($E1122,\"*Liquid*\"),1),MIN(COUNTIF($E1122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1122,\"*Coal\")+COUNTIF($E1122,\"*Biomass*\"),1),MIN(COUNTIF($E1122,\"*Liquid*\"),1),MIN(COUNTIF($E1122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1122,\"*Coal\")+COUNTIF($E1122,\"*Biomass*\"),1),MIN(COUNTIF($E1122,\"*Liquid*\"),1),MIN(COUNTIF($E1122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1122,\"*Coal\")+COUNTIF($E1122,\"*Biomass*\"),1),MIN(COUNTIF($E1122,\"*Liquid*\"),1),MIN(COUNTIF($E1122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1122,\"*Coal\")+COUNTIF($E1122,\"*Biomass*\"),1),MIN(COUNTIF($E1122,\"*Liquid*\"),1),MIN(COUNTIF($E1122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1122,\"*Coal\")+COUNTIF($E1122,\"*Biomass*\"),1),MIN(COUNTIF($E1122,\"*Liquid*\"),1),MIN(COUNTIF($E1122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1122,\"*Coal\")+COUNTIF($E1122,\"*Biomass*\"),1),MIN(COUNTIF($E1122,\"*Liquid*\"),1),MIN(COUNTIF($E1122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1122,\"*Coal\")+COUNTIF($E1122,\"*Biomass*\"),1),MIN(COUNTIF($E1122,\"*Liquid*\"),1),MIN(COUNTIF($E1122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1122,\"*Coal\")+COUNTIF($E1122,\"*Biomass*\"),1),MIN(COUNTIF($E1122,\"*Liquid*\"),1),MIN(COUNTIF($E1122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1122,\"*Coal\")+COUNTIF($E1122,\"*Biomass*\"),1),MIN(COUNTIF($E1122,\"*Liquid*\"),1),MIN(COUNTIF($E1122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1122,\"*Coal\")+COUNTIF($E1122,\"*Biomass*\"),1),MIN(COUNTIF($E1122,\"*Liquid*\"),1),MIN(COUNTIF($E1122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1122,\"*Coal\")+COUNTIF($E1122,\"*Biomass*\"),1),MIN(COUNTIF($E1122,\"*Liquid*\"),1),MIN(COUNTIF($E1122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1122,\"*Coal\")+COUNTIF($E1122,\"*Biomass*\"),1),MIN(COUNTIF($E1122,\"*Liquid*\"),1),MIN(COUNTIF($E1122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1122,\"*Coal\")+COUNTIF($E1122,\"*Biomass*\"),1),MIN(COUNTIF($E1122,\"*Liquid*\"),1),MIN(COUNTIF($E1122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1122,\"*Coal\")+COUNTIF($E1122,\"*Biomass*\"),1),MIN(COUNTIF($E1122,\"*Liquid*\"),1),MIN(COUNTIF($E1122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1122,\"*Coal\")+COUNTIF($E1122,\"*Biomass*\"),1),MIN(COUNTIF($E1122,\"*Liquid*\"),1),MIN(COUNTIF($E1122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1122,\"*Coal\")+COUNTIF($E1122,\"*Biomass*\"),1),MIN(COUNTIF($E1122,\"*Liquid*\"),1),MIN(COUNTIF($E1122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1122,\"*Coal\")+COUNTIF($E1122,\"*Biomass*\"),1),MIN(COUNTIF($E1122,\"*Liquid*\"),1),MIN(COUNTIF($E1122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1122,\"*Coal\")+COUNTIF($E1122,\"*Biomass*\"),1),MIN(COUNTIF($E1122,\"*Liquid*\"),1),MIN(COUNTIF($E1122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1122,\"*Coal\")+COUNTIF($E1122,\"*Biomass*\"),1),MIN(COUNTIF($E1122,\"*Liquid*\"),1),MIN(COUNTIF($E1122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1122,\"*Coal\")+COUNTIF($E1122,\"*Biomass*\"),1),MIN(COUNTIF($E1122,\"*Liquid*\"),1),MIN(COUNTIF($E1122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1122,\"*Coal\")+COUNTIF($E1122,\"*Biomass*\"),1),MIN(COUNTIF($E1122,\"*Liquid*\"),1),MIN(COUNTIF($E1122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1122,\"*Coal\")+COUNTIF($E1122,\"*Biomass*\"),1),MIN(COUNTIF($E1122,\"*Liquid*\"),1),MIN(COUNTIF($E1122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1122,\"*Coal\")+COUNTIF($E1122,\"*Biomass*\"),1),MIN(COUNTIF($E1122,\"*Liquid*\"),1),MIN(COUNTIF($E1122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1122,\"*Coal\")+COUNTIF($E1122,\"*Biomass*\"),1),MIN(COUNTIF($E1122,\"*Liquid*\"),1),MIN(COUNTIF($E1122,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1122)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1173","v":"BOTN - Cethana - 20h"},{"$f":"'Summary Mapping'!$J1173","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1173","v":"TAS"},{"$f":"'Summary Mapping'!$M1173","v":"Water"},{"$f":"IF('Summary Mapping'!$H1173=\"N/A\",'Summary Mapping'!$G1173,'Summary Mapping'!$H1173)","v":"Not Applicable"},{"$f":"'Summary Mapping'!$N1173","v":"Hydro"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1123,\"*Coal\")+COUNTIF($E1123,\"*Biomass*\"),1),MIN(COUNTIF($E1123,\"*Liquid*\"),1),MIN(COUNTIF($E1123,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1123,\"*Coal\")+COUNTIF($E1123,\"*Biomass*\"),1),MIN(COUNTIF($E1123,\"*Liquid*\"),1),MIN(COUNTIF($E1123,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1123,\"*Coal\")+COUNTIF($E1123,\"*Biomass*\"),1),MIN(COUNTIF($E1123,\"*Liquid*\"),1),MIN(COUNTIF($E1123,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1123,\"*Coal\")+COUNTIF($E1123,\"*Biomass*\"),1),MIN(COUNTIF($E1123,\"*Liquid*\"),1),MIN(COUNTIF($E1123,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1123,\"*Coal\")+COUNTIF($E1123,\"*Biomass*\"),1),MIN(COUNTIF($E1123,\"*Liquid*\"),1),MIN(COUNTIF($E1123,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1123,\"*Coal\")+COUNTIF($E1123,\"*Biomass*\"),1),MIN(COUNTIF($E1123,\"*Liquid*\"),1),MIN(COUNTIF($E1123,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1123,\"*Coal\")+COUNTIF($E1123,\"*Biomass*\"),1),MIN(COUNTIF($E1123,\"*Liquid*\"),1),MIN(COUNTIF($E1123,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1123,\"*Coal\")+COUNTIF($E1123,\"*Biomass*\"),1),MIN(COUNTIF($E1123,\"*Liquid*\"),1),MIN(COUNTIF($E1123,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1123,\"*Coal\")+COUNTIF($E1123,\"*Biomass*\"),1),MIN(COUNTIF($E1123,\"*Liquid*\"),1),MIN(COUNTIF($E1123,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1123,\"*Coal\")+COUNTIF($E1123,\"*Biomass*\"),1),MIN(COUNTIF($E1123,\"*Liquid*\"),1),MIN(COUNTIF($E1123,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1123,\"*Coal\")+COUNTIF($E1123,\"*Biomass*\"),1),MIN(COUNTIF($E1123,\"*Liquid*\"),1),MIN(COUNTIF($E1123,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1123,\"*Coal\")+COUNTIF($E1123,\"*Biomass*\"),1),MIN(COUNTIF($E1123,\"*Liquid*\"),1),MIN(COUNTIF($E1123,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1123,\"*Coal\")+COUNTIF($E1123,\"*Biomass*\"),1),MIN(COUNTIF($E1123,\"*Liquid*\"),1),MIN(COUNTIF($E1123,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1123,\"*Coal\")+COUNTIF($E1123,\"*Biomass*\"),1),MIN(COUNTIF($E1123,\"*Liquid*\"),1),MIN(COUNTIF($E1123,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1123,\"*Coal\")+COUNTIF($E1123,\"*Biomass*\"),1),MIN(COUNTIF($E1123,\"*Liquid*\"),1),MIN(COUNTIF($E1123,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1123,\"*Coal\")+COUNTIF($E1123,\"*Biomass*\"),1),MIN(COUNTIF($E1123,\"*Liquid*\"),1),MIN(COUNTIF($E1123,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1123,\"*Coal\")+COUNTIF($E1123,\"*Biomass*\"),1),MIN(COUNTIF($E1123,\"*Liquid*\"),1),MIN(COUNTIF($E1123,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1123,\"*Coal\")+COUNTIF($E1123,\"*Biomass*\"),1),MIN(COUNTIF($E1123,\"*Liquid*\"),1),MIN(COUNTIF($E1123,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1123,\"*Coal\")+COUNTIF($E1123,\"*Biomass*\"),1),MIN(COUNTIF($E1123,\"*Liquid*\"),1),MIN(COUNTIF($E1123,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1123,\"*Coal\")+COUNTIF($E1123,\"*Biomass*\"),1),MIN(COUNTIF($E1123,\"*Liquid*\"),1),MIN(COUNTIF($E1123,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1123,\"*Coal\")+COUNTIF($E1123,\"*Biomass*\"),1),MIN(COUNTIF($E1123,\"*Liquid*\"),1),MIN(COUNTIF($E1123,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1123,\"*Coal\")+COUNTIF($E1123,\"*Biomass*\"),1),MIN(COUNTIF($E1123,\"*Liquid*\"),1),MIN(COUNTIF($E1123,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1123,\"*Coal\")+COUNTIF($E1123,\"*Biomass*\"),1),MIN(COUNTIF($E1123,\"*Liquid*\"),1),MIN(COUNTIF($E1123,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1123,\"*Coal\")+COUNTIF($E1123,\"*Biomass*\"),1),MIN(COUNTIF($E1123,\"*Liquid*\"),1),MIN(COUNTIF($E1123,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1123,\"*Coal\")+COUNTIF($E1123,\"*Biomass*\"),1),MIN(COUNTIF($E1123,\"*Liquid*\"),1),MIN(COUNTIF($E1123,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1123,\"*Coal\")+COUNTIF($E1123,\"*Biomass*\"),1),MIN(COUNTIF($E1123,\"*Liquid*\"),1),MIN(COUNTIF($E1123,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1123)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1174","v":"DREZ_WH_Dubbo"},{"$f":"'Summary Mapping'!$J1174","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1174","v":"NSW"},{"$f":"'Summary Mapping'!$M1174","v":"Wind"},{"$f":"IF('Summary Mapping'!$H1174=\"N/A\",'Summary Mapping'!$G1174,'Summary Mapping'!$H1174)","v":"DREZ_Dubbo"},{"$f":"'Summary Mapping'!$N1174","v":"Wind"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1124,\"*Coal\")+COUNTIF($E1124,\"*Biomass*\"),1),MIN(COUNTIF($E1124,\"*Liquid*\"),1),MIN(COUNTIF($E1124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1124,\"*Coal\")+COUNTIF($E1124,\"*Biomass*\"),1),MIN(COUNTIF($E1124,\"*Liquid*\"),1),MIN(COUNTIF($E1124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1124,\"*Coal\")+COUNTIF($E1124,\"*Biomass*\"),1),MIN(COUNTIF($E1124,\"*Liquid*\"),1),MIN(COUNTIF($E1124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1124,\"*Coal\")+COUNTIF($E1124,\"*Biomass*\"),1),MIN(COUNTIF($E1124,\"*Liquid*\"),1),MIN(COUNTIF($E1124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1124,\"*Coal\")+COUNTIF($E1124,\"*Biomass*\"),1),MIN(COUNTIF($E1124,\"*Liquid*\"),1),MIN(COUNTIF($E1124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1124,\"*Coal\")+COUNTIF($E1124,\"*Biomass*\"),1),MIN(COUNTIF($E1124,\"*Liquid*\"),1),MIN(COUNTIF($E1124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1124,\"*Coal\")+COUNTIF($E1124,\"*Biomass*\"),1),MIN(COUNTIF($E1124,\"*Liquid*\"),1),MIN(COUNTIF($E1124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1124,\"*Coal\")+COUNTIF($E1124,\"*Biomass*\"),1),MIN(COUNTIF($E1124,\"*Liquid*\"),1),MIN(COUNTIF($E1124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1124,\"*Coal\")+COUNTIF($E1124,\"*Biomass*\"),1),MIN(COUNTIF($E1124,\"*Liquid*\"),1),MIN(COUNTIF($E1124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1124,\"*Coal\")+COUNTIF($E1124,\"*Biomass*\"),1),MIN(COUNTIF($E1124,\"*Liquid*\"),1),MIN(COUNTIF($E1124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1124,\"*Coal\")+COUNTIF($E1124,\"*Biomass*\"),1),MIN(COUNTIF($E1124,\"*Liquid*\"),1),MIN(COUNTIF($E1124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1124,\"*Coal\")+COUNTIF($E1124,\"*Biomass*\"),1),MIN(COUNTIF($E1124,\"*Liquid*\"),1),MIN(COUNTIF($E1124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1124,\"*Coal\")+COUNTIF($E1124,\"*Biomass*\"),1),MIN(COUNTIF($E1124,\"*Liquid*\"),1),MIN(COUNTIF($E1124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1124,\"*Coal\")+COUNTIF($E1124,\"*Biomass*\"),1),MIN(COUNTIF($E1124,\"*Liquid*\"),1),MIN(COUNTIF($E1124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1124,\"*Coal\")+COUNTIF($E1124,\"*Biomass*\"),1),MIN(COUNTIF($E1124,\"*Liquid*\"),1),MIN(COUNTIF($E1124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1124,\"*Coal\")+COUNTIF($E1124,\"*Biomass*\"),1),MIN(COUNTIF($E1124,\"*Liquid*\"),1),MIN(COUNTIF($E1124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1124,\"*Coal\")+COUNTIF($E1124,\"*Biomass*\"),1),MIN(COUNTIF($E1124,\"*Liquid*\"),1),MIN(COUNTIF($E1124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1124,\"*Coal\")+COUNTIF($E1124,\"*Biomass*\"),1),MIN(COUNTIF($E1124,\"*Liquid*\"),1),MIN(COUNTIF($E1124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1124,\"*Coal\")+COUNTIF($E1124,\"*Biomass*\"),1),MIN(COUNTIF($E1124,\"*Liquid*\"),1),MIN(COUNTIF($E1124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124)*SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1124,\"*Coal\")+COUNTIF($E1124,\"*Biomass*\"),1),MIN(COUNTIF($E1124,\"*Liquid*\"),1),MIN(COUNTIF($E1124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1124,\"*Coal\")+COUNTIF($E1124,\"*Biomass*\"),1),MIN(COUNTIF($E1124,\"*Liquid*\"),1),MIN(COUNTIF($E1124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1124,\"*Coal\")+COUNTIF($E1124,\"*Biomass*\"),1),MIN(COUNTIF($E1124,\"*Liquid*\"),1),MIN(COUNTIF($E1124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1124,\"*Coal\")+COUNTIF($E1124,\"*Biomass*\"),1),MIN(COUNTIF($E1124,\"*Liquid*\"),1),MIN(COUNTIF($E1124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1124,\"*Coal\")+COUNTIF($E1124,\"*Biomass*\"),1),MIN(COUNTIF($E1124,\"*Liquid*\"),1),MIN(COUNTIF($E1124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1124,\"*Coal\")+COUNTIF($E1124,\"*Biomass*\"),1),MIN(COUNTIF($E1124,\"*Liquid*\"),1),MIN(COUNTIF($E1124,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1124)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1175","v":"DREZ_WH_Marulan"},{"$f":"'Summary Mapping'!$J1175","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1175","v":"NSW"},{"$f":"'Summary Mapping'!$M1175","v":"Wind"},{"$f":"IF('Summary Mapping'!$H1175=\"N/A\",'Summary Mapping'!$G1175,'Summary Mapping'!$H1175)","v":"DREZ_Marulan"},{"$f":"'Summary Mapping'!$N1175","v":"Wind"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1125,\"*Coal\")+COUNTIF($E1125,\"*Biomass*\"),1),MIN(COUNTIF($E1125,\"*Liquid*\"),1),MIN(COUNTIF($E1125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1125,\"*Coal\")+COUNTIF($E1125,\"*Biomass*\"),1),MIN(COUNTIF($E1125,\"*Liquid*\"),1),MIN(COUNTIF($E1125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1125,\"*Coal\")+COUNTIF($E1125,\"*Biomass*\"),1),MIN(COUNTIF($E1125,\"*Liquid*\"),1),MIN(COUNTIF($E1125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1125,\"*Coal\")+COUNTIF($E1125,\"*Biomass*\"),1),MIN(COUNTIF($E1125,\"*Liquid*\"),1),MIN(COUNTIF($E1125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1125,\"*Coal\")+COUNTIF($E1125,\"*Biomass*\"),1),MIN(COUNTIF($E1125,\"*Liquid*\"),1),MIN(COUNTIF($E1125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1125,\"*Coal\")+COUNTIF($E1125,\"*Biomass*\"),1),MIN(COUNTIF($E1125,\"*Liquid*\"),1),MIN(COUNTIF($E1125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1125,\"*Coal\")+COUNTIF($E1125,\"*Biomass*\"),1),MIN(COUNTIF($E1125,\"*Liquid*\"),1),MIN(COUNTIF($E1125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1125,\"*Coal\")+COUNTIF($E1125,\"*Biomass*\"),1),MIN(COUNTIF($E1125,\"*Liquid*\"),1),MIN(COUNTIF($E1125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1125,\"*Coal\")+COUNTIF($E1125,\"*Biomass*\"),1),MIN(COUNTIF($E1125,\"*Liquid*\"),1),MIN(COUNTIF($E1125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1125,\"*Coal\")+COUNTIF($E1125,\"*Biomass*\"),1),MIN(COUNTIF($E1125,\"*Liquid*\"),1),MIN(COUNTIF($E1125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1125,\"*Coal\")+COUNTIF($E1125,\"*Biomass*\"),1),MIN(COUNTIF($E1125,\"*Liquid*\"),1),MIN(COUNTIF($E1125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1125,\"*Coal\")+COUNTIF($E1125,\"*Biomass*\"),1),MIN(COUNTIF($E1125,\"*Liquid*\"),1),MIN(COUNTIF($E1125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1125,\"*Coal\")+COUNTIF($E1125,\"*Biomass*\"),1),MIN(COUNTIF($E1125,\"*Liquid*\"),1),MIN(COUNTIF($E1125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1125,\"*Coal\")+COUNTIF($E1125,\"*Biomass*\"),1),MIN(COUNTIF($E1125,\"*Liquid*\"),1),MIN(COUNTIF($E1125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1125,\"*Coal\")+COUNTIF($E1125,\"*Biomass*\"),1),MIN(COUNTIF($E1125,\"*Liquid*\"),1),MIN(COUNTIF($E1125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1125,\"*Coal\")+COUNTIF($E1125,\"*Biomass*\"),1),MIN(COUNTIF($E1125,\"*Liquid*\"),1),MIN(COUNTIF($E1125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1125,\"*Coal\")+COUNTIF($E1125,\"*Biomass*\"),1),MIN(COUNTIF($E1125,\"*Liquid*\"),1),MIN(COUNTIF($E1125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1125,\"*Coal\")+COUNTIF($E1125,\"*Biomass*\"),1),MIN(COUNTIF($E1125,\"*Liquid*\"),1),MIN(COUNTIF($E1125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1125,\"*Coal\")+COUNTIF($E1125,\"*Biomass*\"),1),MIN(COUNTIF($E1125,\"*Liquid*\"),1),MIN(COUNTIF($E1125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1125,\"*Coal\")+COUNTIF($E1125,\"*Biomass*\"),1),MIN(COUNTIF($E1125,\"*Liquid*\"),1),MIN(COUNTIF($E1125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1125,\"*Coal\")+COUNTIF($E1125,\"*Biomass*\"),1),MIN(COUNTIF($E1125,\"*Liquid*\"),1),MIN(COUNTIF($E1125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1125,\"*Coal\")+COUNTIF($E1125,\"*Biomass*\"),1),MIN(COUNTIF($E1125,\"*Liquid*\"),1),MIN(COUNTIF($E1125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1125,\"*Coal\")+COUNTIF($E1125,\"*Biomass*\"),1),MIN(COUNTIF($E1125,\"*Liquid*\"),1),MIN(COUNTIF($E1125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1125,\"*Coal\")+COUNTIF($E1125,\"*Biomass*\"),1),MIN(COUNTIF($E1125,\"*Liquid*\"),1),MIN(COUNTIF($E1125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1125,\"*Coal\")+COUNTIF($E1125,\"*Biomass*\"),1),MIN(COUNTIF($E1125,\"*Liquid*\"),1),MIN(COUNTIF($E1125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1125,\"*Coal\")+COUNTIF($E1125,\"*Biomass*\"),1),MIN(COUNTIF($E1125,\"*Liquid*\"),1),MIN(COUNTIF($E1125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1125,\"*Coal\")+COUNTIF($E1125,\"*Biomass*\"),1),MIN(COUNTIF($E1125,\"*Liquid*\"),1),MIN(COUNTIF($E1125,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1125)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1176","v":"DREZ_WH_Yass"},{"$f":"'Summary Mapping'!$J1176","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1176","v":"NSW"},{"$f":"'Summary Mapping'!$M1176","v":"Wind"},{"$f":"IF('Summary Mapping'!$H1176=\"N/A\",'Summary Mapping'!$G1176,'Summary Mapping'!$H1176)","v":"DREZ_Yass"},{"$f":"'Summary Mapping'!$N1176","v":"Wind"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1126,\"*Coal\")+COUNTIF($E1126,\"*Biomass*\"),1),MIN(COUNTIF($E1126,\"*Liquid*\"),1),MIN(COUNTIF($E1126,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1126,\"*Coal\")+COUNTIF($E1126,\"*Biomass*\"),1),MIN(COUNTIF($E1126,\"*Liquid*\"),1),MIN(COUNTIF($E1126,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1126,\"*Coal\")+COUNTIF($E1126,\"*Biomass*\"),1),MIN(COUNTIF($E1126,\"*Liquid*\"),1),MIN(COUNTIF($E1126,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1126,\"*Coal\")+COUNTIF($E1126,\"*Biomass*\"),1),MIN(COUNTIF($E1126,\"*Liquid*\"),1),MIN(COUNTIF($E1126,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1126,\"*Coal\")+COUNTIF($E1126,\"*Biomass*\"),1),MIN(COUNTIF($E1126,\"*Liquid*\"),1),MIN(COUNTIF($E1126,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1126,\"*Coal\")+COUNTIF($E1126,\"*Biomass*\"),1),MIN(COUNTIF($E1126,\"*Liquid*\"),1),MIN(COUNTIF($E1126,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1126,\"*Coal\")+COUNTIF($E1126,\"*Biomass*\"),1),MIN(COUNTIF($E1126,\"*Liquid*\"),1),MIN(COUNTIF($E1126,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1126,\"*Coal\")+COUNTIF($E1126,\"*Biomass*\"),1),MIN(COUNTIF($E1126,\"*Liquid*\"),1),MIN(COUNTIF($E1126,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1126,\"*Coal\")+COUNTIF($E1126,\"*Biomass*\"),1),MIN(COUNTIF($E1126,\"*Liquid*\"),1),MIN(COUNTIF($E1126,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1126,\"*Coal\")+COUNTIF($E1126,\"*Biomass*\"),1),MIN(COUNTIF($E1126,\"*Liquid*\"),1),MIN(COUNTIF($E1126,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1126,\"*Coal\")+COUNTIF($E1126,\"*Biomass*\"),1),MIN(COUNTIF($E1126,\"*Liquid*\"),1),MIN(COUNTIF($E1126,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1126,\"*Coal\")+COUNTIF($E1126,\"*Biomass*\"),1),MIN(COUNTIF($E1126,\"*Liquid*\"),1),MIN(COUNTIF($E1126,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1126,\"*Coal\")+COUNTIF($E1126,\"*Biomass*\"),1),MIN(COUNTIF($E1126,\"*Liquid*\"),1),MIN(COUNTIF($E1126,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1126,\"*Coal\")+COUNTIF($E1126,\"*Biomass*\"),1),MIN(COUNTIF($E1126,\"*Liquid*\"),1),MIN(COUNTIF($E1126,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1126,\"*Coal\")+COUNTIF($E1126,\"*Biomass*\"),1),MIN(COUNTIF($E1126,\"*Liquid*\"),1),MIN(COUNTIF($E1126,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1126,\"*Coal\")+COUNTIF($E1126,\"*Biomass*\"),1),MIN(COUNTIF($E1126,\"*Liquid*\"),1),MIN(COUNTIF($E1126,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1126,\"*Coal\")+COUNTIF($E1126,\"*Biomass*\"),1),MIN(COUNTIF($E1126,\"*Liquid*\"),1),MIN(COUNTIF($E1126,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1126,\"*Coal\")+COUNTIF($E1126,\"*Biomass*\"),1),MIN(COUNTIF($E1126,\"*Liquid*\"),1),MIN(COUNTIF($E1126,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1126,\"*Coal\")+COUNTIF($E1126,\"*Biomass*\"),1),MIN(COUNTIF($E1126,\"*Liquid*\"),1),MIN(COUNTIF($E1126,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1126,\"*Coal\")+COUNTIF($E1126,\"*Biomass*\"),1),MIN(COUNTIF($E1126,\"*Liquid*\"),1),MIN(COUNTIF($E1126,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1126,\"*Coal\")+COUNTIF($E1126,\"*Biomass*\"),1),MIN(COUNTIF($E1126,\"*Liquid*\"),1),MIN(COUNTIF($E1126,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1126,\"*Coal\")+COUNTIF($E1126,\"*Biomass*\"),1),MIN(COUNTIF($E1126,\"*Liquid*\"),1),MIN(COUNTIF($E1126,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1126,\"*Coal\")+COUNTIF($E1126,\"*Biomass*\"),1),MIN(COUNTIF($E1126,\"*Liquid*\"),1),MIN(COUNTIF($E1126,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1126,\"*Coal\")+COUNTIF($E1126,\"*Biomass*\"),1),MIN(COUNTIF($E1126,\"*Liquid*\"),1),MIN(COUNTIF($E1126,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1126,\"*Coal\")+COUNTIF($E1126,\"*Biomass*\"),1),MIN(COUNTIF($E1126,\"*Liquid*\"),1),MIN(COUNTIF($E1126,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1126,\"*Coal\")+COUNTIF($E1126,\"*Biomass*\"),1),MIN(COUNTIF($E1126,\"*Liquid*\"),1),MIN(COUNTIF($E1126,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1126)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1177","v":"DREZ_SAT_Dubbo"},{"$f":"'Summary Mapping'!$J1177","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1177","v":"NSW"},{"$f":"'Summary Mapping'!$M1177","v":"Solar"},{"$f":"IF('Summary Mapping'!$H1177=\"N/A\",'Summary Mapping'!$G1177,'Summary Mapping'!$H1177)","v":"DREZ_Dubbo"},{"$f":"'Summary Mapping'!$N1177","v":"Solar"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1127,\"*Coal\")+COUNTIF($E1127,\"*Biomass*\"),1),MIN(COUNTIF($E1127,\"*Liquid*\"),1),MIN(COUNTIF($E1127,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1127,\"*Coal\")+COUNTIF($E1127,\"*Biomass*\"),1),MIN(COUNTIF($E1127,\"*Liquid*\"),1),MIN(COUNTIF($E1127,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1127,\"*Coal\")+COUNTIF($E1127,\"*Biomass*\"),1),MIN(COUNTIF($E1127,\"*Liquid*\"),1),MIN(COUNTIF($E1127,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1127,\"*Coal\")+COUNTIF($E1127,\"*Biomass*\"),1),MIN(COUNTIF($E1127,\"*Liquid*\"),1),MIN(COUNTIF($E1127,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1127,\"*Coal\")+COUNTIF($E1127,\"*Biomass*\"),1),MIN(COUNTIF($E1127,\"*Liquid*\"),1),MIN(COUNTIF($E1127,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1127,\"*Coal\")+COUNTIF($E1127,\"*Biomass*\"),1),MIN(COUNTIF($E1127,\"*Liquid*\"),1),MIN(COUNTIF($E1127,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1127,\"*Coal\")+COUNTIF($E1127,\"*Biomass*\"),1),MIN(COUNTIF($E1127,\"*Liquid*\"),1),MIN(COUNTIF($E1127,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1127,\"*Coal\")+COUNTIF($E1127,\"*Biomass*\"),1),MIN(COUNTIF($E1127,\"*Liquid*\"),1),MIN(COUNTIF($E1127,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1127,\"*Coal\")+COUNTIF($E1127,\"*Biomass*\"),1),MIN(COUNTIF($E1127,\"*Liquid*\"),1),MIN(COUNTIF($E1127,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1127,\"*Coal\")+COUNTIF($E1127,\"*Biomass*\"),1),MIN(COUNTIF($E1127,\"*Liquid*\"),1),MIN(COUNTIF($E1127,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1127,\"*Coal\")+COUNTIF($E1127,\"*Biomass*\"),1),MIN(COUNTIF($E1127,\"*Liquid*\"),1),MIN(COUNTIF($E1127,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1127,\"*Coal\")+COUNTIF($E1127,\"*Biomass*\"),1),MIN(COUNTIF($E1127,\"*Liquid*\"),1),MIN(COUNTIF($E1127,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1127,\"*Coal\")+COUNTIF($E1127,\"*Biomass*\"),1),MIN(COUNTIF($E1127,\"*Liquid*\"),1),MIN(COUNTIF($E1127,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1127,\"*Coal\")+COUNTIF($E1127,\"*Biomass*\"),1),MIN(COUNTIF($E1127,\"*Liquid*\"),1),MIN(COUNTIF($E1127,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1127,\"*Coal\")+COUNTIF($E1127,\"*Biomass*\"),1),MIN(COUNTIF($E1127,\"*Liquid*\"),1),MIN(COUNTIF($E1127,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1127,\"*Coal\")+COUNTIF($E1127,\"*Biomass*\"),1),MIN(COUNTIF($E1127,\"*Liquid*\"),1),MIN(COUNTIF($E1127,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1127,\"*Coal\")+COUNTIF($E1127,\"*Biomass*\"),1),MIN(COUNTIF($E1127,\"*Liquid*\"),1),MIN(COUNTIF($E1127,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1127,\"*Coal\")+COUNTIF($E1127,\"*Biomass*\"),1),MIN(COUNTIF($E1127,\"*Liquid*\"),1),MIN(COUNTIF($E1127,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1127,\"*Coal\")+COUNTIF($E1127,\"*Biomass*\"),1),MIN(COUNTIF($E1127,\"*Liquid*\"),1),MIN(COUNTIF($E1127,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1127,\"*Coal\")+COUNTIF($E1127,\"*Biomass*\"),1),MIN(COUNTIF($E1127,\"*Liquid*\"),1),MIN(COUNTIF($E1127,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1127,\"*Coal\")+COUNTIF($E1127,\"*Biomass*\"),1),MIN(COUNTIF($E1127,\"*Liquid*\"),1),MIN(COUNTIF($E1127,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1127,\"*Coal\")+COUNTIF($E1127,\"*Biomass*\"),1),MIN(COUNTIF($E1127,\"*Liquid*\"),1),MIN(COUNTIF($E1127,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1127,\"*Coal\")+COUNTIF($E1127,\"*Biomass*\"),1),MIN(COUNTIF($E1127,\"*Liquid*\"),1),MIN(COUNTIF($E1127,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1127,\"*Coal\")+COUNTIF($E1127,\"*Biomass*\"),1),MIN(COUNTIF($E1127,\"*Liquid*\"),1),MIN(COUNTIF($E1127,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1127,\"*Coal\")+COUNTIF($E1127,\"*Biomass*\"),1),MIN(COUNTIF($E1127,\"*Liquid*\"),1),MIN(COUNTIF($E1127,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1127,\"*Coal\")+COUNTIF($E1127,\"*Biomass*\"),1),MIN(COUNTIF($E1127,\"*Liquid*\"),1),MIN(COUNTIF($E1127,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1127)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1178","v":"DREZ_SAT_Marulan"},{"$f":"'Summary Mapping'!$J1178","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1178","v":"NSW"},{"$f":"'Summary Mapping'!$M1178","v":"Solar"},{"$f":"IF('Summary Mapping'!$H1178=\"N/A\",'Summary Mapping'!$G1178,'Summary Mapping'!$H1178)","v":"DREZ_Marulan"},{"$f":"'Summary Mapping'!$N1178","v":"Solar"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1128,\"*Coal\")+COUNTIF($E1128,\"*Biomass*\"),1),MIN(COUNTIF($E1128,\"*Liquid*\"),1),MIN(COUNTIF($E1128,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1128,\"*Coal\")+COUNTIF($E1128,\"*Biomass*\"),1),MIN(COUNTIF($E1128,\"*Liquid*\"),1),MIN(COUNTIF($E1128,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1128,\"*Coal\")+COUNTIF($E1128,\"*Biomass*\"),1),MIN(COUNTIF($E1128,\"*Liquid*\"),1),MIN(COUNTIF($E1128,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1128,\"*Coal\")+COUNTIF($E1128,\"*Biomass*\"),1),MIN(COUNTIF($E1128,\"*Liquid*\"),1),MIN(COUNTIF($E1128,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1128,\"*Coal\")+COUNTIF($E1128,\"*Biomass*\"),1),MIN(COUNTIF($E1128,\"*Liquid*\"),1),MIN(COUNTIF($E1128,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1128,\"*Coal\")+COUNTIF($E1128,\"*Biomass*\"),1),MIN(COUNTIF($E1128,\"*Liquid*\"),1),MIN(COUNTIF($E1128,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1128,\"*Coal\")+COUNTIF($E1128,\"*Biomass*\"),1),MIN(COUNTIF($E1128,\"*Liquid*\"),1),MIN(COUNTIF($E1128,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1128,\"*Coal\")+COUNTIF($E1128,\"*Biomass*\"),1),MIN(COUNTIF($E1128,\"*Liquid*\"),1),MIN(COUNTIF($E1128,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1128,\"*Coal\")+COUNTIF($E1128,\"*Biomass*\"),1),MIN(COUNTIF($E1128,\"*Liquid*\"),1),MIN(COUNTIF($E1128,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1128,\"*Coal\")+COUNTIF($E1128,\"*Biomass*\"),1),MIN(COUNTIF($E1128,\"*Liquid*\"),1),MIN(COUNTIF($E1128,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1128,\"*Coal\")+COUNTIF($E1128,\"*Biomass*\"),1),MIN(COUNTIF($E1128,\"*Liquid*\"),1),MIN(COUNTIF($E1128,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1128,\"*Coal\")+COUNTIF($E1128,\"*Biomass*\"),1),MIN(COUNTIF($E1128,\"*Liquid*\"),1),MIN(COUNTIF($E1128,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1128,\"*Coal\")+COUNTIF($E1128,\"*Biomass*\"),1),MIN(COUNTIF($E1128,\"*Liquid*\"),1),MIN(COUNTIF($E1128,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1128,\"*Coal\")+COUNTIF($E1128,\"*Biomass*\"),1),MIN(COUNTIF($E1128,\"*Liquid*\"),1),MIN(COUNTIF($E1128,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1128,\"*Coal\")+COUNTIF($E1128,\"*Biomass*\"),1),MIN(COUNTIF($E1128,\"*Liquid*\"),1),MIN(COUNTIF($E1128,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1128,\"*Coal\")+COUNTIF($E1128,\"*Biomass*\"),1),MIN(COUNTIF($E1128,\"*Liquid*\"),1),MIN(COUNTIF($E1128,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1128,\"*Coal\")+COUNTIF($E1128,\"*Biomass*\"),1),MIN(COUNTIF($E1128,\"*Liquid*\"),1),MIN(COUNTIF($E1128,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1128,\"*Coal\")+COUNTIF($E1128,\"*Biomass*\"),1),MIN(COUNTIF($E1128,\"*Liquid*\"),1),MIN(COUNTIF($E1128,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1128,\"*Coal\")+COUNTIF($E1128,\"*Biomass*\"),1),MIN(COUNTIF($E1128,\"*Liquid*\"),1),MIN(COUNTIF($E1128,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1128,\"*Coal\")+COUNTIF($E1128,\"*Biomass*\"),1),MIN(COUNTIF($E1128,\"*Liquid*\"),1),MIN(COUNTIF($E1128,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1128,\"*Coal\")+COUNTIF($E1128,\"*Biomass*\"),1),MIN(COUNTIF($E1128,\"*Liquid*\"),1),MIN(COUNTIF($E1128,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1128,\"*Coal\")+COUNTIF($E1128,\"*Biomass*\"),1),MIN(COUNTIF($E1128,\"*Liquid*\"),1),MIN(COUNTIF($E1128,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1128,\"*Coal\")+COUNTIF($E1128,\"*Biomass*\"),1),MIN(COUNTIF($E1128,\"*Liquid*\"),1),MIN(COUNTIF($E1128,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1128,\"*Coal\")+COUNTIF($E1128,\"*Biomass*\"),1),MIN(COUNTIF($E1128,\"*Liquid*\"),1),MIN(COUNTIF($E1128,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1128,\"*Coal\")+COUNTIF($E1128,\"*Biomass*\"),1),MIN(COUNTIF($E1128,\"*Liquid*\"),1),MIN(COUNTIF($E1128,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1128,\"*Coal\")+COUNTIF($E1128,\"*Biomass*\"),1),MIN(COUNTIF($E1128,\"*Liquid*\"),1),MIN(COUNTIF($E1128,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1128,\"*Coal\")+COUNTIF($E1128,\"*Biomass*\"),1),MIN(COUNTIF($E1128,\"*Liquid*\"),1),MIN(COUNTIF($E1128,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1128)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1179","v":"DREZ_SAT_Yass"},{"$f":"'Summary Mapping'!$J1179","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1179","v":"NSW"},{"$f":"'Summary Mapping'!$M1179","v":"Solar"},{"$f":"IF('Summary Mapping'!$H1179=\"N/A\",'Summary Mapping'!$G1179,'Summary Mapping'!$H1179)","v":"DREZ_Yass"},{"$f":"'Summary Mapping'!$N1179","v":"Solar"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1129,\"*Coal\")+COUNTIF($E1129,\"*Biomass*\"),1),MIN(COUNTIF($E1129,\"*Liquid*\"),1),MIN(COUNTIF($E1129,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1129,\"*Coal\")+COUNTIF($E1129,\"*Biomass*\"),1),MIN(COUNTIF($E1129,\"*Liquid*\"),1),MIN(COUNTIF($E1129,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1129,\"*Coal\")+COUNTIF($E1129,\"*Biomass*\"),1),MIN(COUNTIF($E1129,\"*Liquid*\"),1),MIN(COUNTIF($E1129,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1129,\"*Coal\")+COUNTIF($E1129,\"*Biomass*\"),1),MIN(COUNTIF($E1129,\"*Liquid*\"),1),MIN(COUNTIF($E1129,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1129,\"*Coal\")+COUNTIF($E1129,\"*Biomass*\"),1),MIN(COUNTIF($E1129,\"*Liquid*\"),1),MIN(COUNTIF($E1129,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1129,\"*Coal\")+COUNTIF($E1129,\"*Biomass*\"),1),MIN(COUNTIF($E1129,\"*Liquid*\"),1),MIN(COUNTIF($E1129,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1129,\"*Coal\")+COUNTIF($E1129,\"*Biomass*\"),1),MIN(COUNTIF($E1129,\"*Liquid*\"),1),MIN(COUNTIF($E1129,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1129,\"*Coal\")+COUNTIF($E1129,\"*Biomass*\"),1),MIN(COUNTIF($E1129,\"*Liquid*\"),1),MIN(COUNTIF($E1129,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1129,\"*Coal\")+COUNTIF($E1129,\"*Biomass*\"),1),MIN(COUNTIF($E1129,\"*Liquid*\"),1),MIN(COUNTIF($E1129,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1129,\"*Coal\")+COUNTIF($E1129,\"*Biomass*\"),1),MIN(COUNTIF($E1129,\"*Liquid*\"),1),MIN(COUNTIF($E1129,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1129,\"*Coal\")+COUNTIF($E1129,\"*Biomass*\"),1),MIN(COUNTIF($E1129,\"*Liquid*\"),1),MIN(COUNTIF($E1129,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1129,\"*Coal\")+COUNTIF($E1129,\"*Biomass*\"),1),MIN(COUNTIF($E1129,\"*Liquid*\"),1),MIN(COUNTIF($E1129,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1129,\"*Coal\")+COUNTIF($E1129,\"*Biomass*\"),1),MIN(COUNTIF($E1129,\"*Liquid*\"),1),MIN(COUNTIF($E1129,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1129,\"*Coal\")+COUNTIF($E1129,\"*Biomass*\"),1),MIN(COUNTIF($E1129,\"*Liquid*\"),1),MIN(COUNTIF($E1129,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1129,\"*Coal\")+COUNTIF($E1129,\"*Biomass*\"),1),MIN(COUNTIF($E1129,\"*Liquid*\"),1),MIN(COUNTIF($E1129,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1129,\"*Coal\")+COUNTIF($E1129,\"*Biomass*\"),1),MIN(COUNTIF($E1129,\"*Liquid*\"),1),MIN(COUNTIF($E1129,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1129,\"*Coal\")+COUNTIF($E1129,\"*Biomass*\"),1),MIN(COUNTIF($E1129,\"*Liquid*\"),1),MIN(COUNTIF($E1129,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1129,\"*Coal\")+COUNTIF($E1129,\"*Biomass*\"),1),MIN(COUNTIF($E1129,\"*Liquid*\"),1),MIN(COUNTIF($E1129,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1129,\"*Coal\")+COUNTIF($E1129,\"*Biomass*\"),1),MIN(COUNTIF($E1129,\"*Liquid*\"),1),MIN(COUNTIF($E1129,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1129,\"*Coal\")+COUNTIF($E1129,\"*Biomass*\"),1),MIN(COUNTIF($E1129,\"*Liquid*\"),1),MIN(COUNTIF($E1129,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1129,\"*Coal\")+COUNTIF($E1129,\"*Biomass*\"),1),MIN(COUNTIF($E1129,\"*Liquid*\"),1),MIN(COUNTIF($E1129,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1129,\"*Coal\")+COUNTIF($E1129,\"*Biomass*\"),1),MIN(COUNTIF($E1129,\"*Liquid*\"),1),MIN(COUNTIF($E1129,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1129,\"*Coal\")+COUNTIF($E1129,\"*Biomass*\"),1),MIN(COUNTIF($E1129,\"*Liquid*\"),1),MIN(COUNTIF($E1129,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1129,\"*Coal\")+COUNTIF($E1129,\"*Biomass*\"),1),MIN(COUNTIF($E1129,\"*Liquid*\"),1),MIN(COUNTIF($E1129,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1129,\"*Coal\")+COUNTIF($E1129,\"*Biomass*\"),1),MIN(COUNTIF($E1129,\"*Liquid*\"),1),MIN(COUNTIF($E1129,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1129,\"*Coal\")+COUNTIF($E1129,\"*Biomass*\"),1),MIN(COUNTIF($E1129,\"*Liquid*\"),1),MIN(COUNTIF($E1129,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1129,\"*Coal\")+COUNTIF($E1129,\"*Biomass*\"),1),MIN(COUNTIF($E1129,\"*Liquid*\"),1),MIN(COUNTIF($E1129,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1129)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1180","v":"DREZ Dubbo Battery - 2h"},{"$f":"'Summary Mapping'!$J1180","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1180","v":"NSW"},{"$f":"'Summary Mapping'!$M1180","v":"Battery"},{"$f":"IF('Summary Mapping'!$H1180=\"N/A\",'Summary Mapping'!$G1180,'Summary Mapping'!$H1180)","v":"DREZ_Dubbo"},{"$f":"'Summary Mapping'!$N1180","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1130,\"*Coal\")+COUNTIF($E1130,\"*Biomass*\"),1),MIN(COUNTIF($E1130,\"*Liquid*\"),1),MIN(COUNTIF($E1130,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1130,\"*Coal\")+COUNTIF($E1130,\"*Biomass*\"),1),MIN(COUNTIF($E1130,\"*Liquid*\"),1),MIN(COUNTIF($E1130,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1130,\"*Coal\")+COUNTIF($E1130,\"*Biomass*\"),1),MIN(COUNTIF($E1130,\"*Liquid*\"),1),MIN(COUNTIF($E1130,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1130,\"*Coal\")+COUNTIF($E1130,\"*Biomass*\"),1),MIN(COUNTIF($E1130,\"*Liquid*\"),1),MIN(COUNTIF($E1130,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1130,\"*Coal\")+COUNTIF($E1130,\"*Biomass*\"),1),MIN(COUNTIF($E1130,\"*Liquid*\"),1),MIN(COUNTIF($E1130,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1130,\"*Coal\")+COUNTIF($E1130,\"*Biomass*\"),1),MIN(COUNTIF($E1130,\"*Liquid*\"),1),MIN(COUNTIF($E1130,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1130,\"*Coal\")+COUNTIF($E1130,\"*Biomass*\"),1),MIN(COUNTIF($E1130,\"*Liquid*\"),1),MIN(COUNTIF($E1130,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1130,\"*Coal\")+COUNTIF($E1130,\"*Biomass*\"),1),MIN(COUNTIF($E1130,\"*Liquid*\"),1),MIN(COUNTIF($E1130,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1130,\"*Coal\")+COUNTIF($E1130,\"*Biomass*\"),1),MIN(COUNTIF($E1130,\"*Liquid*\"),1),MIN(COUNTIF($E1130,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1130,\"*Coal\")+COUNTIF($E1130,\"*Biomass*\"),1),MIN(COUNTIF($E1130,\"*Liquid*\"),1),MIN(COUNTIF($E1130,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1130,\"*Coal\")+COUNTIF($E1130,\"*Biomass*\"),1),MIN(COUNTIF($E1130,\"*Liquid*\"),1),MIN(COUNTIF($E1130,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1130,\"*Coal\")+COUNTIF($E1130,\"*Biomass*\"),1),MIN(COUNTIF($E1130,\"*Liquid*\"),1),MIN(COUNTIF($E1130,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1130,\"*Coal\")+COUNTIF($E1130,\"*Biomass*\"),1),MIN(COUNTIF($E1130,\"*Liquid*\"),1),MIN(COUNTIF($E1130,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1130,\"*Coal\")+COUNTIF($E1130,\"*Biomass*\"),1),MIN(COUNTIF($E1130,\"*Liquid*\"),1),MIN(COUNTIF($E1130,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1130,\"*Coal\")+COUNTIF($E1130,\"*Biomass*\"),1),MIN(COUNTIF($E1130,\"*Liquid*\"),1),MIN(COUNTIF($E1130,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1130,\"*Coal\")+COUNTIF($E1130,\"*Biomass*\"),1),MIN(COUNTIF($E1130,\"*Liquid*\"),1),MIN(COUNTIF($E1130,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1130,\"*Coal\")+COUNTIF($E1130,\"*Biomass*\"),1),MIN(COUNTIF($E1130,\"*Liquid*\"),1),MIN(COUNTIF($E1130,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1130,\"*Coal\")+COUNTIF($E1130,\"*Biomass*\"),1),MIN(COUNTIF($E1130,\"*Liquid*\"),1),MIN(COUNTIF($E1130,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1130,\"*Coal\")+COUNTIF($E1130,\"*Biomass*\"),1),MIN(COUNTIF($E1130,\"*Liquid*\"),1),MIN(COUNTIF($E1130,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1130,\"*Coal\")+COUNTIF($E1130,\"*Biomass*\"),1),MIN(COUNTIF($E1130,\"*Liquid*\"),1),MIN(COUNTIF($E1130,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1130,\"*Coal\")+COUNTIF($E1130,\"*Biomass*\"),1),MIN(COUNTIF($E1130,\"*Liquid*\"),1),MIN(COUNTIF($E1130,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1130,\"*Coal\")+COUNTIF($E1130,\"*Biomass*\"),1),MIN(COUNTIF($E1130,\"*Liquid*\"),1),MIN(COUNTIF($E1130,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1130,\"*Coal\")+COUNTIF($E1130,\"*Biomass*\"),1),MIN(COUNTIF($E1130,\"*Liquid*\"),1),MIN(COUNTIF($E1130,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1130,\"*Coal\")+COUNTIF($E1130,\"*Biomass*\"),1),MIN(COUNTIF($E1130,\"*Liquid*\"),1),MIN(COUNTIF($E1130,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1130,\"*Coal\")+COUNTIF($E1130,\"*Biomass*\"),1),MIN(COUNTIF($E1130,\"*Liquid*\"),1),MIN(COUNTIF($E1130,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1130,\"*Coal\")+COUNTIF($E1130,\"*Biomass*\"),1),MIN(COUNTIF($E1130,\"*Liquid*\"),1),MIN(COUNTIF($E1130,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1130,\"*Coal\")+COUNTIF($E1130,\"*Biomass*\"),1),MIN(COUNTIF($E1130,\"*Liquid*\"),1),MIN(COUNTIF($E1130,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1130)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1181","v":"DREZ Dubbo Battery - 4h"},{"$f":"'Summary Mapping'!$J1181","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1181","v":"NSW"},{"$f":"'Summary Mapping'!$M1181","v":"Battery"},{"$f":"IF('Summary Mapping'!$H1181=\"N/A\",'Summary Mapping'!$G1181,'Summary Mapping'!$H1181)","v":"DREZ_Dubbo"},{"$f":"'Summary Mapping'!$N1181","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1131,\"*Coal\")+COUNTIF($E1131,\"*Biomass*\"),1),MIN(COUNTIF($E1131,\"*Liquid*\"),1),MIN(COUNTIF($E1131,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1131,\"*Coal\")+COUNTIF($E1131,\"*Biomass*\"),1),MIN(COUNTIF($E1131,\"*Liquid*\"),1),MIN(COUNTIF($E1131,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1131,\"*Coal\")+COUNTIF($E1131,\"*Biomass*\"),1),MIN(COUNTIF($E1131,\"*Liquid*\"),1),MIN(COUNTIF($E1131,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1131,\"*Coal\")+COUNTIF($E1131,\"*Biomass*\"),1),MIN(COUNTIF($E1131,\"*Liquid*\"),1),MIN(COUNTIF($E1131,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1131,\"*Coal\")+COUNTIF($E1131,\"*Biomass*\"),1),MIN(COUNTIF($E1131,\"*Liquid*\"),1),MIN(COUNTIF($E1131,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1131,\"*Coal\")+COUNTIF($E1131,\"*Biomass*\"),1),MIN(COUNTIF($E1131,\"*Liquid*\"),1),MIN(COUNTIF($E1131,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1131,\"*Coal\")+COUNTIF($E1131,\"*Biomass*\"),1),MIN(COUNTIF($E1131,\"*Liquid*\"),1),MIN(COUNTIF($E1131,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1131,\"*Coal\")+COUNTIF($E1131,\"*Biomass*\"),1),MIN(COUNTIF($E1131,\"*Liquid*\"),1),MIN(COUNTIF($E1131,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1131,\"*Coal\")+COUNTIF($E1131,\"*Biomass*\"),1),MIN(COUNTIF($E1131,\"*Liquid*\"),1),MIN(COUNTIF($E1131,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1131,\"*Coal\")+COUNTIF($E1131,\"*Biomass*\"),1),MIN(COUNTIF($E1131,\"*Liquid*\"),1),MIN(COUNTIF($E1131,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1131,\"*Coal\")+COUNTIF($E1131,\"*Biomass*\"),1),MIN(COUNTIF($E1131,\"*Liquid*\"),1),MIN(COUNTIF($E1131,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1131,\"*Coal\")+COUNTIF($E1131,\"*Biomass*\"),1),MIN(COUNTIF($E1131,\"*Liquid*\"),1),MIN(COUNTIF($E1131,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1131,\"*Coal\")+COUNTIF($E1131,\"*Biomass*\"),1),MIN(COUNTIF($E1131,\"*Liquid*\"),1),MIN(COUNTIF($E1131,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1131,\"*Coal\")+COUNTIF($E1131,\"*Biomass*\"),1),MIN(COUNTIF($E1131,\"*Liquid*\"),1),MIN(COUNTIF($E1131,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1131,\"*Coal\")+COUNTIF($E1131,\"*Biomass*\"),1),MIN(COUNTIF($E1131,\"*Liquid*\"),1),MIN(COUNTIF($E1131,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1131,\"*Coal\")+COUNTIF($E1131,\"*Biomass*\"),1),MIN(COUNTIF($E1131,\"*Liquid*\"),1),MIN(COUNTIF($E1131,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1131,\"*Coal\")+COUNTIF($E1131,\"*Biomass*\"),1),MIN(COUNTIF($E1131,\"*Liquid*\"),1),MIN(COUNTIF($E1131,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1131,\"*Coal\")+COUNTIF($E1131,\"*Biomass*\"),1),MIN(COUNTIF($E1131,\"*Liquid*\"),1),MIN(COUNTIF($E1131,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1131,\"*Coal\")+COUNTIF($E1131,\"*Biomass*\"),1),MIN(COUNTIF($E1131,\"*Liquid*\"),1),MIN(COUNTIF($E1131,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1131,\"*Coal\")+COUNTIF($E1131,\"*Biomass*\"),1),MIN(COUNTIF($E1131,\"*Liquid*\"),1),MIN(COUNTIF($E1131,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1131,\"*Coal\")+COUNTIF($E1131,\"*Biomass*\"),1),MIN(COUNTIF($E1131,\"*Liquid*\"),1),MIN(COUNTIF($E1131,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1131,\"*Coal\")+COUNTIF($E1131,\"*Biomass*\"),1),MIN(COUNTIF($E1131,\"*Liquid*\"),1),MIN(COUNTIF($E1131,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1131,\"*Coal\")+COUNTIF($E1131,\"*Biomass*\"),1),MIN(COUNTIF($E1131,\"*Liquid*\"),1),MIN(COUNTIF($E1131,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1131,\"*Coal\")+COUNTIF($E1131,\"*Biomass*\"),1),MIN(COUNTIF($E1131,\"*Liquid*\"),1),MIN(COUNTIF($E1131,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1131,\"*Coal\")+COUNTIF($E1131,\"*Biomass*\"),1),MIN(COUNTIF($E1131,\"*Liquid*\"),1),MIN(COUNTIF($E1131,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1131,\"*Coal\")+COUNTIF($E1131,\"*Biomass*\"),1),MIN(COUNTIF($E1131,\"*Liquid*\"),1),MIN(COUNTIF($E1131,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1131,\"*Coal\")+COUNTIF($E1131,\"*Biomass*\"),1),MIN(COUNTIF($E1131,\"*Liquid*\"),1),MIN(COUNTIF($E1131,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1131)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1182","v":"DREZ Dubbo Battery - 8h"},{"$f":"'Summary Mapping'!$J1182","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1182","v":"NSW"},{"$f":"'Summary Mapping'!$M1182","v":"Battery"},{"$f":"IF('Summary Mapping'!$H1182=\"N/A\",'Summary Mapping'!$G1182,'Summary Mapping'!$H1182)","v":"DREZ_Dubbo"},{"$f":"'Summary Mapping'!$N1182","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1132,\"*Coal\")+COUNTIF($E1132,\"*Biomass*\"),1),MIN(COUNTIF($E1132,\"*Liquid*\"),1),MIN(COUNTIF($E1132,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1132,\"*Coal\")+COUNTIF($E1132,\"*Biomass*\"),1),MIN(COUNTIF($E1132,\"*Liquid*\"),1),MIN(COUNTIF($E1132,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1132,\"*Coal\")+COUNTIF($E1132,\"*Biomass*\"),1),MIN(COUNTIF($E1132,\"*Liquid*\"),1),MIN(COUNTIF($E1132,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1132,\"*Coal\")+COUNTIF($E1132,\"*Biomass*\"),1),MIN(COUNTIF($E1132,\"*Liquid*\"),1),MIN(COUNTIF($E1132,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1132,\"*Coal\")+COUNTIF($E1132,\"*Biomass*\"),1),MIN(COUNTIF($E1132,\"*Liquid*\"),1),MIN(COUNTIF($E1132,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1132,\"*Coal\")+COUNTIF($E1132,\"*Biomass*\"),1),MIN(COUNTIF($E1132,\"*Liquid*\"),1),MIN(COUNTIF($E1132,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1132,\"*Coal\")+COUNTIF($E1132,\"*Biomass*\"),1),MIN(COUNTIF($E1132,\"*Liquid*\"),1),MIN(COUNTIF($E1132,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1132,\"*Coal\")+COUNTIF($E1132,\"*Biomass*\"),1),MIN(COUNTIF($E1132,\"*Liquid*\"),1),MIN(COUNTIF($E1132,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1132,\"*Coal\")+COUNTIF($E1132,\"*Biomass*\"),1),MIN(COUNTIF($E1132,\"*Liquid*\"),1),MIN(COUNTIF($E1132,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1132,\"*Coal\")+COUNTIF($E1132,\"*Biomass*\"),1),MIN(COUNTIF($E1132,\"*Liquid*\"),1),MIN(COUNTIF($E1132,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1132,\"*Coal\")+COUNTIF($E1132,\"*Biomass*\"),1),MIN(COUNTIF($E1132,\"*Liquid*\"),1),MIN(COUNTIF($E1132,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1132,\"*Coal\")+COUNTIF($E1132,\"*Biomass*\"),1),MIN(COUNTIF($E1132,\"*Liquid*\"),1),MIN(COUNTIF($E1132,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1132,\"*Coal\")+COUNTIF($E1132,\"*Biomass*\"),1),MIN(COUNTIF($E1132,\"*Liquid*\"),1),MIN(COUNTIF($E1132,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1132,\"*Coal\")+COUNTIF($E1132,\"*Biomass*\"),1),MIN(COUNTIF($E1132,\"*Liquid*\"),1),MIN(COUNTIF($E1132,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1132,\"*Coal\")+COUNTIF($E1132,\"*Biomass*\"),1),MIN(COUNTIF($E1132,\"*Liquid*\"),1),MIN(COUNTIF($E1132,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1132,\"*Coal\")+COUNTIF($E1132,\"*Biomass*\"),1),MIN(COUNTIF($E1132,\"*Liquid*\"),1),MIN(COUNTIF($E1132,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1132,\"*Coal\")+COUNTIF($E1132,\"*Biomass*\"),1),MIN(COUNTIF($E1132,\"*Liquid*\"),1),MIN(COUNTIF($E1132,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1132,\"*Coal\")+COUNTIF($E1132,\"*Biomass*\"),1),MIN(COUNTIF($E1132,\"*Liquid*\"),1),MIN(COUNTIF($E1132,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1132,\"*Coal\")+COUNTIF($E1132,\"*Biomass*\"),1),MIN(COUNTIF($E1132,\"*Liquid*\"),1),MIN(COUNTIF($E1132,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1132,\"*Coal\")+COUNTIF($E1132,\"*Biomass*\"),1),MIN(COUNTIF($E1132,\"*Liquid*\"),1),MIN(COUNTIF($E1132,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1132,\"*Coal\")+COUNTIF($E1132,\"*Biomass*\"),1),MIN(COUNTIF($E1132,\"*Liquid*\"),1),MIN(COUNTIF($E1132,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1132,\"*Coal\")+COUNTIF($E1132,\"*Biomass*\"),1),MIN(COUNTIF($E1132,\"*Liquid*\"),1),MIN(COUNTIF($E1132,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1132,\"*Coal\")+COUNTIF($E1132,\"*Biomass*\"),1),MIN(COUNTIF($E1132,\"*Liquid*\"),1),MIN(COUNTIF($E1132,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1132,\"*Coal\")+COUNTIF($E1132,\"*Biomass*\"),1),MIN(COUNTIF($E1132,\"*Liquid*\"),1),MIN(COUNTIF($E1132,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1132,\"*Coal\")+COUNTIF($E1132,\"*Biomass*\"),1),MIN(COUNTIF($E1132,\"*Liquid*\"),1),MIN(COUNTIF($E1132,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1132,\"*Coal\")+COUNTIF($E1132,\"*Biomass*\"),1),MIN(COUNTIF($E1132,\"*Liquid*\"),1),MIN(COUNTIF($E1132,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1132,\"*Coal\")+COUNTIF($E1132,\"*Biomass*\"),1),MIN(COUNTIF($E1132,\"*Liquid*\"),1),MIN(COUNTIF($E1132,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1132)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1186","v":"DREZ Marulan Battery - 2h"},{"$f":"'Summary Mapping'!$J1186","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1186","v":"NSW"},{"$f":"'Summary Mapping'!$M1186","v":"Battery"},{"$f":"IF('Summary Mapping'!$H1186=\"N/A\",'Summary Mapping'!$G1186,'Summary Mapping'!$H1186)","v":"DREZ_Marulan"},{"$f":"'Summary Mapping'!$N1186","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1133,\"*Coal\")+COUNTIF($E1133,\"*Biomass*\"),1),MIN(COUNTIF($E1133,\"*Liquid*\"),1),MIN(COUNTIF($E1133,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1133,\"*Coal\")+COUNTIF($E1133,\"*Biomass*\"),1),MIN(COUNTIF($E1133,\"*Liquid*\"),1),MIN(COUNTIF($E1133,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1133,\"*Coal\")+COUNTIF($E1133,\"*Biomass*\"),1),MIN(COUNTIF($E1133,\"*Liquid*\"),1),MIN(COUNTIF($E1133,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1133,\"*Coal\")+COUNTIF($E1133,\"*Biomass*\"),1),MIN(COUNTIF($E1133,\"*Liquid*\"),1),MIN(COUNTIF($E1133,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1133,\"*Coal\")+COUNTIF($E1133,\"*Biomass*\"),1),MIN(COUNTIF($E1133,\"*Liquid*\"),1),MIN(COUNTIF($E1133,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1133,\"*Coal\")+COUNTIF($E1133,\"*Biomass*\"),1),MIN(COUNTIF($E1133,\"*Liquid*\"),1),MIN(COUNTIF($E1133,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1133,\"*Coal\")+COUNTIF($E1133,\"*Biomass*\"),1),MIN(COUNTIF($E1133,\"*Liquid*\"),1),MIN(COUNTIF($E1133,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1133,\"*Coal\")+COUNTIF($E1133,\"*Biomass*\"),1),MIN(COUNTIF($E1133,\"*Liquid*\"),1),MIN(COUNTIF($E1133,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1133,\"*Coal\")+COUNTIF($E1133,\"*Biomass*\"),1),MIN(COUNTIF($E1133,\"*Liquid*\"),1),MIN(COUNTIF($E1133,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1133,\"*Coal\")+COUNTIF($E1133,\"*Biomass*\"),1),MIN(COUNTIF($E1133,\"*Liquid*\"),1),MIN(COUNTIF($E1133,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1133,\"*Coal\")+COUNTIF($E1133,\"*Biomass*\"),1),MIN(COUNTIF($E1133,\"*Liquid*\"),1),MIN(COUNTIF($E1133,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1133,\"*Coal\")+COUNTIF($E1133,\"*Biomass*\"),1),MIN(COUNTIF($E1133,\"*Liquid*\"),1),MIN(COUNTIF($E1133,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1133,\"*Coal\")+COUNTIF($E1133,\"*Biomass*\"),1),MIN(COUNTIF($E1133,\"*Liquid*\"),1),MIN(COUNTIF($E1133,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1133,\"*Coal\")+COUNTIF($E1133,\"*Biomass*\"),1),MIN(COUNTIF($E1133,\"*Liquid*\"),1),MIN(COUNTIF($E1133,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1133,\"*Coal\")+COUNTIF($E1133,\"*Biomass*\"),1),MIN(COUNTIF($E1133,\"*Liquid*\"),1),MIN(COUNTIF($E1133,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1133,\"*Coal\")+COUNTIF($E1133,\"*Biomass*\"),1),MIN(COUNTIF($E1133,\"*Liquid*\"),1),MIN(COUNTIF($E1133,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1133,\"*Coal\")+COUNTIF($E1133,\"*Biomass*\"),1),MIN(COUNTIF($E1133,\"*Liquid*\"),1),MIN(COUNTIF($E1133,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1133,\"*Coal\")+COUNTIF($E1133,\"*Biomass*\"),1),MIN(COUNTIF($E1133,\"*Liquid*\"),1),MIN(COUNTIF($E1133,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1133,\"*Coal\")+COUNTIF($E1133,\"*Biomass*\"),1),MIN(COUNTIF($E1133,\"*Liquid*\"),1),MIN(COUNTIF($E1133,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1133,\"*Coal\")+COUNTIF($E1133,\"*Biomass*\"),1),MIN(COUNTIF($E1133,\"*Liquid*\"),1),MIN(COUNTIF($E1133,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1133,\"*Coal\")+COUNTIF($E1133,\"*Biomass*\"),1),MIN(COUNTIF($E1133,\"*Liquid*\"),1),MIN(COUNTIF($E1133,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1133,\"*Coal\")+COUNTIF($E1133,\"*Biomass*\"),1),MIN(COUNTIF($E1133,\"*Liquid*\"),1),MIN(COUNTIF($E1133,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1133,\"*Coal\")+COUNTIF($E1133,\"*Biomass*\"),1),MIN(COUNTIF($E1133,\"*Liquid*\"),1),MIN(COUNTIF($E1133,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1133,\"*Coal\")+COUNTIF($E1133,\"*Biomass*\"),1),MIN(COUNTIF($E1133,\"*Liquid*\"),1),MIN(COUNTIF($E1133,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1133,\"*Coal\")+COUNTIF($E1133,\"*Biomass*\"),1),MIN(COUNTIF($E1133,\"*Liquid*\"),1),MIN(COUNTIF($E1133,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1133,\"*Coal\")+COUNTIF($E1133,\"*Biomass*\"),1),MIN(COUNTIF($E1133,\"*Liquid*\"),1),MIN(COUNTIF($E1133,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1133,\"*Coal\")+COUNTIF($E1133,\"*Biomass*\"),1),MIN(COUNTIF($E1133,\"*Liquid*\"),1),MIN(COUNTIF($E1133,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1133)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1187","v":"DREZ Marulan Battery - 4h"},{"$f":"'Summary Mapping'!$J1187","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1187","v":"NSW"},{"$f":"'Summary Mapping'!$M1187","v":"Battery"},{"$f":"IF('Summary Mapping'!$H1187=\"N/A\",'Summary Mapping'!$G1187,'Summary Mapping'!$H1187)","v":"DREZ_Marulan"},{"$f":"'Summary Mapping'!$N1187","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1134,\"*Coal\")+COUNTIF($E1134,\"*Biomass*\"),1),MIN(COUNTIF($E1134,\"*Liquid*\"),1),MIN(COUNTIF($E1134,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1134,\"*Coal\")+COUNTIF($E1134,\"*Biomass*\"),1),MIN(COUNTIF($E1134,\"*Liquid*\"),1),MIN(COUNTIF($E1134,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1134,\"*Coal\")+COUNTIF($E1134,\"*Biomass*\"),1),MIN(COUNTIF($E1134,\"*Liquid*\"),1),MIN(COUNTIF($E1134,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1134,\"*Coal\")+COUNTIF($E1134,\"*Biomass*\"),1),MIN(COUNTIF($E1134,\"*Liquid*\"),1),MIN(COUNTIF($E1134,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1134,\"*Coal\")+COUNTIF($E1134,\"*Biomass*\"),1),MIN(COUNTIF($E1134,\"*Liquid*\"),1),MIN(COUNTIF($E1134,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1134,\"*Coal\")+COUNTIF($E1134,\"*Biomass*\"),1),MIN(COUNTIF($E1134,\"*Liquid*\"),1),MIN(COUNTIF($E1134,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1134,\"*Coal\")+COUNTIF($E1134,\"*Biomass*\"),1),MIN(COUNTIF($E1134,\"*Liquid*\"),1),MIN(COUNTIF($E1134,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1134,\"*Coal\")+COUNTIF($E1134,\"*Biomass*\"),1),MIN(COUNTIF($E1134,\"*Liquid*\"),1),MIN(COUNTIF($E1134,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1134,\"*Coal\")+COUNTIF($E1134,\"*Biomass*\"),1),MIN(COUNTIF($E1134,\"*Liquid*\"),1),MIN(COUNTIF($E1134,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1134,\"*Coal\")+COUNTIF($E1134,\"*Biomass*\"),1),MIN(COUNTIF($E1134,\"*Liquid*\"),1),MIN(COUNTIF($E1134,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1134,\"*Coal\")+COUNTIF($E1134,\"*Biomass*\"),1),MIN(COUNTIF($E1134,\"*Liquid*\"),1),MIN(COUNTIF($E1134,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1134,\"*Coal\")+COUNTIF($E1134,\"*Biomass*\"),1),MIN(COUNTIF($E1134,\"*Liquid*\"),1),MIN(COUNTIF($E1134,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1134,\"*Coal\")+COUNTIF($E1134,\"*Biomass*\"),1),MIN(COUNTIF($E1134,\"*Liquid*\"),1),MIN(COUNTIF($E1134,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1134,\"*Coal\")+COUNTIF($E1134,\"*Biomass*\"),1),MIN(COUNTIF($E1134,\"*Liquid*\"),1),MIN(COUNTIF($E1134,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1134,\"*Coal\")+COUNTIF($E1134,\"*Biomass*\"),1),MIN(COUNTIF($E1134,\"*Liquid*\"),1),MIN(COUNTIF($E1134,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1134,\"*Coal\")+COUNTIF($E1134,\"*Biomass*\"),1),MIN(COUNTIF($E1134,\"*Liquid*\"),1),MIN(COUNTIF($E1134,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1134,\"*Coal\")+COUNTIF($E1134,\"*Biomass*\"),1),MIN(COUNTIF($E1134,\"*Liquid*\"),1),MIN(COUNTIF($E1134,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1134,\"*Coal\")+COUNTIF($E1134,\"*Biomass*\"),1),MIN(COUNTIF($E1134,\"*Liquid*\"),1),MIN(COUNTIF($E1134,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1134,\"*Coal\")+COUNTIF($E1134,\"*Biomass*\"),1),MIN(COUNTIF($E1134,\"*Liquid*\"),1),MIN(COUNTIF($E1134,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1134,\"*Coal\")+COUNTIF($E1134,\"*Biomass*\"),1),MIN(COUNTIF($E1134,\"*Liquid*\"),1),MIN(COUNTIF($E1134,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1134,\"*Coal\")+COUNTIF($E1134,\"*Biomass*\"),1),MIN(COUNTIF($E1134,\"*Liquid*\"),1),MIN(COUNTIF($E1134,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1134,\"*Coal\")+COUNTIF($E1134,\"*Biomass*\"),1),MIN(COUNTIF($E1134,\"*Liquid*\"),1),MIN(COUNTIF($E1134,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1134,\"*Coal\")+COUNTIF($E1134,\"*Biomass*\"),1),MIN(COUNTIF($E1134,\"*Liquid*\"),1),MIN(COUNTIF($E1134,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1134,\"*Coal\")+COUNTIF($E1134,\"*Biomass*\"),1),MIN(COUNTIF($E1134,\"*Liquid*\"),1),MIN(COUNTIF($E1134,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1134,\"*Coal\")+COUNTIF($E1134,\"*Biomass*\"),1),MIN(COUNTIF($E1134,\"*Liquid*\"),1),MIN(COUNTIF($E1134,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1134,\"*Coal\")+COUNTIF($E1134,\"*Biomass*\"),1),MIN(COUNTIF($E1134,\"*Liquid*\"),1),MIN(COUNTIF($E1134,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1134,\"*Coal\")+COUNTIF($E1134,\"*Biomass*\"),1),MIN(COUNTIF($E1134,\"*Liquid*\"),1),MIN(COUNTIF($E1134,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1134)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1188","v":"DREZ Marulan Battery - 8h"},{"$f":"'Summary Mapping'!$J1188","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1188","v":"NSW"},{"$f":"'Summary Mapping'!$M1188","v":"Battery"},{"$f":"IF('Summary Mapping'!$H1188=\"N/A\",'Summary Mapping'!$G1188,'Summary Mapping'!$H1188)","v":"DREZ_Marulan"},{"$f":"'Summary Mapping'!$N1188","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1135,\"*Coal\")+COUNTIF($E1135,\"*Biomass*\"),1),MIN(COUNTIF($E1135,\"*Liquid*\"),1),MIN(COUNTIF($E1135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1135,\"*Coal\")+COUNTIF($E1135,\"*Biomass*\"),1),MIN(COUNTIF($E1135,\"*Liquid*\"),1),MIN(COUNTIF($E1135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1135,\"*Coal\")+COUNTIF($E1135,\"*Biomass*\"),1),MIN(COUNTIF($E1135,\"*Liquid*\"),1),MIN(COUNTIF($E1135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1135,\"*Coal\")+COUNTIF($E1135,\"*Biomass*\"),1),MIN(COUNTIF($E1135,\"*Liquid*\"),1),MIN(COUNTIF($E1135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1135,\"*Coal\")+COUNTIF($E1135,\"*Biomass*\"),1),MIN(COUNTIF($E1135,\"*Liquid*\"),1),MIN(COUNTIF($E1135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1135,\"*Coal\")+COUNTIF($E1135,\"*Biomass*\"),1),MIN(COUNTIF($E1135,\"*Liquid*\"),1),MIN(COUNTIF($E1135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1135,\"*Coal\")+COUNTIF($E1135,\"*Biomass*\"),1),MIN(COUNTIF($E1135,\"*Liquid*\"),1),MIN(COUNTIF($E1135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1135,\"*Coal\")+COUNTIF($E1135,\"*Biomass*\"),1),MIN(COUNTIF($E1135,\"*Liquid*\"),1),MIN(COUNTIF($E1135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1135,\"*Coal\")+COUNTIF($E1135,\"*Biomass*\"),1),MIN(COUNTIF($E1135,\"*Liquid*\"),1),MIN(COUNTIF($E1135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1135,\"*Coal\")+COUNTIF($E1135,\"*Biomass*\"),1),MIN(COUNTIF($E1135,\"*Liquid*\"),1),MIN(COUNTIF($E1135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1135,\"*Coal\")+COUNTIF($E1135,\"*Biomass*\"),1),MIN(COUNTIF($E1135,\"*Liquid*\"),1),MIN(COUNTIF($E1135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1135,\"*Coal\")+COUNTIF($E1135,\"*Biomass*\"),1),MIN(COUNTIF($E1135,\"*Liquid*\"),1),MIN(COUNTIF($E1135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1135,\"*Coal\")+COUNTIF($E1135,\"*Biomass*\"),1),MIN(COUNTIF($E1135,\"*Liquid*\"),1),MIN(COUNTIF($E1135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1135,\"*Coal\")+COUNTIF($E1135,\"*Biomass*\"),1),MIN(COUNTIF($E1135,\"*Liquid*\"),1),MIN(COUNTIF($E1135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1135,\"*Coal\")+COUNTIF($E1135,\"*Biomass*\"),1),MIN(COUNTIF($E1135,\"*Liquid*\"),1),MIN(COUNTIF($E1135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1135,\"*Coal\")+COUNTIF($E1135,\"*Biomass*\"),1),MIN(COUNTIF($E1135,\"*Liquid*\"),1),MIN(COUNTIF($E1135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1135,\"*Coal\")+COUNTIF($E1135,\"*Biomass*\"),1),MIN(COUNTIF($E1135,\"*Liquid*\"),1),MIN(COUNTIF($E1135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1135,\"*Coal\")+COUNTIF($E1135,\"*Biomass*\"),1),MIN(COUNTIF($E1135,\"*Liquid*\"),1),MIN(COUNTIF($E1135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1135,\"*Coal\")+COUNTIF($E1135,\"*Biomass*\"),1),MIN(COUNTIF($E1135,\"*Liquid*\"),1),MIN(COUNTIF($E1135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1135,\"*Coal\")+COUNTIF($E1135,\"*Biomass*\"),1),MIN(COUNTIF($E1135,\"*Liquid*\"),1),MIN(COUNTIF($E1135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1135,\"*Coal\")+COUNTIF($E1135,\"*Biomass*\"),1),MIN(COUNTIF($E1135,\"*Liquid*\"),1),MIN(COUNTIF($E1135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1135,\"*Coal\")+COUNTIF($E1135,\"*Biomass*\"),1),MIN(COUNTIF($E1135,\"*Liquid*\"),1),MIN(COUNTIF($E1135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1135,\"*Coal\")+COUNTIF($E1135,\"*Biomass*\"),1),MIN(COUNTIF($E1135,\"*Liquid*\"),1),MIN(COUNTIF($E1135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1135,\"*Coal\")+COUNTIF($E1135,\"*Biomass*\"),1),MIN(COUNTIF($E1135,\"*Liquid*\"),1),MIN(COUNTIF($E1135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1135,\"*Coal\")+COUNTIF($E1135,\"*Biomass*\"),1),MIN(COUNTIF($E1135,\"*Liquid*\"),1),MIN(COUNTIF($E1135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1135,\"*Coal\")+COUNTIF($E1135,\"*Biomass*\"),1),MIN(COUNTIF($E1135,\"*Liquid*\"),1),MIN(COUNTIF($E1135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1135,\"*Coal\")+COUNTIF($E1135,\"*Biomass*\"),1),MIN(COUNTIF($E1135,\"*Liquid*\"),1),MIN(COUNTIF($E1135,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1135)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1183","v":"DREZ Yass Battery - 2h"},{"$f":"'Summary Mapping'!$J1183","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1183","v":"NSW"},{"$f":"'Summary Mapping'!$M1183","v":"Battery"},{"$f":"IF('Summary Mapping'!$H1183=\"N/A\",'Summary Mapping'!$G1183,'Summary Mapping'!$H1183)","v":"DREZ_Yass"},{"$f":"'Summary Mapping'!$N1183","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1136,\"*Coal\")+COUNTIF($E1136,\"*Biomass*\"),1),MIN(COUNTIF($E1136,\"*Liquid*\"),1),MIN(COUNTIF($E1136,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1136,\"*Coal\")+COUNTIF($E1136,\"*Biomass*\"),1),MIN(COUNTIF($E1136,\"*Liquid*\"),1),MIN(COUNTIF($E1136,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1136,\"*Coal\")+COUNTIF($E1136,\"*Biomass*\"),1),MIN(COUNTIF($E1136,\"*Liquid*\"),1),MIN(COUNTIF($E1136,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1136,\"*Coal\")+COUNTIF($E1136,\"*Biomass*\"),1),MIN(COUNTIF($E1136,\"*Liquid*\"),1),MIN(COUNTIF($E1136,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1136,\"*Coal\")+COUNTIF($E1136,\"*Biomass*\"),1),MIN(COUNTIF($E1136,\"*Liquid*\"),1),MIN(COUNTIF($E1136,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1136,\"*Coal\")+COUNTIF($E1136,\"*Biomass*\"),1),MIN(COUNTIF($E1136,\"*Liquid*\"),1),MIN(COUNTIF($E1136,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1136,\"*Coal\")+COUNTIF($E1136,\"*Biomass*\"),1),MIN(COUNTIF($E1136,\"*Liquid*\"),1),MIN(COUNTIF($E1136,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1136,\"*Coal\")+COUNTIF($E1136,\"*Biomass*\"),1),MIN(COUNTIF($E1136,\"*Liquid*\"),1),MIN(COUNTIF($E1136,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1136,\"*Coal\")+COUNTIF($E1136,\"*Biomass*\"),1),MIN(COUNTIF($E1136,\"*Liquid*\"),1),MIN(COUNTIF($E1136,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1136,\"*Coal\")+COUNTIF($E1136,\"*Biomass*\"),1),MIN(COUNTIF($E1136,\"*Liquid*\"),1),MIN(COUNTIF($E1136,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1136,\"*Coal\")+COUNTIF($E1136,\"*Biomass*\"),1),MIN(COUNTIF($E1136,\"*Liquid*\"),1),MIN(COUNTIF($E1136,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1136,\"*Coal\")+COUNTIF($E1136,\"*Biomass*\"),1),MIN(COUNTIF($E1136,\"*Liquid*\"),1),MIN(COUNTIF($E1136,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1136,\"*Coal\")+COUNTIF($E1136,\"*Biomass*\"),1),MIN(COUNTIF($E1136,\"*Liquid*\"),1),MIN(COUNTIF($E1136,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1136,\"*Coal\")+COUNTIF($E1136,\"*Biomass*\"),1),MIN(COUNTIF($E1136,\"*Liquid*\"),1),MIN(COUNTIF($E1136,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1136,\"*Coal\")+COUNTIF($E1136,\"*Biomass*\"),1),MIN(COUNTIF($E1136,\"*Liquid*\"),1),MIN(COUNTIF($E1136,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1136,\"*Coal\")+COUNTIF($E1136,\"*Biomass*\"),1),MIN(COUNTIF($E1136,\"*Liquid*\"),1),MIN(COUNTIF($E1136,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1136,\"*Coal\")+COUNTIF($E1136,\"*Biomass*\"),1),MIN(COUNTIF($E1136,\"*Liquid*\"),1),MIN(COUNTIF($E1136,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1136,\"*Coal\")+COUNTIF($E1136,\"*Biomass*\"),1),MIN(COUNTIF($E1136,\"*Liquid*\"),1),MIN(COUNTIF($E1136,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1136,\"*Coal\")+COUNTIF($E1136,\"*Biomass*\"),1),MIN(COUNTIF($E1136,\"*Liquid*\"),1),MIN(COUNTIF($E1136,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1136,\"*Coal\")+COUNTIF($E1136,\"*Biomass*\"),1),MIN(COUNTIF($E1136,\"*Liquid*\"),1),MIN(COUNTIF($E1136,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1136,\"*Coal\")+COUNTIF($E1136,\"*Biomass*\"),1),MIN(COUNTIF($E1136,\"*Liquid*\"),1),MIN(COUNTIF($E1136,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1136,\"*Coal\")+COUNTIF($E1136,\"*Biomass*\"),1),MIN(COUNTIF($E1136,\"*Liquid*\"),1),MIN(COUNTIF($E1136,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1136,\"*Coal\")+COUNTIF($E1136,\"*Biomass*\"),1),MIN(COUNTIF($E1136,\"*Liquid*\"),1),MIN(COUNTIF($E1136,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1136,\"*Coal\")+COUNTIF($E1136,\"*Biomass*\"),1),MIN(COUNTIF($E1136,\"*Liquid*\"),1),MIN(COUNTIF($E1136,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1136,\"*Coal\")+COUNTIF($E1136,\"*Biomass*\"),1),MIN(COUNTIF($E1136,\"*Liquid*\"),1),MIN(COUNTIF($E1136,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1136,\"*Coal\")+COUNTIF($E1136,\"*Biomass*\"),1),MIN(COUNTIF($E1136,\"*Liquid*\"),1),MIN(COUNTIF($E1136,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1136,\"*Coal\")+COUNTIF($E1136,\"*Biomass*\"),1),MIN(COUNTIF($E1136,\"*Liquid*\"),1),MIN(COUNTIF($E1136,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1136)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1184","v":"DREZ Yass Battery - 4h"},{"$f":"'Summary Mapping'!$J1184","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1184","v":"NSW"},{"$f":"'Summary Mapping'!$M1184","v":"Battery"},{"$f":"IF('Summary Mapping'!$H1184=\"N/A\",'Summary Mapping'!$G1184,'Summary Mapping'!$H1184)","v":"DREZ_Yass"},{"$f":"'Summary Mapping'!$N1184","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1137,\"*Coal\")+COUNTIF($E1137,\"*Biomass*\"),1),MIN(COUNTIF($E1137,\"*Liquid*\"),1),MIN(COUNTIF($E1137,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1137,\"*Coal\")+COUNTIF($E1137,\"*Biomass*\"),1),MIN(COUNTIF($E1137,\"*Liquid*\"),1),MIN(COUNTIF($E1137,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1137,\"*Coal\")+COUNTIF($E1137,\"*Biomass*\"),1),MIN(COUNTIF($E1137,\"*Liquid*\"),1),MIN(COUNTIF($E1137,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1137,\"*Coal\")+COUNTIF($E1137,\"*Biomass*\"),1),MIN(COUNTIF($E1137,\"*Liquid*\"),1),MIN(COUNTIF($E1137,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1137,\"*Coal\")+COUNTIF($E1137,\"*Biomass*\"),1),MIN(COUNTIF($E1137,\"*Liquid*\"),1),MIN(COUNTIF($E1137,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1137,\"*Coal\")+COUNTIF($E1137,\"*Biomass*\"),1),MIN(COUNTIF($E1137,\"*Liquid*\"),1),MIN(COUNTIF($E1137,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1137,\"*Coal\")+COUNTIF($E1137,\"*Biomass*\"),1),MIN(COUNTIF($E1137,\"*Liquid*\"),1),MIN(COUNTIF($E1137,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1137,\"*Coal\")+COUNTIF($E1137,\"*Biomass*\"),1),MIN(COUNTIF($E1137,\"*Liquid*\"),1),MIN(COUNTIF($E1137,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1137,\"*Coal\")+COUNTIF($E1137,\"*Biomass*\"),1),MIN(COUNTIF($E1137,\"*Liquid*\"),1),MIN(COUNTIF($E1137,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1137,\"*Coal\")+COUNTIF($E1137,\"*Biomass*\"),1),MIN(COUNTIF($E1137,\"*Liquid*\"),1),MIN(COUNTIF($E1137,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1137,\"*Coal\")+COUNTIF($E1137,\"*Biomass*\"),1),MIN(COUNTIF($E1137,\"*Liquid*\"),1),MIN(COUNTIF($E1137,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1137,\"*Coal\")+COUNTIF($E1137,\"*Biomass*\"),1),MIN(COUNTIF($E1137,\"*Liquid*\"),1),MIN(COUNTIF($E1137,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1137,\"*Coal\")+COUNTIF($E1137,\"*Biomass*\"),1),MIN(COUNTIF($E1137,\"*Liquid*\"),1),MIN(COUNTIF($E1137,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1137,\"*Coal\")+COUNTIF($E1137,\"*Biomass*\"),1),MIN(COUNTIF($E1137,\"*Liquid*\"),1),MIN(COUNTIF($E1137,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1137,\"*Coal\")+COUNTIF($E1137,\"*Biomass*\"),1),MIN(COUNTIF($E1137,\"*Liquid*\"),1),MIN(COUNTIF($E1137,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1137,\"*Coal\")+COUNTIF($E1137,\"*Biomass*\"),1),MIN(COUNTIF($E1137,\"*Liquid*\"),1),MIN(COUNTIF($E1137,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1137,\"*Coal\")+COUNTIF($E1137,\"*Biomass*\"),1),MIN(COUNTIF($E1137,\"*Liquid*\"),1),MIN(COUNTIF($E1137,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1137,\"*Coal\")+COUNTIF($E1137,\"*Biomass*\"),1),MIN(COUNTIF($E1137,\"*Liquid*\"),1),MIN(COUNTIF($E1137,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1137,\"*Coal\")+COUNTIF($E1137,\"*Biomass*\"),1),MIN(COUNTIF($E1137,\"*Liquid*\"),1),MIN(COUNTIF($E1137,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137)*SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!U:U,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1137,\"*Coal\")+COUNTIF($E1137,\"*Biomass*\"),1),MIN(COUNTIF($E1137,\"*Liquid*\"),1),MIN(COUNTIF($E1137,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!W:W,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137)*SUMIFS('GPG emissions reduction - BioM'!V:V,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!W:W,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1137,\"*Coal\")+COUNTIF($E1137,\"*Biomass*\"),1),MIN(COUNTIF($E1137,\"*Liquid*\"),1),MIN(COUNTIF($E1137,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1137,\"*Coal\")+COUNTIF($E1137,\"*Biomass*\"),1),MIN(COUNTIF($E1137,\"*Liquid*\"),1),MIN(COUNTIF($E1137,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1137,\"*Coal\")+COUNTIF($E1137,\"*Biomass*\"),1),MIN(COUNTIF($E1137,\"*Liquid*\"),1),MIN(COUNTIF($E1137,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1137,\"*Coal\")+COUNTIF($E1137,\"*Biomass*\"),1),MIN(COUNTIF($E1137,\"*Liquid*\"),1),MIN(COUNTIF($E1137,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1137,\"*Coal\")+COUNTIF($E1137,\"*Biomass*\"),1),MIN(COUNTIF($E1137,\"*Liquid*\"),1),MIN(COUNTIF($E1137,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1137,\"*Coal\")+COUNTIF($E1137,\"*Biomass*\"),1),MIN(COUNTIF($E1137,\"*Liquid*\"),1),MIN(COUNTIF($E1137,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1137,\"*Coal\")+COUNTIF($E1137,\"*Biomass*\"),1),MIN(COUNTIF($E1137,\"*Liquid*\"),1),MIN(COUNTIF($E1137,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1137)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]
[null,{"$f":"'Summary Mapping'!$C1185","v":"DREZ Yass Battery - 8h"},{"$f":"'Summary Mapping'!$J1185","v":"New Entrant"},{"$f":"'Summary Mapping'!$F1185","v":"NSW"},{"$f":"'Summary Mapping'!$M1185","v":"Battery"},{"$f":"IF('Summary Mapping'!$H1185=\"N/A\",'Summary Mapping'!$G1185,'Summary Mapping'!$H1185)","v":"DREZ_Yass"},{"$f":"'Summary Mapping'!$N1185","v":"Battery"},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1138,\"*Coal\")+COUNTIF($E1138,\"*Biomass*\"),1),MIN(COUNTIF($E1138,\"*Liquid*\"),1),MIN(COUNTIF($E1138,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!D:D,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138)*SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!D:D,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!C:C,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1138,\"*Coal\")+COUNTIF($E1138,\"*Biomass*\"),1),MIN(COUNTIF($E1138,\"*Liquid*\"),1),MIN(COUNTIF($E1138,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!E:E,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138)*SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!E:E,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!D:D,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1138,\"*Coal\")+COUNTIF($E1138,\"*Biomass*\"),1),MIN(COUNTIF($E1138,\"*Liquid*\"),1),MIN(COUNTIF($E1138,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!F:F,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138)*SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!F:F,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!E:E,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1138,\"*Coal\")+COUNTIF($E1138,\"*Biomass*\"),1),MIN(COUNTIF($E1138,\"*Liquid*\"),1),MIN(COUNTIF($E1138,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!G:G,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138)*SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!G:G,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!F:F,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1138,\"*Coal\")+COUNTIF($E1138,\"*Biomass*\"),1),MIN(COUNTIF($E1138,\"*Liquid*\"),1),MIN(COUNTIF($E1138,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!H:H,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138)*SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!H:H,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!G:G,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1138,\"*Coal\")+COUNTIF($E1138,\"*Biomass*\"),1),MIN(COUNTIF($E1138,\"*Liquid*\"),1),MIN(COUNTIF($E1138,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!I:I,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138)*SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!I:I,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!H:H,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1138,\"*Coal\")+COUNTIF($E1138,\"*Biomass*\"),1),MIN(COUNTIF($E1138,\"*Liquid*\"),1),MIN(COUNTIF($E1138,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!J:J,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138)*SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!J:J,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!I:I,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1138,\"*Coal\")+COUNTIF($E1138,\"*Biomass*\"),1),MIN(COUNTIF($E1138,\"*Liquid*\"),1),MIN(COUNTIF($E1138,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!K:K,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138)*SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!K:K,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!J:J,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1138,\"*Coal\")+COUNTIF($E1138,\"*Biomass*\"),1),MIN(COUNTIF($E1138,\"*Liquid*\"),1),MIN(COUNTIF($E1138,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!L:L,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138)*SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!L:L,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!K:K,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1138,\"*Coal\")+COUNTIF($E1138,\"*Biomass*\"),1),MIN(COUNTIF($E1138,\"*Liquid*\"),1),MIN(COUNTIF($E1138,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!M:M,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138)*SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!M:M,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!L:L,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1138,\"*Coal\")+COUNTIF($E1138,\"*Biomass*\"),1),MIN(COUNTIF($E1138,\"*Liquid*\"),1),MIN(COUNTIF($E1138,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!N:N,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138)*SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!N:N,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!M:M,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1138,\"*Coal\")+COUNTIF($E1138,\"*Biomass*\"),1),MIN(COUNTIF($E1138,\"*Liquid*\"),1),MIN(COUNTIF($E1138,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!O:O,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138)*SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!O:O,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!N:N,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1138,\"*Coal\")+COUNTIF($E1138,\"*Biomass*\"),1),MIN(COUNTIF($E1138,\"*Liquid*\"),1),MIN(COUNTIF($E1138,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!P:P,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138)*SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!P:P,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!O:O,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1138,\"*Coal\")+COUNTIF($E1138,\"*Biomass*\"),1),MIN(COUNTIF($E1138,\"*Liquid*\"),1),MIN(COUNTIF($E1138,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Q:Q,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138)*SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Q:Q,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!P:P,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1138,\"*Coal\")+COUNTIF($E1138,\"*Biomass*\"),1),MIN(COUNTIF($E1138,\"*Liquid*\"),1),MIN(COUNTIF($E1138,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!R:R,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138)*SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!R:R,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!Q:Q,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1138,\"*Coal\")+COUNTIF($E1138,\"*Biomass*\"),1),MIN(COUNTIF($E1138,\"*Liquid*\"),1),MIN(COUNTIF($E1138,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!S:S,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138)*SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!S:S,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!R:R,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1138,\"*Coal\")+COUNTIF($E1138,\"*Biomass*\"),1),MIN(COUNTIF($E1138,\"*Liquid*\"),1),MIN(COUNTIF($E1138,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!T:T,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138)*SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!T:T,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!S:S,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1138,\"*Coal\")+COUNTIF($E1138,\"*Biomass*\"),1),MIN(COUNTIF($E1138,\"*Liquid*\"),1),MIN(COUNTIF($E1138,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!U:U,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138)*SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!U:U,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!T:T,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1138,\"*Coal\")+COUNTIF($E1138,\"*Biomass*\"),1),MIN(COUNTIF($E1138,\"*Liquid*\"),1),MIN(COUNTIF($E1138,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!V:V,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!V:V,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138)*SUMIFS('GPG emissions reduction - 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BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Y:Y,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!X:X,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1138,\"*Coal\")+COUNTIF($E1138,\"*Biomass*\"),1),MIN(COUNTIF($E1138,\"*Liquid*\"),1),MIN(COUNTIF($E1138,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!Z:Z,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138)*SUMIFS('GPG emissions reduction - BioM'!Y:Y,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!Z:Z,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - 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BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1138,\"*Coal\")+COUNTIF($E1138,\"*Biomass*\"),1),MIN(COUNTIF($E1138,\"*Liquid*\"),1),MIN(COUNTIF($E1138,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AB:AB,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138)*SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AB:AB,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AA:AA,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1138,\"*Coal\")+COUNTIF($E1138,\"*Biomass*\"),1),MIN(COUNTIF($E1138,\"*Liquid*\"),1),MIN(COUNTIF($E1138,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AC:AC,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138)*SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AC:AC,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AB:AB,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1138,\"*Coal\")+COUNTIF($E1138,\"*Biomass*\"),1),MIN(COUNTIF($E1138,\"*Liquid*\"),1),MIN(COUNTIF($E1138,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AD:AD,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138)*SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AD:AD,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AC:AC,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1138,\"*Coal\")+COUNTIF($E1138,\"*Biomass*\"),1),MIN(COUNTIF($E1138,\"*Liquid*\"),1),MIN(COUNTIF($E1138,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AE:AE,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138)*SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AE:AE,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AD:AD,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1138,\"*Coal\")+COUNTIF($E1138,\"*Biomass*\"),1),MIN(COUNTIF($E1138,\"*Liquid*\"),1),MIN(COUNTIF($E1138,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AF:AF,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138)*SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AF:AF,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AE:AE,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0},{"$f":"IFERROR(CHOOSE(SUM(_xlfn.SEQUENCE(3)*_xlfn.VSTACK(MIN(COUNTIF($E1138,\"*Coal\")+COUNTIF($E1138,\"*Biomass*\"),1),MIN(COUNTIF($E1138,\"*Liquid*\"),1),MIN(COUNTIF($E1138,\"*Gas*\"),1))),\nSUMIFS('Coal and Biomass price'!AG:AG,'Coal and Biomass price'!$C:$C,$C$9,'Coal and Biomass price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138),\nSUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,$G1138)*SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8)\n+SUMIFS('Gas, Liquid fuel, H2 price'!AG:AG,'Gas, Liquid fuel, H2 price'!$A:$A,1,'Gas, Liquid fuel, H2 price'!$C:$C,$C$8,'Gas, Liquid fuel, H2 price'!$B:$B,Biomethane_PriceKey)*(1-SUMIFS('GPG emissions reduction - BioM'!AF:AF,'GPG emissions reduction - BioM'!$B:$B,$C$8))\n),0)","v":0}]

{"sheet":"Regional Build Costs Summary","index":8,"n_rows":62,"n_cols":49,"rows_kept":62,"cut":false,"hidden":false,"merged":[]}
[null,"Go to Assumptions Summary"]
[null,"Generator build costs, after application of locational cost factors ($/kW, real 2025 dollars)"]
[null,"Build costs for new entrant generators by location for the selected scenario and technology; does not include connection costs."]
[null,"Cost trajectories calculated by applying locational cost factors to baseline provided for a region-specific cost estimate"]
[null,"Technology and scenario choices are available through the drop down menus. "]
[]
[null,"Build Cost"]
[]
[null,"Technology:","Scenario:"]
[null,"Wind","Slower Growth"]
[]
[null,"Technology type ","Cost scenario","Candidate REZ","Sub-region","Cost zone ","Locational cost factor","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
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[null,"Wind","Slower Growth",{"$f":"'Renewable energy zones'!C26","v":"Hunter Coast"},{"$f":"'Renewable energy zones'!E26","v":"SNW"},{"$f":"INDEX('Renewable energy zones'!$B$7:$B$44,MATCH('Regional Build Costs Summary'!D32,'Renewable energy zones'!$C$7:$C$44,0),1)","v":"N10"},{"$f":"INDEX('Locational Cost Factors'!$D$153:$X$207,MATCH($F32,'Locational Cost Factors'!$B$153:$B$207,0),MATCH($B32,'Locational Cost Factors'!$D$152:$X$152,0))","v":"Not Applicable"},{"$f":"IF($G32=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B32&$C32,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(H$12,'Build costs'!$F$10:$AI$10,0))*$G32)","v":"Not Applicable"},{"$f":"IF($G32=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B32&$C32,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(I$12,'Build costs'!$F$10:$AI$10,0))*$G32)","v":"Not Applicable"},{"$f":"IF($G32=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B32&$C32,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(J$12,'Build costs'!$F$10:$AI$10,0))*$G32)","v":"Not Applicable"},{"$f":"IF($G32=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B32&$C32,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(K$12,'Build costs'!$F$10:$AI$10,0))*$G32)","v":"Not Applicable"},{"$f":"IF($G32=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B32&$C32,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(L$12,'Build costs'!$F$10:$AI$10,0))*$G32)","v":"Not Applicable"},{"$f":"IF($G32=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B32&$C32,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(M$12,'Build costs'!$F$10:$AI$10,0))*$G32)","v":"Not Applicable"},{"$f":"IF($G32=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B32&$C32,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(N$12,'Build costs'!$F$10:$AI$10,0))*$G32)","v":"Not Applicable"},{"$f":"IF($G32=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B32&$C32,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(O$12,'Build costs'!$F$10:$AI$10,0))*$G32)","v":"Not Applicable"},{"$f":"IF($G32=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B32&$C32,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(P$12,'Build costs'!$F$10:$AI$10,0))*$G32)","v":"Not Applicable"},{"$f":"IF($G32=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B32&$C32,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(Q$12,'Build costs'!$F$10:$AI$10,0))*$G32)","v":"Not Applicable"},{"$f":"IF($G32=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B32&$C32,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(R$12,'Build costs'!$F$10:$AI$10,0))*$G32)","v":"Not Applicable"},{"$f":"IF($G32=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B32&$C32,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(S$12,'Build costs'!$F$10:$AI$10,0))*$G32)","v":"Not Applicable"},{"$f":"IF($G32=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B32&$C32,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(T$12,'Build costs'!$F$10:$AI$10,0))*$G32)","v":"Not Applicable"},{"$f":"IF($G32=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B32&$C32,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(U$12,'Build costs'!$F$10:$AI$10,0))*$G32)","v":"Not Applicable"},{"$f":"IF($G32=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B32&$C32,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(V$12,'Build costs'!$F$10:$AI$10,0))*$G32)","v":"Not Applicable"},{"$f":"IF($G32=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B32&$C32,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(W$12,'Build costs'!$F$10:$AI$10,0))*$G32)","v":"Not Applicable"},{"$f":"IF($G32=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B32&$C32,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(X$12,'Build costs'!$F$10:$AI$10,0))*$G32)","v":"Not Applicable"},{"$f":"IF($G32=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B32&$C32,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(Y$12,'Build costs'!$F$10:$AI$10,0))*$G32)","v":"Not Applicable"},{"$f":"IF($G32=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B32&$C32,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(Z$12,'Build costs'!$F$10:$AI$10,0))*$G32)","v":"Not Applicable"},{"$f":"IF($G32=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B32&$C32,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AA$12,'Build costs'!$F$10:$AI$10,0))*$G32)","v":"Not Applicable"},{"$f":"IF($G32=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B32&$C32,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AB$12,'Build costs'!$F$10:$AI$10,0))*$G32)","v":"Not Applicable"},{"$f":"IF($G32=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B32&$C32,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AC$12,'Build costs'!$F$10:$AI$10,0))*$G32)","v":"Not Applicable"},{"$f":"IF($G32=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B32&$C32,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AD$12,'Build costs'!$F$10:$AI$10,0))*$G32)","v":"Not Applicable"},{"$f":"IF($G32=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B32&$C32,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AE$12,'Build costs'!$F$10:$AI$10,0))*$G32)","v":"Not Applicable"},{"$f":"IF($G32=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B32&$C32,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AF$12,'Build costs'!$F$10:$AI$10,0))*$G32)","v":"Not Applicable"},{"$f":"IF($G32=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B32&$C32,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AG$12,'Build costs'!$F$10:$AI$10,0))*$G32)","v":"Not Applicable"},{"$f":"IF($G32=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B32&$C32,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AH$12,'Build costs'!$F$10:$AI$10,0))*$G32)","v":"Not Applicable"},{"$f":"IF($G32=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B32&$C32,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AI$12,'Build costs'!$F$10:$AI$10,0))*$G32)","v":"Not Applicable"},{"$f":"IF($G32=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B32&$C32,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AJ$12,'Build costs'!$F$10:$AI$10,0))*$G32)","v":"Not Applicable"},{"$f":"IF($G32=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B32&$C32,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AK$12,'Build costs'!$F$10:$AI$10,0))*$G32)","v":"Not Applicable"},null,null,null,null,null,null,null,null,null,null,null,"Wind - offshore (floating)"]
[null,"Wind","Slower Growth",{"$f":"'Renewable energy zones'!C27","v":"Illawarra Coast"},{"$f":"'Renewable energy zones'!E27","v":"SNW"},{"$f":"INDEX('Renewable energy zones'!$B$7:$B$44,MATCH('Regional Build Costs Summary'!D33,'Renewable energy zones'!$C$7:$C$44,0),1)","v":"N11"},{"$f":"INDEX('Locational Cost Factors'!$D$153:$X$207,MATCH($F33,'Locational Cost Factors'!$B$153:$B$207,0),MATCH($B33,'Locational Cost Factors'!$D$152:$X$152,0))","v":"Not Applicable"},{"$f":"IF($G33=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B33&$C33,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(H$12,'Build costs'!$F$10:$AI$10,0))*$G33)","v":"Not Applicable"},{"$f":"IF($G33=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B33&$C33,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(I$12,'Build costs'!$F$10:$AI$10,0))*$G33)","v":"Not Applicable"},{"$f":"IF($G33=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B33&$C33,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(J$12,'Build costs'!$F$10:$AI$10,0))*$G33)","v":"Not Applicable"},{"$f":"IF($G33=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B33&$C33,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(K$12,'Build costs'!$F$10:$AI$10,0))*$G33)","v":"Not Applicable"},{"$f":"IF($G33=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B33&$C33,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(L$12,'Build costs'!$F$10:$AI$10,0))*$G33)","v":"Not Applicable"},{"$f":"IF($G33=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B33&$C33,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(M$12,'Build costs'!$F$10:$AI$10,0))*$G33)","v":"Not Applicable"},{"$f":"IF($G33=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B33&$C33,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(N$12,'Build costs'!$F$10:$AI$10,0))*$G33)","v":"Not Applicable"},{"$f":"IF($G33=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B33&$C33,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(O$12,'Build costs'!$F$10:$AI$10,0))*$G33)","v":"Not Applicable"},{"$f":"IF($G33=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B33&$C33,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(P$12,'Build costs'!$F$10:$AI$10,0))*$G33)","v":"Not Applicable"},{"$f":"IF($G33=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B33&$C33,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(Q$12,'Build costs'!$F$10:$AI$10,0))*$G33)","v":"Not Applicable"},{"$f":"IF($G33=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B33&$C33,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(R$12,'Build costs'!$F$10:$AI$10,0))*$G33)","v":"Not Applicable"},{"$f":"IF($G33=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B33&$C33,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(S$12,'Build costs'!$F$10:$AI$10,0))*$G33)","v":"Not Applicable"},{"$f":"IF($G33=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B33&$C33,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(T$12,'Build costs'!$F$10:$AI$10,0))*$G33)","v":"Not Applicable"},{"$f":"IF($G33=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B33&$C33,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(U$12,'Build costs'!$F$10:$AI$10,0))*$G33)","v":"Not Applicable"},{"$f":"IF($G33=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B33&$C33,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(V$12,'Build costs'!$F$10:$AI$10,0))*$G33)","v":"Not Applicable"},{"$f":"IF($G33=\"Not Applicable\",\"Not Applicable\",INDEX('Build 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Applicable"},{"$f":"IF($G33=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B33&$C33,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AF$12,'Build costs'!$F$10:$AI$10,0))*$G33)","v":"Not Applicable"},{"$f":"IF($G33=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B33&$C33,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AG$12,'Build costs'!$F$10:$AI$10,0))*$G33)","v":"Not Applicable"},{"$f":"IF($G33=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B33&$C33,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AH$12,'Build costs'!$F$10:$AI$10,0))*$G33)","v":"Not Applicable"},{"$f":"IF($G33=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B33&$C33,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AI$12,'Build costs'!$F$10:$AI$10,0))*$G33)","v":"Not Applicable"},{"$f":"IF($G33=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B33&$C33,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AJ$12,'Build costs'!$F$10:$AI$10,0))*$G33)","v":"Not Applicable"},{"$f":"IF($G33=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B33&$C33,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AK$12,'Build costs'!$F$10:$AI$10,0))*$G33)","v":"Not Applicable"},null,null,null,null,null,null,null,null,null,null,null,"Pumped Hydro (10hrs storage)"]
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Applicable"},{"$f":"IF($G52=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B52&$C52,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AG$12,'Build costs'!$F$10:$AI$10,0))*$G52)","v":"Not Applicable"},{"$f":"IF($G52=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B52&$C52,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AH$12,'Build costs'!$F$10:$AI$10,0))*$G52)","v":"Not Applicable"},{"$f":"IF($G52=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B52&$C52,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AI$12,'Build costs'!$F$10:$AI$10,0))*$G52)","v":"Not Applicable"},{"$f":"IF($G52=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B52&$C52,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AJ$12,'Build costs'!$F$10:$AI$10,0))*$G52)","v":"Not Applicable"},{"$f":"IF($G52=\"Not Applicable\",\"Not Applicable\",INDEX('Build 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Applicable"},{"$f":"IF($G53=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B53&$C53,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AG$12,'Build costs'!$F$10:$AI$10,0))*$G53)","v":"Not Applicable"},{"$f":"IF($G53=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B53&$C53,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AH$12,'Build costs'!$F$10:$AI$10,0))*$G53)","v":"Not Applicable"},{"$f":"IF($G53=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B53&$C53,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AI$12,'Build costs'!$F$10:$AI$10,0))*$G53)","v":"Not Applicable"},{"$f":"IF($G53=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B53&$C53,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AJ$12,'Build costs'!$F$10:$AI$10,0))*$G53)","v":"Not Applicable"},{"$f":"IF($G53=\"Not Applicable\",\"Not Applicable\",INDEX('Build 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[null,"Wind","Slower Growth","-","SNSW","SNSW",{"$f":"INDEX('Locational Cost Factors'!$D$153:$X$207,MATCH($F54,'Locational Cost Factors'!$B$153:$B$207,0),MATCH($B54,'Locational Cost Factors'!$D$152:$X$152,0))","v":"Not Applicable"},{"$f":"IF($G54=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B54&$C54,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(H$12,'Build costs'!$F$10:$AI$10,0))*$G54)","v":"Not Applicable"},{"$f":"IF($G54=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B54&$C54,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(I$12,'Build costs'!$F$10:$AI$10,0))*$G54)","v":"Not Applicable"},{"$f":"IF($G54=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B54&$C54,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(J$12,'Build costs'!$F$10:$AI$10,0))*$G54)","v":"Not Applicable"},{"$f":"IF($G54=\"Not Applicable\",\"Not Applicable\",INDEX('Build 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[null,"Wind","Slower Growth","-","NSA","NSA",{"$f":"INDEX('Locational Cost Factors'!$D$153:$X$207,MATCH($F59,'Locational Cost Factors'!$B$153:$B$207,0),MATCH($B59,'Locational Cost Factors'!$D$152:$X$152,0))","v":"Not Applicable"},{"$f":"IF($G59=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B59&$C59,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(H$12,'Build costs'!$F$10:$AI$10,0))*$G59)","v":"Not Applicable"},{"$f":"IF($G59=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B59&$C59,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(I$12,'Build costs'!$F$10:$AI$10,0))*$G59)","v":"Not Applicable"},{"$f":"IF($G59=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B59&$C59,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(J$12,'Build costs'!$F$10:$AI$10,0))*$G59)","v":"Not Applicable"},{"$f":"IF($G59=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B59&$C59,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(K$12,'Build costs'!$F$10:$AI$10,0))*$G59)","v":"Not Applicable"},{"$f":"IF($G59=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B59&$C59,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(L$12,'Build costs'!$F$10:$AI$10,0))*$G59)","v":"Not Applicable"},{"$f":"IF($G59=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B59&$C59,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(M$12,'Build costs'!$F$10:$AI$10,0))*$G59)","v":"Not Applicable"},{"$f":"IF($G59=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B59&$C59,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(N$12,'Build costs'!$F$10:$AI$10,0))*$G59)","v":"Not Applicable"},{"$f":"IF($G59=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B59&$C59,'Build costs'!$B$11:$B$73&'Build 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Applicable"},{"$f":"IF($G59=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B59&$C59,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(T$12,'Build costs'!$F$10:$AI$10,0))*$G59)","v":"Not Applicable"},{"$f":"IF($G59=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B59&$C59,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(U$12,'Build costs'!$F$10:$AI$10,0))*$G59)","v":"Not Applicable"},{"$f":"IF($G59=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B59&$C59,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(V$12,'Build costs'!$F$10:$AI$10,0))*$G59)","v":"Not Applicable"},{"$f":"IF($G59=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B59&$C59,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(W$12,'Build costs'!$F$10:$AI$10,0))*$G59)","v":"Not Applicable"},{"$f":"IF($G59=\"Not Applicable\",\"Not Applicable\",INDEX('Build 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Applicable"},{"$f":"IF($G59=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B59&$C59,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AG$12,'Build costs'!$F$10:$AI$10,0))*$G59)","v":"Not Applicable"},{"$f":"IF($G59=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B59&$C59,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AH$12,'Build costs'!$F$10:$AI$10,0))*$G59)","v":"Not Applicable"},{"$f":"IF($G59=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B59&$C59,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AI$12,'Build costs'!$F$10:$AI$10,0))*$G59)","v":"Not Applicable"},{"$f":"IF($G59=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B59&$C59,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AJ$12,'Build costs'!$F$10:$AI$10,0))*$G59)","v":"Not Applicable"},{"$f":"IF($G59=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B59&$C59,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AK$12,'Build costs'!$F$10:$AI$10,0))*$G59)","v":"Not Applicable"}]
[null,"Wind","Slower Growth","-","CSA","CSA",{"$f":"INDEX('Locational Cost Factors'!$D$153:$X$207,MATCH($F60,'Locational Cost Factors'!$B$153:$B$207,0),MATCH($B60,'Locational Cost Factors'!$D$152:$X$152,0))","v":"Not Applicable"},{"$f":"IF($G60=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B60&$C60,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(H$12,'Build costs'!$F$10:$AI$10,0))*$G60)","v":"Not Applicable"},{"$f":"IF($G60=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B60&$C60,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(I$12,'Build costs'!$F$10:$AI$10,0))*$G60)","v":"Not Applicable"},{"$f":"IF($G60=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B60&$C60,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(J$12,'Build costs'!$F$10:$AI$10,0))*$G60)","v":"Not Applicable"},{"$f":"IF($G60=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B60&$C60,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(K$12,'Build costs'!$F$10:$AI$10,0))*$G60)","v":"Not Applicable"},{"$f":"IF($G60=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B60&$C60,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(L$12,'Build costs'!$F$10:$AI$10,0))*$G60)","v":"Not Applicable"},{"$f":"IF($G60=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B60&$C60,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(M$12,'Build costs'!$F$10:$AI$10,0))*$G60)","v":"Not Applicable"},{"$f":"IF($G60=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B60&$C60,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(N$12,'Build costs'!$F$10:$AI$10,0))*$G60)","v":"Not Applicable"},{"$f":"IF($G60=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B60&$C60,'Build costs'!$B$11:$B$73&'Build 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Applicable"},{"$f":"IF($G60=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B60&$C60,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(T$12,'Build costs'!$F$10:$AI$10,0))*$G60)","v":"Not Applicable"},{"$f":"IF($G60=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B60&$C60,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(U$12,'Build costs'!$F$10:$AI$10,0))*$G60)","v":"Not Applicable"},{"$f":"IF($G60=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B60&$C60,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(V$12,'Build costs'!$F$10:$AI$10,0))*$G60)","v":"Not Applicable"},{"$f":"IF($G60=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B60&$C60,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(W$12,'Build costs'!$F$10:$AI$10,0))*$G60)","v":"Not Applicable"},{"$f":"IF($G60=\"Not Applicable\",\"Not Applicable\",INDEX('Build 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Applicable"},{"$f":"IF($G60=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B60&$C60,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AG$12,'Build costs'!$F$10:$AI$10,0))*$G60)","v":"Not Applicable"},{"$f":"IF($G60=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B60&$C60,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AH$12,'Build costs'!$F$10:$AI$10,0))*$G60)","v":"Not Applicable"},{"$f":"IF($G60=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B60&$C60,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AI$12,'Build costs'!$F$10:$AI$10,0))*$G60)","v":"Not Applicable"},{"$f":"IF($G60=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B60&$C60,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AJ$12,'Build costs'!$F$10:$AI$10,0))*$G60)","v":"Not Applicable"},{"$f":"IF($G60=\"Not Applicable\",\"Not Applicable\",INDEX('Build 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[null,"Wind","Slower Growth","-","SESA","SESA",{"$f":"INDEX('Locational Cost Factors'!$D$153:$X$207,MATCH($F61,'Locational Cost Factors'!$B$153:$B$207,0),MATCH($B61,'Locational Cost Factors'!$D$152:$X$152,0))","v":"Not Applicable"},{"$f":"IF($G61=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B61&$C61,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(H$12,'Build costs'!$F$10:$AI$10,0))*$G61)","v":"Not Applicable"},{"$f":"IF($G61=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B61&$C61,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(I$12,'Build costs'!$F$10:$AI$10,0))*$G61)","v":"Not Applicable"},{"$f":"IF($G61=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B61&$C61,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(J$12,'Build costs'!$F$10:$AI$10,0))*$G61)","v":"Not Applicable"},{"$f":"IF($G61=\"Not Applicable\",\"Not Applicable\",INDEX('Build 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costs'!$D$11:$D$73,0),MATCH(O$12,'Build costs'!$F$10:$AI$10,0))*$G61)","v":"Not Applicable"},{"$f":"IF($G61=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B61&$C61,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(P$12,'Build costs'!$F$10:$AI$10,0))*$G61)","v":"Not Applicable"},{"$f":"IF($G61=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B61&$C61,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(Q$12,'Build costs'!$F$10:$AI$10,0))*$G61)","v":"Not Applicable"},{"$f":"IF($G61=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B61&$C61,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(R$12,'Build costs'!$F$10:$AI$10,0))*$G61)","v":"Not Applicable"},{"$f":"IF($G61=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B61&$C61,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(S$12,'Build costs'!$F$10:$AI$10,0))*$G61)","v":"Not Applicable"},{"$f":"IF($G61=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B61&$C61,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(T$12,'Build costs'!$F$10:$AI$10,0))*$G61)","v":"Not Applicable"},{"$f":"IF($G61=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B61&$C61,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(U$12,'Build costs'!$F$10:$AI$10,0))*$G61)","v":"Not Applicable"},{"$f":"IF($G61=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B61&$C61,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(V$12,'Build costs'!$F$10:$AI$10,0))*$G61)","v":"Not Applicable"},{"$f":"IF($G61=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B61&$C61,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(W$12,'Build costs'!$F$10:$AI$10,0))*$G61)","v":"Not Applicable"},{"$f":"IF($G61=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B61&$C61,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(X$12,'Build costs'!$F$10:$AI$10,0))*$G61)","v":"Not Applicable"},{"$f":"IF($G61=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B61&$C61,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(Y$12,'Build costs'!$F$10:$AI$10,0))*$G61)","v":"Not Applicable"},{"$f":"IF($G61=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B61&$C61,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(Z$12,'Build costs'!$F$10:$AI$10,0))*$G61)","v":"Not Applicable"},{"$f":"IF($G61=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B61&$C61,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AA$12,'Build costs'!$F$10:$AI$10,0))*$G61)","v":"Not Applicable"},{"$f":"IF($G61=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B61&$C61,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AB$12,'Build costs'!$F$10:$AI$10,0))*$G61)","v":"Not Applicable"},{"$f":"IF($G61=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B61&$C61,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AC$12,'Build costs'!$F$10:$AI$10,0))*$G61)","v":"Not Applicable"},{"$f":"IF($G61=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B61&$C61,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AD$12,'Build costs'!$F$10:$AI$10,0))*$G61)","v":"Not Applicable"},{"$f":"IF($G61=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B61&$C61,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AE$12,'Build costs'!$F$10:$AI$10,0))*$G61)","v":"Not Applicable"},{"$f":"IF($G61=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B61&$C61,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AF$12,'Build costs'!$F$10:$AI$10,0))*$G61)","v":"Not Applicable"},{"$f":"IF($G61=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B61&$C61,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AG$12,'Build costs'!$F$10:$AI$10,0))*$G61)","v":"Not Applicable"},{"$f":"IF($G61=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B61&$C61,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AH$12,'Build costs'!$F$10:$AI$10,0))*$G61)","v":"Not Applicable"},{"$f":"IF($G61=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B61&$C61,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AI$12,'Build costs'!$F$10:$AI$10,0))*$G61)","v":"Not Applicable"},{"$f":"IF($G61=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B61&$C61,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AJ$12,'Build costs'!$F$10:$AI$10,0))*$G61)","v":"Not Applicable"},{"$f":"IF($G61=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B61&$C61,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AK$12,'Build costs'!$F$10:$AI$10,0))*$G61)","v":"Not Applicable"}]
[null,"Wind","Slower Growth","-","TAS","TAS",{"$f":"INDEX('Locational Cost Factors'!$D$153:$X$207,MATCH($F62,'Locational Cost Factors'!$B$153:$B$207,0),MATCH($B62,'Locational Cost Factors'!$D$152:$X$152,0))","v":"Not Applicable"},{"$f":"IF($G62=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B62&$C62,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(H$12,'Build costs'!$F$10:$AI$10,0))*$G62)","v":"Not Applicable"},{"$f":"IF($G62=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B62&$C62,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(I$12,'Build costs'!$F$10:$AI$10,0))*$G62)","v":"Not Applicable"},{"$f":"IF($G62=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B62&$C62,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(J$12,'Build costs'!$F$10:$AI$10,0))*$G62)","v":"Not Applicable"},{"$f":"IF($G62=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B62&$C62,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(K$12,'Build costs'!$F$10:$AI$10,0))*$G62)","v":"Not Applicable"},{"$f":"IF($G62=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B62&$C62,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(L$12,'Build costs'!$F$10:$AI$10,0))*$G62)","v":"Not Applicable"},{"$f":"IF($G62=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B62&$C62,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(M$12,'Build costs'!$F$10:$AI$10,0))*$G62)","v":"Not Applicable"},{"$f":"IF($G62=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B62&$C62,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(N$12,'Build costs'!$F$10:$AI$10,0))*$G62)","v":"Not Applicable"},{"$f":"IF($G62=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B62&$C62,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(O$12,'Build costs'!$F$10:$AI$10,0))*$G62)","v":"Not Applicable"},{"$f":"IF($G62=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B62&$C62,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(P$12,'Build costs'!$F$10:$AI$10,0))*$G62)","v":"Not Applicable"},{"$f":"IF($G62=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B62&$C62,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(Q$12,'Build costs'!$F$10:$AI$10,0))*$G62)","v":"Not Applicable"},{"$f":"IF($G62=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B62&$C62,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(R$12,'Build costs'!$F$10:$AI$10,0))*$G62)","v":"Not Applicable"},{"$f":"IF($G62=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B62&$C62,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(S$12,'Build costs'!$F$10:$AI$10,0))*$G62)","v":"Not Applicable"},{"$f":"IF($G62=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B62&$C62,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(T$12,'Build costs'!$F$10:$AI$10,0))*$G62)","v":"Not Applicable"},{"$f":"IF($G62=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B62&$C62,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(U$12,'Build costs'!$F$10:$AI$10,0))*$G62)","v":"Not Applicable"},{"$f":"IF($G62=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B62&$C62,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(V$12,'Build costs'!$F$10:$AI$10,0))*$G62)","v":"Not Applicable"},{"$f":"IF($G62=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B62&$C62,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(W$12,'Build costs'!$F$10:$AI$10,0))*$G62)","v":"Not Applicable"},{"$f":"IF($G62=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B62&$C62,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(X$12,'Build costs'!$F$10:$AI$10,0))*$G62)","v":"Not Applicable"},{"$f":"IF($G62=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B62&$C62,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(Y$12,'Build costs'!$F$10:$AI$10,0))*$G62)","v":"Not Applicable"},{"$f":"IF($G62=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B62&$C62,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(Z$12,'Build costs'!$F$10:$AI$10,0))*$G62)","v":"Not Applicable"},{"$f":"IF($G62=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B62&$C62,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AA$12,'Build costs'!$F$10:$AI$10,0))*$G62)","v":"Not Applicable"},{"$f":"IF($G62=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B62&$C62,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AB$12,'Build costs'!$F$10:$AI$10,0))*$G62)","v":"Not Applicable"},{"$f":"IF($G62=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B62&$C62,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AC$12,'Build costs'!$F$10:$AI$10,0))*$G62)","v":"Not Applicable"},{"$f":"IF($G62=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B62&$C62,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AD$12,'Build costs'!$F$10:$AI$10,0))*$G62)","v":"Not Applicable"},{"$f":"IF($G62=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B62&$C62,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AE$12,'Build costs'!$F$10:$AI$10,0))*$G62)","v":"Not Applicable"},{"$f":"IF($G62=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B62&$C62,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AF$12,'Build costs'!$F$10:$AI$10,0))*$G62)","v":"Not Applicable"},{"$f":"IF($G62=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B62&$C62,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AG$12,'Build costs'!$F$10:$AI$10,0))*$G62)","v":"Not Applicable"},{"$f":"IF($G62=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B62&$C62,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AH$12,'Build costs'!$F$10:$AI$10,0))*$G62)","v":"Not Applicable"},{"$f":"IF($G62=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B62&$C62,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AI$12,'Build costs'!$F$10:$AI$10,0))*$G62)","v":"Not Applicable"},{"$f":"IF($G62=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B62&$C62,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AJ$12,'Build costs'!$F$10:$AI$10,0))*$G62)","v":"Not Applicable"},{"$f":"IF($G62=\"Not Applicable\",\"Not Applicable\",INDEX('Build costs'!$F$11:$AI$73,MATCH($B62&$C62,'Build costs'!$B$11:$B$73&'Build costs'!$D$11:$D$73,0),MATCH(AK$12,'Build costs'!$F$10:$AI$10,0))*$G62)","v":"Not Applicable"}]

{"sheet":"Energy Policy Targets","index":9,"n_rows":307,"n_cols":7,"rows_kept":281,"cut":true,"hidden":false,"merged":[[308,9,308,14],[308,3,308,8],[31,2,31,4],[142,3,142,5],[189,3,189,8],[195,3,196,8],[243,3,245,7]],"bounds":{"rows_first":125,"rows_last":31,"rows_between":125,"halvings":4}}
[null,"Go to Assumptions Summary"]
[null,"Energy policies"]
[null,"Note: When targets are set for a given calendar year, AEMO assumes they will be met by the end of the financial year ending on that given year."]
[null,"AEMO may implement a trajectory towards targets. "]
[null,"Constraints will be applied subject to technology lead times."]
[]
[null,"Emission targets"]
[null,"As further discussed in the 2025 IASR, AEMO will model in the ISP the emission targets for Australia as legislated in the Climate Change Act 2022."]
[null,"ISP modelling will also incorporate state-level emission reduction ambtitions in Queensland, New South Wales, South Australia, and Victoria."]
[null,"Further detail on emission reduction ambitions and their incorporation into the modelling can be found in the 2025 IASR and the Carbon Budgets tab of this workbook."]
[]
[]
[null,"Australia"]
[]
[null,null,"Powering Australia Plan 2030 target"]
[null,null,null,"Announced in the Powering Australia Plan, the Federal Government has committed to achieving an 82% share of renewable generation by 2030."]
[null,null,null,"Assumed to be a financial year target."]
[]
[null,null,null,"Financial year","All scenarios"]
[null,null,null,"2029-30",0.82]
[]
[null,null,null,"Formulation"]
[null,null,null,"This policy has been formulated as an annual target, as follows:"]
[]
[]
[]
[]
[null,null,null,"where: "]
[null,null,null,"Large-scale renewable includes existing and new hydro, solar PV, concentrated solar thermal, onshore wind, offshore wind, and biomass technologies."]
[null,null,null,"Distributed PV includes solar rooftop and non-scheduled solar generation."]
[]
[null,null,"Capacity Investment Scheme - generation target"]
[null,null,null,"Announced in the Capacity Investment Scheme (CIS), the Federal Government has committed to deliver 32GW of new renewable capacity nation-wide which includes 23GW of renewable capacity by 2030."]
[null,null,null,"The influence of the CIS renewable capacity target is captured by the reflection of projects awarded under tender (reflected in the Maximum Capacity tab), the Powering Australia Plan 2030 target, and the cumulative generation allocations published by DCCEEW. "]
[null,null,null,"The constraints below reflect the outcomes of CIS Tender 1 and Tender 4's proposed  jurisdictional allocations (delivering a total of 6 GW of generation capacity) as published by DCCEEW in its market brief. Targets then build up to the cumulative jurisdictional allocations (14.5 GW of capacity in NEM states) - also available in the market brief."]
[null,null,null,"Due to to Victoria's request of maximum solar technology limits under the CIS, two Victorian constraints are being modelled, reflective of the limits estipulated in the market brief."]
[null,null,null,"Tender 4 capacity is assumed to be delivered in July 2029 - 34 months after announcement of Tender 3 outcomes in October 2025. This is aligned with announcement of successful bids for Tender 1 and their commissioning dates as published in this IASR. "]
[null,null,null,"The remaining cumulative jurisdictional allocations are assumed to be commissioned a year after."]
[null,null,null,"More information available at:"]
[null,null,null,"Market brief on Renewable Energy Transformation Agreement allocations by jurisdiction"]
[null,null,null,"CIS Tender 1 - NEM Generation"]
[]
[null,null,null,"Formulation"]
[null,null,null,"Constraints on eligible generation capacity reflecting announced tenders or minimum allocations by jurisdictions will be modelled as a series of constraints of the following form:"]
[]
[]
[]
[]
[null,null,null,"where:"]
[null,null,null,"CIS generation capacity includes new large-scale solar, onshore and offshore wind. The CIS aims to support projects that will be operational by 2030."]
[null,null,null,"Trajectories to targets for jurisdictions will account for CIS Tender 1, CIS Tender 4, and cumulative jurisdictional allocations published by DCCEEW"]
[]
[]
[null,null,null,"Minimum generation capacity targets by 2030 (MW)"]
[null,null,null,"Financial year","2029-30","Notes"]
[null,null,null,"New South Wales",7100,"Represents state-level cumulative generation allocation"]
[null,null,null,"Queensland",628,"Although QLD is not allocated a cumulative generation allocation, 628 MW of capacity has been awarded under Tender 1"]
[null,null,null,"South Australia",1200,"Represents state-level cumulative generation allocation"]
[null,null,null,"Tasmania",1200,"Represents state-level cumulative generation allocation"]
[null,null,null,"Victoria - Solar",1794,"Represents 1044 MW awarded in Tender 1, and the maximum cap of 750 MW allowed under Tender 4."]
[null,null,null,"Victoria - Wind",3206,"Represents 600 MW of capacity awarded in Tender 1, 650 MW under Tender 4, and the remainder of capacity to reach the cumulative generation allocation for Victoria of 5 GW (both wind and solar)"]
[]
[]
[null,null,"Capacity Investment Scheme - Clean dispatchable capacity target"]
[null,null,null,"Announced in the Capacity Investment Scheme, the Federal Government has committed to deliver 32GW of renewable capacity national-wide which includes 9GW of dispatchable storage capacity by 2030."]
[null,null,null,"Assumed to be a financial year target."]
[null,null,null,"As reported by DCCEEW, the NSW Roadmap Tender 2 was expanded from 380 MW to 930 MW due to the inclusion of firming infrastructured supported via the Capacity Investment Scheme. A share of 550 MW of that tender is assumed to be supported by the Federal Government and contribute to the CIS target, operational in December 2025"]
[null,null,null,"Allocations by jurisdictions have been published by DCCEEW. These amount to 5GW of four-hour equivalent dispatchable capacity, including 1.1 GW in Western Australia. These allocations are inclusive of the CIS South Australia- Victoria tender, which announced successful bids in September 2024."]
[null,null,null,"CIS Tender 3 - NEM Dispatchable Capacity aims to deliver 4 GW of four-hour equivalent dispatchable capacity, and will announce successful bids in Q3 2025. It will deliver part of the above discussed jurisdictional allocations. "]
[null,null,null,"AEMO assumes projects in Tender 3 to be operational by 1/7/2027 (aligned with assumptions underpinning Tender 4, described above). The remaining capacity to meet minimum allocations is assumed to be operational the year after (1/07/2028)"]
[null,null,null,"Underlying constraints will only reflect announced tenders and minimum allocations by jurisdictions."]
[null,null,null,"No assumed share of VPP is allowed in the CIS targets (beyond that awarded in the NSW Roadmap Tender 2)."]
[null,null,null,"More information available at:"]
[null,null,null,"Market brief on Renewable Energy Transformation Agreement allocations by jurisdiction"]
[null,null,null,"Open CIS tenders - DCCEEW"]
[]
[null,null,null,"Formulation"]
[null,null,null,"Constraints on clean dispatchable capacity reflecting announced tenders or minimum allocations by jurisdictions will be modelled as a series of constraints of the following form:"]
[]
[]
[]
[]
[null,null,null,"where:"]
[null,null,null,"CIS clean dispatchable capacity includes new Concentrated Solar Thermal, Pumped Hydro, and Batteries with a duration greater or equal to 4 hours. The CIS aims to support projects that will be operational by 2030."]
[null,null,null,"Trajectories to targets for jurisdictions will account for NSW Roadmap Tender 2, CIS SA- Victoria tender,  CIS Tender 3, and minimum allocations by jurisdictions. When available and feasible announced projects in tender will be modelled as individual policy projects."]
[null,null,null,"NEM-wide target reflects by 2028 minimum allocation for unallocated capacity (for which new entrants in all jurisdictions can apply to), then building to an equivalent NEM share of the 9 GW target (7.22 GW, derived based on minimum state allocations shares)."]
[]
[null,null,null,"Minimum dispatchable capacity targets by 2030 (MW)"]
[null,null,null,"Financial year","Power Capacity (MW)","Energy Capacity (MWh)","Notes"]
[null,null,null,"NEM-wide (MW)",2736,10940,"Represents remaining NEM-wide capacity not covered by the minimum state-level storage capacity targets to reach 7.22 GW (the allocated NEM share of the target)."]
[null,null,null,"New South Wales (MW)",1850,7400,"Represents the NSW CIS Pilot (550 MW) and 1.3 GW of capacity under the cumulative state-level dispatchable allocation"]
[null,null,null,"South Australia (MW)",930,3720,"Cumulative state-level dispatchable allocation"]
[null,null,null,"Victoria (MW)",1700,6800,"Cumulative state-level dispatchable allocation"]
[]
[]
[]
[null,null,"Large-scale Renewable Energy Target"]
[null,null,null,"Australia's Large-scale Renewable Energy Target (LRET) aims to deliver 33,000 GWh of electricity from renewable sources every year until 2030."]
[null,null,null,"Source: https://www.legislation.gov.au/C2004A00767/latest/text"]
[]
[null,null,null,"Formulation"]
[null,null,null,"This policy has been formulated as an annual trajectory, as follows:"]
[]
[]
[]
[null,null,null,"where: "]
[null,null,null,"Large-scale renewable includes existing and new hydro, solar PV, Concentrated Solar Thermal, onshore wind, offshore wind, and biomass technologies."]
[]
[null,null,null,"Minimum annual large-scale renewable generation target (GWh)"]
[null,null,null,"Financial year","2029-30"]
[null,null,null,"All scenarios",33000]
[]
[]
[null,"New South Wales"]
[null,null,"New South Wales Electricity Infrastructure Roadmap"]
[null,null,null,"The Act sets out minimum objective of construction of renewable generation infrastructure that produces at least the same amount of electricity in a year as 8 GW in New England, 3 GW in Central-West Orana and 1 GW of additional capacity by the end of 31 December 2029. The NSW Consumer Trustee determined this to be approximately 33,600 GWh per year."]
[null,null,null,"The Act also includes a minimum target of the construction of long duration storage with at least 1) storage of 16 GWh, and 2) capacity of 2 GW of long-duration (8 hours or more)  by 31 December 2029 in addition to Snowy 2.0. An updated target of an additional 1.5 GW  by the end of 2033 has been legislated."]
[null,null,null,"The annual construction trajectory of energy generating capability that is specified in the Consumer Trustee's 2025  Infrastructure Investment Opportunities Report will be used as thte basis of the trajectory underpinning this constraint."]
[null,null,null,"The infrastructure investment objectives exclude any generation capacity that was either existing or committed at or before AEMO’s November 2019 Generation Information page. "]
[null,null,null,"That trajectory outlines 33,600 GWh of equivalent generating capacity by the 31 December 2029."]
[]
[null,null,null,"Formulation for the generation requirement"]
[null,null,null,"The constraint on renewable generation capacity in New South Wales is formulated as follows:"]
[]
[]
[]
[]
[null,null,null,"where:"]
[null,null,null,"Eligible large-scale renewables includes new and existing, committed and anticipated (so long as they were not identified as committed or anticipated in Generation Information as of November 2019) solar PV, Concentrated Solar Thermal, onshore wind, offshore wind, and biomass in NSW."]
[]
[null,null,null,"Minimum VRE generation target (GWh)"]
[null,null,null,"Financial year","2029-30"]
[null,null,null,"NSW EIR Generation (GWh)",33600]
[]
[]
[]
[]
[]
[null,null,null,"where:"]
[null,null,null,"Storage coefficients will be applied to reflect minimum duration requirements for the GWh constraint"]
[]
[null,null,null,"Minimum capacity target (MW)"]
[null,null,null,"Financial year","2029-30"]
[null,null,null,"Storage target",2000]
[null,null,null,"Notes","Target year"]
[null,null,null,"Minimum storage capacity target (GWh)"]
[null,null,null,"Financial year","2029-30","2033-34"]
[null,null,null,"Storage target",16,28]
[null,null,null,"Notes","Target year","Target year"]
[]
[null,null,"Long-term energy services agreements (LTESAs)"]
[null,null,null,"Projects announced under LTESAs will be incorporated as policy-supported projects in the model. "]
[null,null,null,"Source:","Tenders"]
[null,null,"REZ Access Scheme"]
[null,null,null,"Access schemes support the coordination of renewable energy and storage investment in REZs. \n"]
[null,null,null,"Source:","EnergyCo. Notification of Draft Headroom Assessment in the Central-West Orana REZ, at https://www.energyco.nsw.gov.au/sites/default/files/2024-08/Notification%20of%20Draft%20Headroom%20Assessment%20for%20the%20Central-West%20Orana%20REZ%20Access%20Scheme.pdf. "]
[null,null,null,null,"EnergyCo. South West REZ access rights tender update, at https://www.energyco.nsw.gov.au/news/south-west-rez-access-rights-tender-update. "]
[]
[null,null,null,"Formulation"]
[]
[]
[]
[]
[null,null,null,"Eligible large-scale renewables includes new and existing, committed and anticipated projects in a REZ. "]
[null,null,null,"The constraint is defined on installed capacity as specified in the REZ updates."]
[null,null,null,"The maximum connection limit only applies until the duration of the Access Rights. Further access rights require futher network augmentation."]
[]
[null,null,null,"REZ maximum connection limit"]
[null,null,null,"REZ","Maximum connection limit (GW)","Duration of the Access Rights (years)","Limiting project"]
[null,null,null,"South West New South Wales",3.98,15,"Project EnergyConnect, HumeLink and VNI West"]
[null,null,null,"https://www.energyco.nsw.gov.au/industry/access-schemes/central-west-orana-access-scheme"]
[null,null,null,"cwo-rez-access-scheme-notice-of-extension-of-term -20230831.pdf"]
[null,null,null,"https://www.energyco.nsw.gov.au/industry/access-schemes/south-west-rez-access-scheme"]
[null,null,"New South Wales Renewable Fuels Scheme"]
[null,null,null,"This is legislated to produce 8 PJ per annum of renewable energy by 2030. Its impact is included in hydrogen production trajectories for each scenario."]
[null,null,null,"Source:","Renewable Fuel Scheme | NSW Climate and Energy Action"]
[]
[null,null,"New South Wales Electricity landholder payment scheme"]
[null,null,null,"Under the Strategic Benefit Payments Scheme, private landowners hosting new high voltage transmission projects critical to the energy transformation and future of the electricity grid will be paid a set rate of $200,000 (in real 2022 dollars) per kilometre of transmission hosted, paid out in annual instalments over 20 years. AEMO will incorporate these payments as a category in the CBA."]
[null,null,null,"Source:","https://www.energyco.nsw.gov.au/sites/default/files/2023-01/overview-strategic-benefit-payments-scheme.pdf"]
[]
[null,"Queensland"]
[]
[null,null,null,"Powerlink’s SuperGrid Landholder Payment Framework  offers payments to landowners that host new transmission infrastructure. To represent this framework, AEMO will apply a cost of $230,000 (in 2023 dollars) per km of new transmission, paid out in a lump sum – noting that landholders can decide between a lump sum or annualised payments."]
[]
[null,null,null,"Source:","https://www.powerlink.com.au/sites/default/files/2023-05/SuperGrid-Landholder-Payment-Framework.pdf"]
[]
[null,"South Australia"]
[null,null,"Net renewable energy generation target"]
[null,null,null,"South Australia has announced they aim to legislated a target of net 100% renewable energy generation by 31 December 2027 target."]
[null,null,null,"This is an update of the net 100% renewable energy generation by 2030. The target is formulated such that total exports must be greater than fossil-fuel generation from 2027 onwards."]
[]
[null,null,null,"Financial year","All scenarios"]
[]
[null,null,null,"Formulation"]
[]
[]
[null,null,null,"Sets a target for long duration firm capacity in South Australia, informed by the South Australia Electricity Development Plan and supported by a tender process."]
[null,null,null,"No target has been set at the time of publication and will therefore not be modelled."]
[null,null,null,"Source:","https://www.energymining.sa.gov.au/public-consultations/current-consultations/firm-energy-reliability-mechanism-stage-2-consultation"]
[]
[null,"Tasmania"]
[null,null,"Tasmania Renewable Energy Target (TRET)"]
[null,null,null,"Renewable generation targets (in GWh) for NEM-connected equipment in Tasmania (including CER and non-scheduled generation) on or before 31 December 2030, and on or before 31 December 2040."]
[null,null,null,"AEMO interpolates the required developments to meet the objective of the TRET. The starting point includes historical levels of renewable energy generation (including distributed PV and non-scheduled generation). The trajectory is then  interporlated to the 2030 and 2040 targets. "]
[null,null,null,"Source:","Tasmanian Renewable Energy Target"]
[]
[null,null,null,"Calendar year","All scenarios"]
[null,null,null,2030,15750]
[null,null,null,2040,21000]
[]
[]
[]
[null,null,null,"Where:"]
[null,null,null,"Large-scale renewables includes hydro, solar PV, CST, onshore wind and offshore wind."]
[null,null,null,"Distributed PV includes solar rooftop and non-scheduled solar generation."]
[]
[null,null,null,"Generation target (GWh)",15750,21000]
[null,null,null,"Notes","Target year","Target year"]
[]
[]
[null,null,"Tasmanian landholder payment scheme"]
[]
[null,null,null,"TasNetworks is establishing a Strategic Benefit Payments Scheme  to compensate landholders impacted by major transmission developments for the North West Transmission Developments. These payments will be in addition to those afforded under the Land Acquisition Act 1993 (Tas). Once the specific details of the Strategic Benefit Payments Scheme are finalised, AEMO will include the costs in the ISP if appropriate."]
[]
[null,null,null,"Source:","https://www.tasnetworks.com.au/poles-and-wires/planning-and-developments/north-west-transmission-developments/information-for-landholders"]
[]
[null,"Victoria"]
[]
[null,null,"Victorian Renewable Energy Target (VRET)"]
[null,null,null,"The updated VRET sets out a target for new entry renewable capacity required to meet 40% renewable energy generation as a percentage of total Victorian generation by 2025, 65% by 2030, and 95% by 2035."]
[null,null,null,"Source:","https://www.energy.vic.gov.au/renewable-energy/victorian-renewable-energy-and-storage-targets"]
[]
[null,null,null,"Minimum VRE share of generation"]
[null,null,null,"Calendar year","All scenarios"]
[null,null,null,2030,0.65]
[null,null,null,2035,0.95]
[]
[null,null,null,"Formulation of renewable constraint"]
[]
[]
[]
[null,null,null,"where:"]
[null,null,null,"Large–scale renewables include hydro, solar PV, Concentrated Solar Thermal, onshore wind, offshore wind, and biomass."]
[null,null,null,"Distributed PV includes solar rooftop and non-scheduled solar generation."]
[null,null,null,"VRET Auctions"]
[null,null,null,"VRET1 and VRET2 announced a number of successful projects contributing to VRET."]
[null,null,null,"Announced projects under VRET1 and VRET2 will be incorporated  to ensure the outcomes of the auctions are delivered."]
[null,null,null,"Source:","https://www.energy.vic.gov.au/renewable-energy/victorian-renewable-energy-and-storage-targets/victorian-renewable-energy-target-auction-vret2"]
[]
[null,null,"Victorian Energy Storage Target"]
[null,null,null,"Target including shallow, medium and deep duration energy storage systems, including aggregated energy storages but excluding non-aggregated."]
[null,null,null,"AEMO will interpolate these targets to create a trajectory to 2035. Targets are assumed to be calendar year."]
[null,null,null,"Source:","https://www.energy.vic.gov.au/renewable-energy/victorian-renewable-energy-and-storage-targets"]
[]
[null,null,null,"Calendar year","All scenarios"]
[null,null,null,2030,"2.6 GW"]
[null,null,null,2035,"6.3 GW"]
[]
[null,null,null,"Formulation of storage constraint"]
[]
[]
[null,null,null,"where:"]
[null,null,null,"Eligible large-scale storage includes existing, anticipated, committed and new entrant batteries of 1hr - 8hr, as well as pumped hydro of 8hr - 48 hr, as well as VPPs."]
[]
[]
[null,null,"Victorian Offshore Wind Target"]
[null,null,null,"Targeting Victorian offshore wind generation capacity. Assumed to be calendar years."]
[null,null,null,"AEMO will  interpolate these targets to create a trajectory between the target years as shown below."]
[null,null,null,"Source:","https://www.energy.vic.gov.au/renewable-energy/offshore-wind-energy"]
[]
[null,null,null,"Calendar year","All scenarios"]
[null,null,null,2032,"2.0 GW"]
[null,null,null,2035,"4.0 GW"]
[null,null,null,2040,"9.0 GW"]
[]
[null,null,null,"Formulation of offshore wind constraint"]
[]
[]
[null,null,null,"where:"]
[null,null,null,"Offshore wind refers to fixed and floating offshore wind in Gippsland Coast and Portland Coast."]

{"sheet":"Carbon Budgets","index":10,"n_rows":30,"n_cols":7,"rows_kept":30,"cut":false,"hidden":false,"merged":[[30,1,30,6],[2,1,2,6],[11,1,11,6],[21,1,21,6],[29,1,29,6]]}
[null,"Go to Assumptions Summary"]
[null,"Cumulative NEM-wide carbon budgets"]
[null,"To model emissions reductions, cumulative carbon budgets have been determined using multi-sectoral modelling commissioned from CSIRO to reflect the emissions reduction requirements consistent with each scenario's Representative Concentration Pathway (RCP). "]
[]
[null,null,"Slower Growth","Step Change","Accelerated Transition"]
[null,"Global mean temperature increase by 2100 (°C)","2.6°C","1.8°C","1.5°C"]
[null,"Long-term temperature-linked carbon budget - NEM carbon budget from 2026-27 to 2049-50 (Mt CO2-e)",727,583,303]
[]
[]
[]
[null,"Cumulative state-based carbon budgets"]
[null,"AEMO will incorporate carbon budgets to reflect the following state-level economy-wide emissions reduction targets. All targets are in financial years (FYE) and based on reduction from 2005 levels unless noted otherwise."]
[]
[null,"State",2025,2030,2035,2045,2050]
[null,"NSW",null,"50% reduction","70% reduction",null,"Net zero"]
[null,"QLD",null,"30% reduction","75% reduction",null,"Net zero"]
[null,"SA1",null,"60% reduction",null,null,"Net zero"]
[null,"VIC1","28-33% reduction","45-50% reduction","75-80% reduction","Net zero"]
[null,"Notes:"]
[null,"1. Based on calendar years"]
[]
[null,"These targets have been converted to the state-level carbon budgets presented in the table below (in Mt CO2-e), to be applied in the modelling. To derive the carbon budgets, each state's economy-wide emissions reduction point targets are scaled down to electricity sector targets using pro-rata factors based on state emissions data from the Clean Energy Regulator and economy-wide emissions data from the Department of Climate Change, Energy, the Environment and Water. Linear trajectories to those electricity sector emissions reduction point targets are then aggregated to produce the cumulative carbon budgets shown below."]
[]
[null,"State","2026-27 to 2029-30","2030-31 to 2049-50"]
[null,"NSW",126,228]
[null,"QLD",175,248]
[null,"SA1",7,15]
[null,"VIC1",123,139]
[null,"Notes:"]
[null,"1. Carbon budgets for Victoria and South Australia have been re-calculated to use a consistent approach to mapping calendar to financial years."]

{"sheet":"Economic Growth Forecasts","index":11,"n_rows":66,"n_cols":33,"rows_kept":66,"cut":false,"hidden":false,"merged":[[9,1,9,4]]}
[null,"Go to Assumptions Summary"]
[null,"Economic Growth Forecasts",null,null,null,null,null,null,null,null,"Note:","Further information is available at https://forecasting.aemo.com.au"]
[null,"Gross State Product and Household Disposable Income forecasts based on Deloitte Access Economics long term macroeconomic forecasts developed for AEMO in October 2024."]
[]
[null,"Consultant forecast mapping"]
[null,null,"Slower Growth","Step Change","Accelerated Transition*"]
[null,"Consultant's scenario name","Progressive Change","Step Change","Exportless 1.5°"]
[null,"*WA data for the High scenario is included in Accelerated Transition, and is based on Green Energy Exports."]
[]
[null,"Gross State Product ($ millions, real 2024-25)"]
[]
[null,"Slower Growth"]
[null,null,"2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55","2055-56"]
[null,"NSW",901265.49572406593,915784.49801080453,930814.89120438101,944603.91621141008,955668.24327251385,968070.88343113079,983107.74309501215,997633.79285185598,1010957.491267415,1025810.985242735,1041010.479355198,1056462.9755639883,1072306.8949779815,1088222.1538185086,1104192.4387183883,1120291.973171015,1136514.7834018334,1152759.3104700954,1168983.0083749099,1185106.7923088141,1201129.0217133914,1217034.9899885275,1232794.5537377589,1248408.3309458573,1263893.0365409909,1279244.4864555299,1294503.7286915302,1309664.4344191311,1324780.2583060637,1339841.5199709514,1354889.4353510174]
[null,"QLD",543085.15503040003,552045.16709326603,561208.41895350895,569813.12143796904,577031.43574101699,585040.46537128999,594683.384791338,604195.03273680899,613171.60847990494,622352.65477526095,631684.59647560597,641398.033892693,651405.06557901495,661549.84226808697,671888.71089571505,682420.42694716796,693008.388757154,703629.68484354496,714174.74672321405,724710.474810304,735153.150026305,745479.68334246904,755720.08223938697,765854.07532330195,775868.38111660595,785809.36423485295,795617.48998289905,805390.14446169301,815074.81351384404,824749.83608864597,834355.06161671202]
[null,"SA",154720.07882794799,156375.71313174799,158132.06692365001,159726.463885362,160966.46638415,162448.667448819,164361.75362270599,166243.369819349,167962.28328697901,169639.73630270801,171391.76698432499,173271.139374041,175199.349348474,177168.02156269699,179172.48666487401,181222.04002742001,183283.200045579,185337.88566986701,187380.65616755301,189397.999435712,191391.41378434401,193360.06352881301,195301.37686940801,197213.46234678201,199097.442256018,200955.67556751601,202796.22445801401,204618.570875584,206432.99272738301,208239.86162472001,210044.422082134]
[null,"TAS",43976.949235747998,44449.143194525197,44941.598233425299,45404.066285339497,45784.344350081199,46231.728266329701,46793.065311767401,47348.0864520174,47860.096993486397,48378.058860050704,48921.917204344703,49498.816487006901,50085.266507762703,50679.450506928697,51279.338971253499,51889.640320541403,52502.216158078503,53111.785911998501,53716.937706094803,54314.762980211803,54906.685997500303,55493.4194242585,56074.967268237197,56649.807215266803,57215.545132124098,57772.047030641901,58322.842195408499,58868.132561931699,59411.727023875399,59953.669577758999,60495.982978081403]
[null,"VIC",627708.592349504,638366.45957412303,649308.38354196004,659527.27239246201,667774.65116539202,677050.07757107902,688312.23663774796,699509.16094553797,710188.66925993701,720890.31740757101,731583.84085554502,742965.516524654,754802.17834011803,767008.81904872705,779384.78564794303,791954.29726360796,804626.127584195,817315.85227385303,829998.36801457801,842620.097626223,855190.18511392002,867703.47959521296,880137.30976947595,892483.04582858796,904746.15347201598,916922.81930741901,929046.71793644305,941110.24657822901,953151.36829714,965164.29360054096,977179.23554579995]
[null,"WA",477005.64064051601,482364.06784245599,487855.64364110201,493015.10651877301,497440.22632817703,502594.034839042,509199.36038149899,515732.27461815102,521712.03421340499,528080.62127752695,534982.683492849,542049.51102980599,549530.80985519604,557111.22268922604,564750.36960675602,572476.25986405904,580247.13153086905,588004.45280134398,595733.91915976803,603402.49243521097,611019.88339336705,618587.52031777403,626096.33340847096,633541.24678094196,640911.09917541302,648201.36061071197,655436.42643394298,662613.70840433997,669759.57416013896,676867.69401299802,683956.53001951904]
[]
[null,"Step Change"]
[null,null,"2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55","2055-56"]
[null,"NSW",906037.56378269568,923910.48192694155,944146.66317067598,964102.36340232391,981274.66028094164,1000166.4264620095,1022214.3011576006,1043584.973138763,1063332.7838915507,1084274.465747836,1105361.160298204,1126560.9340956176,1148114.433706875,1169867.1234763006,1192245.6719628007,1215000.9880308525,1237999.153270927,1261169.0892646909,1284547.0673134783,1308103.685099696,1331865.8218682851,1355823.8146347341,1379957.082662737,1404270.9121754649,1428784.4850689739,1453505.4156399542,1478468.5637563562,1503671.1302517601,1529168.3800459439,1554932.8691733782,1581024.105754711]
[null,"QLD",545756.39341375604,556550.15210565296,568633.44312666799,580721.784265792,591384.26055990194,603059.02687156398,616676.46251236706,630057.65020762,642642.96917223802,655222.89558491705,667826.00397070905,680712.24478909501,693860.38690285303,707219.65677001595,721133.84359204397,735389.31087581895,749768.71076415002,764269.43286166596,778830.102735508,793548.44217171601,808357.042276914,823236.63352342101,838223.597520179,853298.61603095499,868446.14795269002,883716.90683553601,899048.390941613,914540.31772164197,930138.71698058804,945913.00984686695,961810.88319700898]
[null,"SA",155505.619726748,157695.54273169601,160291.29720701199,162876.23121822599,165088.551984922,167597.43032811,170614.41668503999,173563.246430069,176270.941687827,178874.56243904401,181513.988633289,184251.29242003299,187022.74449987401,189848.04512063999,192795.64700846199,195823.193664252,198874.363250881,201936.182536904,205015.57769876401,208106.891701607,211215.48648194299,214341.31211576099,217482.267047784,220638.30027659101,223810.20967202101,227001.19948692099,230218.28043984101,233461.72063379499,236742.65820155799,240057.69938909699,243414.59637447199]
[null,"TAS",44184.616120869803,44794.341161007702,45506.883870831603,46229.462826449897,46862.520066748701,47576.451893370097,48423.018473224503,49251.869512207399,50014.5839105306,50764.342901143202,51528.847217573297,52316.800532568603,53109.5588001137,53912.5693653087,54744.324336621503,55595.364798385701,56451.117680173396,57307.107313799999,58165.894384284598,59026.300110865399,59891.16812943,60760.977215254199,61636.379262417897,62516.3003548829,63397.051244253897,64279.894231208498,65167.128613411303,66059.680201617506,66961.690272948894,67872.693558724903,68795.644575566694]
[null,"VIC",631034.531874515,644019.39006098697,658598.55977168598,673151.90222582303,685712.13825113303,699593.22213117406,715857.97741314,731964.00270303397,747276.23749899003,762391.01778737095,777375.72341037495,792968.96029924403,809008.51432156202,825535.79862242099,842637.77739960398,860108.94895397394,877782.75416593498,895596.37148979504,913581.550494803,931723.10861599003,950052.11219540401,968570.457029543,987264.23941694596,1006127.81532157,1025169.16510279,1044393.44746903,1063830.54327896,1083476.51732945,1103371.1995250699,1123495.5716409299,1143894.19716577]
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[]
[null,"Accelerated Transition"]
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[]
[null,"Household Disposable Income ($ millions, real 2024-25)"]
[]
[null,"Slower Growth"]
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[]
[null,"Step Change"]
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[]
[null,"Accelerated Transition"]
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[null,"SA",99133.019940857601,101793.814270516,104553.78548182199,107042.47563655001,109449.77409905801,111765.406382424,114111.01206812399,116432.305784399,118759.31159292901,121094.480191462,123538.663625082,126180.09026228001,129059.287715613,132216.306865547,135452.98156533801,138770.38940630699,142202.76273160099,145790.09136119799,149494.32543490399,153312.62141585301,157230.41814991401,161244.83393077899,165385.08768361399,169633.22405809001,173994.54578165099,178476.498426059,183087.060405931,187842.346835217,192721.97947400299,197710.40296856099,202818.44625057501]
[null,"TAS",32528.1515478576,33218.881205469203,33972.107696055296,34678.063801242497,35370.619901210703,36035.984992004298,36708.0148917439,37372.297007799003,38027.034390880799,38693.228560166201,39413.545635888302,40186.839412029403,41022.258754409901,41929.105325766599,42864.8424536639,43829.308697941102,44831.146339589897,45881.996885022301,46963.073753069599,48080.601963547902,49236.530365536099,50431.317070902704,51662.044527102902,52916.944736963502,54198.983327266898,55513.2938564582,56863.979844895599,58248.647437197302,59662.062491879202,61091.682857693297,62544.661885948597]
[null,"VIC",393859.49354879098,406424.448075358,418735.29997238202,430434.774326146,441715.91991598101,452718.82411355298,463967.57751941698,475286.29583025398,486762.67642537598,499320.69085396599,512826.37003828603,527148.39286538004,542554.45766967896,559110.71938645595,575998.26691429701,593319.65551834996,611153.30633922399,629631.44177706295,648548.166705254,667986.09760334296,687941.21252551896,708350.08942548698,729234.48277022503,750538.31600906397,772319.34435338096,794578.40639361495,817332.00119542901,840596.09609465604,864314.673790931,888392.05878316995,912836.90337364702]
[null,"WA",197083.179155094,203013.36888812901,208824.51429401201,214493.458591737,220115.827601884,225632.72284879701,231266.23945938901,236901.180264583,242493.72980194,248173.32355360099,254106.37292438801,260433.671198556,267239.82776997797,274529.061951385,281990.79113490798,289634.17300084798,297502.43433139002,305680.63618235203,314083.82272192999,322747.164426248,331639.80031280598,340763.66642441001,350166.59910181101,359813.491190064,369721.25128328399,379893.91273815901,390346.34594798298,401124.559291985,412230.75229805999,423646.16619830101,435345.088933716]

{"sheet":"Demand and Energy Forecasts","index":12,"n_rows":7,"n_cols":5,"rows_kept":7,"cut":false,"hidden":false,"merged":[]}
[null,"Go to Assumptions Summary"]
[null,"Demand and Energy Forecasts"]
[null,"Final energy consumption and seasonal maximum demand forecasts for all scenarios are published on the AEMO Electricity and Gas Forecasting Data Portal."]
[null,"As an example, the screenshot below displays the Electricity Annual Consumption view for the 2024 ISP."]
[]
[null,"The Forecasting Portal can be accessed at ","https://forecasting.aemo.com.au/"]
[null,"Instructions for how to use the Forecasting Portal are available via the User Guide here:",null,null,"Portal User Guide"]

{"sheet":"End use fuel consumption data","index":13,"n_rows":39,"n_cols":32,"rows_kept":39,"cut":false,"hidden":false,"merged":[]}
[null,"Go to Assumptions Summary"]
[null,"Data for end-use fuel consumption by scenario across the NEM chart, identified by multi-sectoral modelling conducted by CSIRO (Figure 1 in IASR)"]
[]
[null,"End-use fuel consumption by scenario (petajoules [PJ]/year)"]
[]
[null,"Slower Growth","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,"Electricity",731.00093888388221,734.67389053367219,739.05413961414729,744.29657342473092,750.79718827041665,763.80957635985249,778.91834010925027,794.24537164904905,809.16093832866204,823.72664325382175,842.50498438108127,859.86580016126607,876.80854453808433,891.17338580546539,905.5649505368699,922.38687011180355,939.88076349427979,958.46211275767791,977.1166908950986,994.02987456849644,1011.7181583494848,1029.6691678437305,1048.3171413687583,1070.3873002858006,1092.3223958934639,1110.4237172293469,1128.1909442220642,1147.2345526188717,1167.3917649600144,1188.3219860016904]
[null,"Natural Gas",652.02169757478282,640.44618651894507,622.43869270100402,603.01021457824174,578.56675903192036,555.75550969006201,536.95928313918296,520.20823279354693,504.89286785142718,487.56318882655796,469.043317256884,452.66863989057907,436.12776115979523,416.68235520492897,397.67140679607701,383.02078596471597,369.28281802606284,355.09447501486318,341.3071306574721,330.08387741953305,316.09259603978802,301.46788196000307,285.74158620763006,265.14312441693204,245.04179869885803,231.11715420241896,219.05453911784593,209.18303573472406,201.46467347317801,197.761436536275]
[null,"Biomethane",3.6007324627000008E-2,0.20915616786300012,1.6347343177750002,3.1754950251170007,4.518280073825002,5.6837672215789974,5.5005428188600032,5.612832050139998,5.7442032393239968,6.2885719612910016,5.9351019151340001,6.126830316453999,6.5653867188100028,7.7219029684830014,9.2078168579029978,10.680230733317002,12.336814419957999,14.556949581462993,16.929980428821995,18.856766543180008,21.658858772652,25.471670152000002,29.406511016707,33.032326667786016,37.912245865640998,40.718013070224018,43.531125677987006,45.248281737971006,46.40876769993902,47.139119444432993]
[null,"Biomass",136.17805377277801,134.79625470439601,133.04105891618994,131.104863062513,129.14107491682196,127.40085600780193,125.874923717445,124.56607150202198,123.44640427796199,122.422649714987,121.44528311839602,120.516806893812,119.61711368892701,118.752160105044,117.90734566001201,117.088493652452,116.280899710605,115.49555610136301,114.70055733853299,113.704700180104,112.990263500746,112.36265679558002,111.79511502071101,111.29717671744299,110.84503544476799,110.44664064323798,110.07999027966301,109.74358889084601,109.47159763838101,109.37167068574901]
[null,"Hydrogen",0.67690753057627107,0.67690753057627107,0.67690753057627107,0.67690753057627107,0.67690753057627107,1.2393720563522539,2.5547921873172252,5.0021623060558316,8.7157883626512795,13.813104486181253,17.071012075116986,20.191865037846433,23.10198892456858,25.764219288175205,28.263902425397642,30.67198897113305,33.170580434478474,35.900408892979925,38.882565076750559,42.508227583055316,47.212953751820848,52.694651126201478,58.57797302251992,64.731302653131365,70.167978081720705,73.989778305680119,76.475461292301745,78.031012225277365,79.108953786886786,80.292489448187936]
[null,"Petrol + Diesel",932.66928853714603,929.79056099527497,922.41000761226996,911.17054334903901,896.44134271500593,874.35587953303798,853.81534463130595,834.20565661750106,815.53757095994592,795.04818173330705,772.02969271223492,748.94418507371688,724.98725012902696,699.74092742607911,673.17745230371906,643.18139977651902,612.06455923479405,580.58439922872094,548.54109311141201,515.62453791579799,482.11020687594709,448.91544377054504,415.55939883145197,381.16787313499799,347.03006873767197,315.02669547892998,282.25656254206604,245.17585990529099,205.06074038345602,163.34333431809497]
[null,"Transport (Non road) Oil + Diesel",401.14482693866995,408.76320284869996,419.32112174810004,432.05016668299999,446.30808617700001,460.58667619800002,474.61778975599992,487.72438150199997,499.63961683899998,511.55847917600005,522.60784466999996,534.57458770199992,546.84275549489996,559.41378817819998,572.41418403529997,586.66162232239992,601.24818035930014,615.70892084410002,630.33198298598995,645.25738927041994,660.73347433139008,676.16855167493009,691.55638686363989,705.72108810579107,720.48242798829403,738.719046306363,758.48822211411209,780.68072369823005,805.21690821683592,831.55788399078904]
[null,"Other fossil fuels*",480.99659862917918,472.82848760817711,462.56424711232387,450.60909247011415,437.40545134521801,420.9694660946721,404.02221629924702,387.46280941314501,372.21240377603095,358.80633644707405,341.20343387692509,325.91161787395595,310.84560378019296,294.99659505632599,279.96624992317794,268.48517054057203,258.15616112214303,248.72798409381301,239.957933385682,232.11195517665408,224.76370389795903,217.28133618202799,209.23704432924899,198.67754609955594,187.51471362736496,175.32282732552301,163.611737122557,155.79075684399993,148.971553769314,142.673742311805]
[null,"Total",3334.7243191916414,3322.1846469076049,3301.1409095523859,3276.0938561233324,3243.8550900607843,3209.8011031613578,3182.2632326586081,3159.0275178334596,3139.3497936350036,3119.2271555992202,3091.8406700057722,3068.8003329496305,3044.8964044343047,3014.2453340327015,2984.1733085384567,2962.1765620729129,2942.4207768016213,2924.5308065149816,2907.7679338797598,2892.1773286572407,2877.2802155197883,2864.0313595050184,2850.1911566606668,2830.1577380814379,2811.3166643377826,2795.7638725617239,2781.6885823685966,2771.0878116552112,2763.0949599280052,2760.4616627370247]
[]
[null,"Step Change","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,"Electricity",731.03083873238415,731.76105369225809,736.52925046158884,745.39536028608188,758.31742529251903,782.37629006733084,808.76134844112642,834.27948777766653,858.24203683235669,881.66952291756616,909.1296400460094,934.55879687870731,959.42746695356664,982.19957733789909,1004.6146516856682,1027.7463662983419,1050.9703914475558,1074.8708226547799,1098.3896932320531,1118.9469850631574,1141.1664395480539,1162.819139568214,1184.3345179892176,1206.1359548120388,1227.4595311327282,1246.8912499300384,1266.3297945234262,1287.4888704758546,1309.4809437441231,1330.7854816204881]
[null,"Natural Gas",651.92417554256974,635.78931658122485,615.85810704185144,595.68728509951313,574.80055849448399,552.01859927379394,530.84296093076523,512.055376203371,494.74663222887904,474.86394026075317,454.97570389665708,437.79400547173094,420.73420709354684,401.99349544469908,383.05654451761598,364.26716840219598,345.73709725610695,327.88695596842985,310.71830488804295,296.27536456628781,280.42278166980793,264.60074157212307,249.17596871363003,234.31611619507106,220.75236774753802,211.18060923627891,202.91371367985815,195.76599509176495,189.38260392855702,184.09000449220395]
[null,"Biomethane",0.10400225911599999,3.6063005315490004,6.2466802420959988,8.2448999790470001,10.157821898458998,12.112794602299003,14.124571508320994,15.106463214515001,15.701510214184999,16.114223043840006,16.432103279273992,16.701203494739005,16.961877186867,17.255312753818004,17.627990622853002,18.141447811896001,18.881329245047002,19.972753732049007,21.600036737340986,24.357146462329993,28.836006345877003,34.242050596218007,40.319902619807017,45.808393694023984,51.115959129734001,53.39349748437801,54.573948101413023,54.534426877430995,53.933120291941975,53.53869250765198]
[null,"Biomass",136.20766564084204,135.640847057032,134.58565430680503,133.264831381916,131.836357601993,130.56414043072397,129.451836846319,128.50275963626601,127.69368528487999,126.95805058153901,126.26042394497603,125.60174583369,124.963075366144,124.342951694063,123.73349217596599,123.13502637550799,122.53992453843098,121.95874083129101,121.36127093194602,120.54634108527998,120.01978915057796,119.57709546260003,119.19184298134,118.87225101392001,118.593579091159,118.34821641613399,118.14169133113501,117.99594057083898,117.96887885467602,118.22872399761799]
[null,"Hydrogen",0.67690753057627107,0.67690753057627107,0.67690753057627107,0.67690753057627107,0.67690753057627107,1.7163062416414174,3.8848062300284791,7.6318918613359035,13.243323467118538,22.475559515846435,27.563908705906581,32.762245516335831,38.038843255309992,43.413148420433082,48.87690440808047,54.370444924884147,59.820224792099872,67.851643958672469,73.128105355042933,77.942278326011987,82.254337796701591,86.217469096819613,89.946201430501873,93.454805487790338,96.820301879024328,100.04669065686637,103.09973544845201,106.0735278005962,109.18244709348416,112.45845723757422]
[null,"Petrol + Diesel",932.69034249838194,931.18289897498789,924.7696159109878,913.56891577103897,897.79297805950387,873.58828995013187,849.02345975372702,822.75929435505998,796.83352480699898,769.54701963488799,735.66215891925197,700.77042681174203,664.776506623052,628.16845449807693,591.14555994472005,553.93141321994301,516.62381712853301,479.45179913894492,442.32049648381496,405.41748714253697,368.15210985482508,331.26812413606007,294.55536876769003,257.92304234276997,221.70295979469,186.330751635647,150.671612521583,112.629203676635,74.620658317025999,40.853493218098009]
[null,"Transport (Non road) Oil + Diesel",400.98210521041,404.68810975606999,411.44528183620002,420.37894302870001,430.77471132699998,440.98676283400005,451.29577430600011,461.02881795399998,469.90581938299999,478.71153603500005,487.02588458599996,495.70237873600001,504.54018225420003,513.60362608299999,522.96795444629993,533.13007019029999,543.63200071239999,554.47490799873992,565.5971275446899,577.19081296922002,588.95444878279,601.11046876651994,613.52281153969,626.286196110795,639.34345608219701,653.00230628512804,667.43886002565887,683.93995122095782,702.08921641806705,721.47971651246405]
[null,"Other fossil fuels*",480.90549954706995,472.64191540350885,461.23729821145889,446.56374353928493,427.87870708802598,398.91699944716606,367.90770105037495,338.80037529856895,313.16774286017107,294.26147988295497,270.80315448645104,250.991531440648,231.19280939650795,207.65059255046796,184.65390872359495,166.271148207425,149.61013912058002,135.13347369591003,122.208246787596,112.13472688029299,102.88984291656402,94.764904100473004,87.377091978826996,80.243619366550007,74.315193584279982,70.928410386520014,68.298498908300999,66.111971431965003,64.339173919554014,63.057190269573013]
[null,"Total",3334.5215369613502,3315.9873495272072,3291.3487955415649,3263.7808866161586,3232.2354672925612,3192.2801828470865,3155.2924590666626,3120.1644663007828,3089.5342750775894,3064.6013318723876,3027.8529778645261,2994.8823341835928,2960.6349681291945,2918.6271587824572,2876.6770065247983,2840.9930854304944,2807.8149242407535,2781.6010979788175,2755.3232819605273,2732.8111424951171,2712.6957560651972,2694.5999932990276,2678.4237060207033,2663.0403790229593,2650.1033484413501,2640.1217320309906,2631.4678545398274,2624.5398871460438,2620.9970425674292,2624.4917598556713]
[]
[null,"Accelerated Transition","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,"Electricity",731.02398484490004,729.77458471997193,733.83071016372799,743.49526847742561,761.52216303968089,789.35701165041337,821.59104604475726,855.77751976162176,888.67990477921853,919.22054235418386,960.47683439287687,996.39031944933652,1031.5845411446455,1063.995922420637,1096.7455386095503,1133.701247421109,1171.7150033346802,1210.8414664000898,1249.9628803706444,1285.7943514477458,1325.7400369930872,1364.1368121801936,1401.5618013590017,1437.2757433830363,1470.5882617345978,1496.8032375848818,1521.3907198777338,1546.4615299629238,1572.1242655376379,1597.9601130256881]
[null,"Natural Gas",652.35717477825403,651.81452283969702,647.74198914608655,632.03914293851381,607.93405169929008,572.92820092761258,538.28508219433502,507.76446722160313,480.69899887236113,457.27811757845717,427.50007340442795,403.697778488214,379.16372419827206,345.17143920900708,312.08564532258708,289.75658177613701,271.17489680800696,257.18045499411102,246.320715252843,240.52652810819109,237.50022642570687,235.77697049900797,234.787490080715,233.67658430919508,232.59680911086397,231.17765416687192,229.48216010439407,227.30867272335598,223.95714866868306,218.47533817945194]
[null,"Biomethane",0.34653919992499976,6.2041093926389994,21.184233342134998,42.655235816192977,64.863532825570985,85.787068234994948,101.974916311844,110.19877194961001,114.97874922371402,118.48592884359404,119.99966755887506,119.69549563869897,119.30723256243904,117.11018896912101,114.280665409931,110.95712523605002,107.24205719690697,102.59699396153204,97.554379265361959,92.419535183116011,85.851658744521984,80.736246875946989,76.203791240252997,73.145938391247,70.606713087627995,68.440457924531941,66.414417883964006,64.135216934593998,61.937284723546043,60.227989129730979]
[null,"Biomass",136.28142039896198,137.65903037005299,138.490273336651,138.81893757466196,138.75639557308602,138.34249026059203,137.86776970980898,137.47363415776297,137.23040267857701,137.23745131055,137.30290169102508,138.78866913438603,140.59094360512103,142.655318534591,144.46232887958402,145.57150242453895,145.57152797559598,141.235685303499,136.36044285757799,133.60459576347404,131.39673545924691,130.07402452007997,129.11933818266596,128.41632590576799,127.893160205756,127.50511681240502,127.22900972683399,127.083240135615,127.15446155158199,127.687146110505]
[null,"Hydrogen",0.67690753057627107,0.67690753057627107,0.67690753057627107,0.67690753057627107,0.67690753057627107,11.703819643783753,16.973038580770069,26.276260819234952,46.672934144170199,75.543189057333933,89.167261023761029,105.50929873322585,120.17532452000115,134.93282387619743,149.36027554394033,180.50236829180324,192.11533519824707,206.68710470169626,219.25596375082276,232.03398824440598,245.86912954685138,260.93603069652949,280.17394359023513,299.36383496687267,317.39109390570201,333.42630355455111,347.28841060149853,358.89138735602461,369.05583183113356,378.25949620422841]
[null,"Petrol + Diesel",932.68120947024113,932.47388300701914,927.25995239855501,915.8640044021729,896.53451763735495,865.78527530413396,827.55698818458598,784.54249617621588,740.87627116236581,689.41622823082901,635.94412927942301,585.69165020406001,535.74500439146004,486.18437321813002,437.00959529357993,388.27090197529003,340.27763234251904,293.96004096611898,248.851200772423,205.549436137789,164.11955973244898,124.90716739040899,88.994135822158,60.440170128012014,36.961208013427999,24.640805343805997,16.131208849228997,9.9056968050579979,5.6615334238199999,2.975200035886]
[null,"Transport (Non road) Oil+ Diesel",400.75681569398,399.94847479900005,401.43464966199997,404.73206585700001,408.30217031799998,411.7419517555,413.63960045469997,412.69921719630003,410.40638276729999,407.1168797629,397.45696002191994,391.86363098261,387.38075217674003,385.69694239116001,385.22490602244,386.07897607462701,387.83793059841804,390.91283246361195,394.64622971974097,399.70128695949398,403.72066670399602,407.783869767331,411.66224092088709,414.76794045325795,417.78893111350504,421.24896104367002,424.91839409225901,428.55163793830002,433.52815092359998,441.83517570259198]
[null,"Other fossil fuels*",479.63326834493716,441.86223334561203,392.985711623523,345.16754230580102,301.32219788307094,262.02837728190497,228.02612835805004,199.34598671593693,175.55967719435901,158.364339939926,134.32061030740201,117.20093403157802,102.38207927633701,90.81103927060002,81.553886211347987,71.954556714024008,63.850747395457006,60.208172096643011,57.295548828872988,52.690570483762983,47.230272265685002,41.98425513409299,36.926440628311006,32.090574127599005,28.246766415732999,26.449262750163999,25.239241930411001,24.417813449472007,23.919095954421,23.732626200515998]
[null,"Total",3333.7573202617755,3300.4137460045681,3263.604427203255,3223.4491049023445,3179.9119365066304,3137.6741950589353,3085.9145698388511,3034.0783539982858,2995.1033208220656,2962.6626770777739,2902.1684376797107,2858.8377766621097,2816.3296018750161,2766.5580478894435,2720.7228412929608,2706.7932599135793,2679.7851308498311,2663.6227508873021,2650.2473608182872,2642.3202923279791,2641.4282858715442,2646.3353770635913,2659.4291818242268,2679.1771116649884,2702.0729435872136,2729.6917991808818,2758.0935630663234,2786.755195305343,2817.337772614424,2851.1530845885982]
[]
[null,"*Other fossil fuels consists of Coal, Lignite, LPG, Oil."]

{"sheet":"Appliance Uptake Forecasts","index":14,"n_rows":39,"n_cols":33,"rows_kept":39,"cut":false,"hidden":false,"merged":[]}
[null,"Go to Assumptions Summary"]
[null,"Appliance Uptake Forecasts"]
[null,"Demand for energy services from household appliances, considering economic indicator assumptions for each scenario."]
[null,"Household Disposable Income and Population forecasts based on Deloitte Access Economics' long term macroeconomic forecasts developed for AEMO in September 2024. "]
[null,"Appliance data from the Department of Industry, Science, Energy and Resources (DISER), 2021 Residential Baseline Study for Australia and New Zealand for 2000 – 2040, rebased to 2024-25 (RBS Report). "]
[null,"RBS Report available at https://www.energyrating.gov.au/sites/default/files/2022-12/2021_rbs_methodology_report.v1.3.pdf."]
[]
[null,"Appliance Uptake Forecasts have been updated in July 2025."]
[]
[null,"Residential appliance uptake forecasts (TWh)"]
[null,"Impact relative to 2024-25 base year"]
[]
[null,"Slower Growth"]
[null,null,"2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,"NSW",0,-0.14022161414282999,-0.13243784505276801,-0.140606645545062,-0.17066633258260699,-0.21177443749695901,-0.26097184918543503,-0.31219577788500902,-0.35005236166815301,-0.36842420952823296,-0.37558203432085402,-0.38238996962836797,-0.38989989665656899,-0.39286389955895096,-0.38545584423231899,-0.36446972447112597,-0.37035606613306005,-0.36562730819795197,-0.36067655737384602,-0.35550250591480398,-0.35010840281406902,-0.34449500306230801,-0.33865548008205498,-0.33259288898294198,-0.326299867558553,-0.31977785979745299,-0.31303627325303995,-0.30607322563877803,-0.29888998760308999,-0.29148478932687,-0.28386055976144203]
[null,"QLD",0,-0.119411134128996,-0.13095717194216799,-0.15262095596044301,-0.18743473083171899,-0.22841041587470601,-0.27436495535260297,-0.320696909214787,-0.35663196456234902,-0.37814219444006403,-0.38653097819222598,-0.39088825922853804,-0.39403009039357101,-0.39279573130004303,-0.38298923319800904,-0.362967674100316,-0.36336792704148002,-0.35526156049352098,-0.34676656995254201,-0.337883701155412,-0.32860695637031095,-0.31892433781882101,-0.308807452511626,-0.29825004077364903,-0.28725109022121603,-0.27580380505656099,-0.263906796787716,-0.25155913059054802,-0.23876049644537101,-0.22551242759305398,-0.21181305577249701]
[null,"SA",0,-1.57021461521961E-2,-8.6557309838710002E-4,1.0396403797655301E-2,1.8263928611136598E-2,2.4367198916657798E-2,2.8565545812162103E-2,3.2124027310093499E-2,3.8822640484981602E-2,5.1786844930314102E-2,6.9057985217971907E-2,8.8976450573376401E-2,0.11122144394905301,0.13660022033857,0.166212937454049,0.20079148924752799,0.22538875296421801,0.25431253417905303,0.28353154306754902,0.31304299785232004,0.34285254756069,0.37294920724608199,0.403324226471103,0.43396245606683298,0.46484581416110698,0.49597984337437201,0.52736133805090002,0.55898397360053209,0.59084083536493892,0.62292054410683306,0.65522443838523592]
[null,"TAS",0,-1.13592482162975E-2,-6.0888644685696E-3,-2.3296855390521E-3,4.3629045236000003E-5,2.0557347442033001E-3,3.6676213446192002E-3,5.9362072175956999E-3,1.093923164821E-2,1.9218742195675202E-2,3.0371558901672601E-2,4.3147809493499001E-2,5.7184702296379598E-2,7.3008399828279488E-2,9.0534206210107007E-2,0.110068265190509,0.125320843729014,0.14241538517176699,0.15960655111487002,0.17688279050830899,0.194251728452284,0.211721730984232,0.229278082421915,0.246914576100353,0.26462702114657705,0.28241604216477501,0.30028955507087202,0.31825479869982903,0.33630380932155002,0.35442340615738699,0.37261438282978199]
[null,"VIC",0,-7.97253587761282E-2,-6.7554985989879704E-2,-7.0065650403520113E-2,-9.1403175331487896E-2,-0.126304717016088,-0.17510233204512499,-0.22346869848676298,-0.261107337926549,-0.284337280631002,-0.29706807866967105,-0.306321809448865,-0.31521769349148898,-0.32041110577938797,-0.31736782791872004,-0.30551501432627604,-0.31288829081296798,-0.31258653124039498,-0.31217039952668102,-0.31165168670415,-0.31102453521984796,-0.31026248213804197,-0.30935804876475098,-0.30829686714541399,-0.30707808982974,-0.30570230790238895,-0.30416162557836302,-0.30245652838543302,-0.30058879128272903,-0.298560148372359,-0.29637188213014104]
[null,"WEM",0,-4.5034842819999997E-2,-5.5925656739999996E-2,-6.9991583730000001E-2,-8.7172595810000003E-2,-0.10518433349999999,-0.1233894427,-0.1408298838,-0.15431217319999999,-0.1624433545,-0.16749749580000001,-0.17200948430000002,-0.17704238920000001,-0.18150495629999999,-0.1840519243,-0.1845287005,-0.1896086733,-0.1929548328,-0.1963298259,-0.19973740410000002,-0.2031732618,-0.20663204259999998,-0.21010131309999999,-0.2135757003,-0.21706949510000001,-0.22059145740000002,-0.22414158710000001,-0.22772052239999999,-0.2313297228,-0.2349705282,-0.23764889259999999]
[]
[null,"Step Change"]
[null,null,"2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,"NSW",0,4.2509568494352404E-2,7.6731524827558295E-2,0.10233509561064601,0.121853729236752,0.138484928923163,0.15477200925249099,0.16882390235208,0.18032091837487502,0.19202431990812202,0.203839894415835,0.215792548615545,0.22984804489690699,0.24582787590434599,0.26293162749229998,0.28138639015727501,0.29782222718388696,0.31570156871467703,0.33400575722987896,0.35272016652094701,0.371831527870777,0.391337994973806,0.41124140038057799,0.43154700910282001,0.45225370639676504,0.473357768335747,0.49486813818766395,0.51678950738807405,0.53912451759745794,0.56187061561472296,0.58502660694352004]
[null,"QLD",0,1.50722094066679E-2,2.6482097516576198E-2,3.4105689186518004E-2,3.9637576293016202E-2,4.5226325213309E-2,5.2532606243780498E-2,6.06724990323564E-2,6.9449215708921097E-2,8.0058415133531902E-2,9.265695756829509E-2,0.107354080095281,0.125115373116571,0.145518413002274,0.16772872914242701,0.19183964119681399,0.21340188893502401,0.23705655419558602,0.26145122689528899,0.28657786487723297,0.31243012125758901,0.33900970813443998,0.366306338577572,0.39432342508454105,0.42306278642219802,0.45251776930172399,0.48268837335093601,0.51357600187272701,0.54517906759650003,0.57750061522641494,0.61053844415066605]
[null,"SA",0,2.3758675373550302E-2,4.5020746976836098E-2,6.452281787142039E-2,8.3850932182372898E-2,0.102958742464407,0.121789403505753,0.13989086357972702,0.15807695591566198,0.178234558116389,0.200998009221137,0.22638556774955101,0.25501729084599101,0.28666129565293702,0.32057641173880302,0.35736770777614102,0.38926361135904197,0.4238751216337,0.45901376553976597,0.49466253072046301,0.53082456088566199,0.56749342280691595,0.60467248072051705,0.64235648977330195,0.68053495717825907,0.71922346134605097,0.758428168110856,0.79815350616459702,0.83840152931174294,0.87916472653287603,0.9204521637253551]
[null,"TAS",0,9.7525096867692989E-3,1.9313576886982299E-2,2.81203237058009E-2,3.6936671231469903E-2,4.61620904484525E-2,5.5774157626559198E-2,6.6230466397255494E-2,7.8074308297990808E-2,9.1453011388436797E-2,0.106614296989891,0.123155050440655,0.14136720781683598,0.16113134808654,0.18171878203557498,0.20341413969983502,0.223014806753487,0.24370221052607899,0.26454775331559899,0.28553316793355099,0.30666262150845502,0.32794240887315002,0.34936420533755203,0.37093100378684402,0.39264871968277104,0.414521031447806,0.43656134368124,0.45878424574945698,0.48117522822543296,0.50372996656381896,0.52645188251891695]
[null,"VIC",0,3.8177508553277097E-2,6.9155565168742911E-2,9.0650054945093997E-2,0.10466696016890299,0.111278841795785,0.109361774027849,0.108453772462461,0.10860897944202799,0.11073999736213599,0.114754594461214,0.12030565327256,0.12821320738320199,0.13806541932475899,0.14920487461769499,0.16172063978458001,0.17173424084021299,0.18326947555707501,0.195139854978998,0.20734311153954299,0.21987569038433499,0.23272889351159801,0.24590457455091802,0.25939807216317401,0.27321182742144096,0.287349485310334,0.30180656164347602,0.31658458500813402,0.33168569474776399,0.34711235398010698,0.362866030712096]
[null,"WEM",0,-2.7441922570000002E-3,-7.7407876749999993E-3,-1.4183129999999999E-2,-2.0432857039999999E-2,-2.5562804039999998E-2,-2.900981067E-2,-3.1333736190000003E-2,-3.2712716179999997E-2,-3.3444039599999996E-2,-3.3907187710000002E-2,-3.4378858869999994E-2,-3.4857002220000002E-2,-3.5339620179999996E-2,-3.5828976679999999E-2,-3.632741556E-2,-3.6833951339999997E-2,-3.7344722019999999E-2,-3.7856371630000003E-2,-3.8368687110000001E-2,-3.8881535279999997E-2,-3.9394862869999998E-2,-3.9907631130000003E-2,-4.0418748050000002E-2,-4.0928932770000002E-2,-4.1439037579999997E-2,-4.1949169020000003E-2,-4.245951354E-2,-4.2970044509999999E-2,-4.348108153E-2,-4.3736693260000001E-2]
[]
[null,"Accelerated Transition"]
[null,null,"2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,"NSW",0,0.30421392273400599,0.46526378936726598,0.58142409729863598,0.67340020608523798,0.75240151047972204,0.82395114631398192,0.90306355130821392,1.01194498586582,1.15368392485487,1.3182195493503899,1.5003240656691301,1.6948503782091899,1.9026826566064801,2.1101667133073003,2.3045177240964101,2.5298018524860102,2.7525853416289801,2.9814845242649897,3.2165963173043899,3.45792146192399,3.7054468764340598,3.9591907611031902,4.2192246979355197,4.4855568683614901,4.75817878926083,5.0371863021287897,5.3226481893822406,5.6146364980282906,5.9131759759107902,6.2183166599402293]
[null,"QLD",0,0.20203175539217699,0.303559558878573,0.378037055812742,0.440776116113198,0.49833023594521103,0.55378213062638604,0.617972928189364,0.70508038534112405,0.81760208928846301,0.94504580473982802,1.08519853086951,1.23630241730427,1.39841792311913,1.5614016206222401,1.7187724351006499,1.89622670719455,2.07418502669461,2.2578158313912304,2.44723117839363,2.6425050526462499,2.84368214884263,3.0506557139193902,3.2634580637869699,3.4821347913712302,3.7066532019204899,3.9370397352594799,4.1733250537480302,4.4155266130329203,4.6637069304506502,4.9178552686587302]
[null,"SA",0,7.9194118154439691E-2,0.127524095061743,0.16636961304018699,0.201571217049417,0.23478857275765699,0.26591900187616901,0.29838855904478701,0.336809393894836,0.38412570023003301,0.43844515899751202,0.49930595632803804,0.56548543425855302,0.63734966879706101,0.71138603126620303,0.78552901201526293,0.8597395768818239,0.93605882501343496,1.01367315776253,1.0925853552423301,1.1728251908726002,1.2543720377144199,1.33722754368152,1.42137573321236,1.5067970594517701,1.59352514037524,1.6815832792355501,1.77096927999367,1.8616917408518401,1.9537424067544098,2.0471368085893999]
[null,"TAS",0,3.9965061169092701E-2,6.4285440681664099E-2,8.3814198713824797E-2,0.10153845830998799,0.118860152884115,0.135761640462505,0.154664387915813,0.17814125068118,0.20635628307229001,0.23823864750743501,0.27318723512368298,0.31058550259978901,0.35084782915389201,0.39158548894453504,0.43219378093919097,0.47276496336457097,0.51404793033098806,0.55571774345123193,0.59773922729775208,0.64014894190901206,0.68296149305393694,0.72615248655680198,0.76974037221417302,0.81372436239423607,0.85813440183596201,0.90300621106753698,0.94835377955276101,0.99417620806167606,1.0404511086386401,1.0871789692309899]
[null,"VIC",0,0.207516045445539,0.32333465993965899,0.40751176545518997,0.47352702172240496,0.52658861370927001,0.56601422263907308,0.61433610997531796,0.68544103918258992,0.78279841289702001,0.894390796039642,1.0197620572863899,1.15452133791294,1.2990796772636501,1.4452368773611599,1.58363555877742,1.7432420669759801,1.90260407000556,2.0672000052731501,2.2371993837315798,2.41266622156262,2.59351064042621,2.7797686914439401,2.9714010588776798,3.1684461019691099,3.37094651869252,3.5788605073178097,3.7922320432632204,4.0111198473000202,4.2355818894403994,4.46568082954653]
[null,"WEM*",0,6.197199338E-2,6.4558480049999992E-2,6.328615756E-2,6.1238786099999998E-2,5.98149527E-2,5.9938470510000001E-2,6.080817074E-2,6.1707625049999999E-2,6.263307085E-2,6.3578418710000001E-2,6.4547183669999994E-2,6.5533226789999996E-2,6.6528923899999995E-2,6.7533977940000003E-2,6.8551408890000012E-2,6.9583642609999996E-2,7.0627956189999994E-2,7.1681824739999997E-2,7.274519874999999E-2,7.3816592989999999E-2,7.4894967810000004E-2,7.5977600280000002E-2,7.706191602000001E-2,7.8149004169999994E-2,7.9239805400000002E-2,8.0334715760000008E-2,8.143373525E-2,8.2537160919999991E-2,8.3645438339999989E-2,8.4200765230000002E-2]
[null,"*WEM data for the High scenario is included in Accelerated Transition, and is based on Green Energy Exports economic forecasts"]

{"sheet":"Elec. Retail Price Indices","index":15,"n_rows":13,"n_cols":33,"rows_kept":13,"cut":false,"hidden":false,"merged":[]}
[null,"Go to Assumptions Summary"]
[null,"Electricity Retail Price Indices"]
[null,"Retail price forecasts have been updated with components from the latest available AER pricing proposals and transmission determinations, AEMO 2025 wholesale price forecasts, and transmission costs associated with the 2024 ISP."]
[]
[null,"Residential Electricity Price Indices"]
[null,"Prices are indexed relative to 2024-25 base year (value of 1)"]
[]
[null,"NEM Price Index*"]
[null,null,"2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,"Slower Growth",1,0.9799356353406099,0.99330557259015084,1.0059509442596355,1.0920648799051447,1.0737509703914441,1.0042053645782274,0.91645039234212866,0.91174770176539066,1.0071335511682178,1.0909328187279372,1.1489293537118184,1.1249861015541627,1.112903896599496,1.1447044807539679,1.1690567686272368,1.2407386736612187,1.3068436386998445,1.3285044774692556,1.2928093159840228,1.243198331331282,1.2297364814426919,1.2219548199169097,1.2299755989649763,1.2382214222787984,1.2456018532953579,1.2519779697523792,1.2531750348973074,1.2524422677903086,1.2518002106155615,1.2518002106155615]
[null,"Step Change",1,0.98105836204970254,1.0011532434750865,1.0128067588507625,1.0773472979297514,1.086807787619676,1.0435785880811126,0.973838335931838,0.96012269867570998,1.0377794361428079,1.1132065718903772,1.1167089630982778,1.0714705101132196,1.0455727073279193,1.079435085159435,1.1074091714826488,1.1298502523625733,1.1601111164337408,1.1831352943798281,1.1932323239322373,1.192679527057698,1.1894803779901602,1.2017155566926356,1.2104766652301102,1.2196723000527505,1.2276006196376759,1.2341895599570161,1.2350051175132923,1.2335785952417559,1.2321767916585753,1.2321767916585753]
[null,"Accelerated Transition",1,0.9819977953889848,1.0039203490697679,1.0084101679934288,1.0092536720756518,0.9897820831937052,0.9513195112961339,0.97385291958773779,0.98818412875700434,1.0443238989845636,1.0265529445311805,1.0178156679278623,0.9944124604700092,1.0137538620528375,1.0787268768636546,1.126598611153919,1.1583740283788897,1.1602470963266107,1.1526567196295938,1.1546720460763515,1.1604789825192385,1.1738382584772822,1.1940323449750776,1.2119008439491192,1.23261784765705,1.2533181129162809,1.273179675335353,1.2774659637054457,1.2750817869366806,1.2724800908796012,1.2724800908796012]
[null,"*Price weighted by household consumption per region"]

{"sheet":"Connections Forecasts","index":16,"n_rows":40,"n_cols":34,"rows_kept":40,"cut":false,"hidden":false,"merged":[]}
[null,"Go to Assumptions Summary"]
[null,"Connections Forecasts"]
[null,"Connections forecasts based on Deloitte Access Economics' long term Dwelling Completion forecasts developed for AEMO in September 2024 "]
[null,"and rebased using the 2021-22 Australian Bureau of Statistics (ABS) Estimated Dwelling Stock release (available at: https://www.abs.gov.au/statistics/industry/building-and-construction/estimated-dwelling-stock/latest-release)."]
[]
[null,"Connections Forecasts have been updated in July 2025."]
[]
[null,"Consultant forecast mapping"]
[null,null,"Slower Growth","Step Change","Accelerated Transition*"]
[null,"Consultant's scenario name","Progressive Change","Step Change","Green Energy Industries"]
[null,"*WEM data for the High scenario is included in Accelerated Transition, and is based on Green Energy Exports."]
[]
[null,"Residential connections"]
[]
[null,"Slower Growth"]
[null,null,"2023-24","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,"NSW",0,3645599,3678961,3714831,3756672,3805187,3856135,3906035,3955657,4007501,4060503,4113266,4166088,4218903,4271537,4323738,4375622,4427839,4479922,4531925,4583745,4635547,4687171,4738578,4789848,4840659,4891318,4941753,4991947,5041902,5091506,5140911]
[null,"QLD",0,2134858,2160712,2190266,2225416,2266060,2308684,2351417,2393834,2437222,2481237,2525158,2569087,2613076,2656819,2700269,2743720,2787371,2831232,2875590,2920265,2965432,3010806,3056210,3101737,3147290,3192836,3238380,3283891,3329380,3374875,3420279]
[null,"SA",0,830555,838682,847329,856865,866893,876231,884245,891228,897684,904191,910562,916811,922944,928934,934722,940345,945878,951352,956717,962048,967339,972556,977714,982756,987696,992574,997375,1002106,1006760,1011331,1015842]
[null,"TAS",0,267659,270297,272608,274652,276518,278290,279851,281315,282777,284168,285497,286749,287944,289060,290130,291170,292182,293168,294117,295021,295931,296827,297695,298543,299361,300169,300972,301781,302569,303343,304101]
[null,"VIC",0,2872300,2916606,2963872,3015943,3072059,3127407,3179467,3230451,3283252,3337424,3391763,3446643,3501860,3557239,3612677,3668200,3724370,3781072,3838177,3896156,3954455,4013011,4071722,4130335,4189073,4247740,4306305,4364808,4423252,4481676,4540077]
[null,"WEM",0,1096353,1109758,1123124,1136339,1148678,1159582,1169644,1179606,1190149,1201354,1212851,1224704,1236888,1249111,1261382,1273699,1286111,1298605,1311073,1323564,1336079,1348565,1360996,1373241,1385370,1397502,1409628,1421763,1433897,1446057,1458234]
[]
[null,"Step Change"]
[null,null,"2023-24","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,"NSW",0,3646095,3681921,3723513,3775109,3836308,3900272,3963200,4025722,4090209,4155713,4220971,4286322,4351799,4417414,4483088,4549339,4616552,4684328,4752484,4820691,4888872,4957074,5025279,5093633,5161948,5230322,5298838,5367500,5436332,5505229,5574252]
[null,"QLD",0,2135099,2162432,2195414,2236530,2285042,2335041,2384466,2433697,2484089,2535053,2585793,2636449,2687170,2737793,2788398,2839569,2891337,2943481,2996048,3048656,3101461,3154300,3207117,3260020,3312917,3365791,3418670,3471538,3524397,3577278,3630133]
[null,"SA",0,830701,839402,849185,860486,872732,884314,894536,903606,912013,920476,928849,937151,945420,953657,961855,970098,978402,986744,995030,1003294,1011531,1019730,1027921,1036062,1044179,1052296,1060412,1068538,1076666,1084791,1092932]
[null,"TAS",0,267688,270434,272932,275271,277497,279634,281546,283334,285110,286816,288461,290037,291572,293046,294476,295902,297302,298685,300028,301325,302610,303871,305112,306340,307559,308780,310011,311257,312497,313741,314984]
[null,"VIC",0,2872756,2919353,2971412,3031596,3098576,3165630,3230108,3293966,3359664,3426553,3493449,3560804,3628556,3696731,3765488,3835254,3906327,3978272,4050656,4123657,4196829,4270213,4343793,4417381,4491228,4565165,4639194,4713339,4787617,4862065,4936652]
[null,"WEM",0,1096527,1110945,1126793,1144552,1163224,1180858,1197396,1213498,1229996,1247043,1264285,1281822,1299701,1317727,1335939,1354477,1373364,1392514,1411717,1430936,1450184,1469447,1488730,1507952,1527109,1546262,1565412,1584571,1603732,1622909,1642104]
[]
[null,"Accelerated Transition"]
[null,null,"2023-24","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,"NSW",0,3646432,3682850,3725403,3778481,3841766,3908090,3973512,4038778,4106561,4175954,4245660,4316063,4387143,4458673,4530307,4602124,4674703,4747958,4821980,4896725,4971987,5047739,5123911,5200604,5277620,5355029,5432872,5511154,5589906,5669052,5748656]
[null,"QLD",0,2135232,2162736,2196101,2237875,2287305,2338297,2388706,2438917,2490475,2542970,2595609,2648566,2701942,2755394,2808800,2862411,2916426,2970868,3026017,3081670,3137993,3194733,3251751,3309146,3366815,3424720,3482878,3541259,3599876,3658752,3717795]
[null,"SA",0,830812,839710,849776,861482,874279,886504,897452,907396,916876,926479,936034,945580,955140,964677,974145,983580,993029,1002514,1011973,1021466,1030983,1040495,1050027,1059529,1069023,1078541,1088075,1097632,1107204,1116785,1126399]
[null,"TAS",0,267710,270488,273036,275459,277806,280083,282146,284105,286076,287994,289862,291673,293454,295180,296861,298527,300172,301801,303404,304972,306555,308119,309681,311240,312800,314378,315975,317601,319236,320882,322538]
[null,"VIC",0,2873026,2920084,2973007,3034540,3103360,3172403,3238874,3304850,3373099,3443099,3513656,3585266,3657809,3731061,3804875,3879214,3954619,4030991,4108204,4186701,4265910,4345793,4426292,4507169,4588632,4670470,4752663,4835256,4918256,5001709,5085616]
[null,"WEM",0,1096636,1111236,1127442,1145854,1165525,1184334,1202038,1219348,1237169,1255686,1274554,1293877,1313687,1333713,1353912,1374314,1395012,1416015,1437202,1458588,1480160,1501870,1523723,1545607,1567529,1589523,1611594,1633754,1655992,1678331,1700764]

{"sheet":"Energy Efficiency","index":17,"n_rows":77,"n_cols":33,"rows_kept":77,"cut":false,"hidden":false,"merged":[]}
[null,"Go to Assumptions Summary"]
[null,"Energy Efficiency Forecasts"]
[null,"Based on 2025 forecasts developed by Strategy.Policy.Research. (SPR)."]
[null,"AEMO has rebased SPR's energy efficiency forecasts to base year 2024-25."]
[null,"Business electricity energy efficiency excludes savings for large industrial loads (LILs). Energy efficiency savings for LILs are reliant on the survey based modelling approach."]
[]
[null,"Consultant forecast mapping"]
[null,null,"Slower Growth","Step Change","Accelerated Transition","Reduced Energy Efficiency"]
[null,"Consultant's scenario name","Progressive Change","Step Change","Green Energy Industries","Low Energy Efficiency Sensitivity"]
[]
[null,"Residential Electricity Energy Efficiency (GWh)"]
[]
[null,"Slower Growth"]
[null,null,"2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,"NSW",0,261.63732812500001,502.75468749999999,767.50474999999994,1030.5184375000001,1317.487625,1617.489,1896.571625,2174.7472499999999,2449.78575,2699.8692499999997,2971.6824999999999,3243.8072500000003,3517.10725,3922.0097500000002,4419.5794999999998,4923.0124999999998,5429.848,5943.6394999999993,6464.9195,6889.1375000000007,7306.7984999999999,7718.2145,8128.6590000000006,8538.1820000000007,9109.33,9227.0879999999997,9344.5079999999998,9655.5579999999991,10154.208999999999,10484.835999999999]
[null,"QLD",0,186.59562499999998,356.01181250000002,537.07318750000002,722.33137499999998,909.98843750000003,1098.8408750000001,1275.5395000000001,1453.9357500000001,1634.0316250000001,1799.987625,1984.9548749999999,2170.9997499999999,2357.0430000000001,2601.5335,2924.8197500000001,3259.3242500000001,3606.25,3965.9127500000004,4336.46,4641.3784999999998,4952.2939999999999,5270.0019999999995,5595.1205,5926.9740000000002,6385.42,6851.6934999999994,7325.8615,7807.9430000000002,8298.0704999999998,8668.2060000000001]
[null,"SA",0,71.404054687499993,135.94732812499998,194.64251562500002,260.44134374999999,321.93996875000005,361.68037500000003,406.60168749999997,451.03853125000001,494.94671875,532.48868749999997,574.59868749999998,616.35725000000002,657.16312499999992,713.16156249999995,780.0691875,845.99231249999991,912.71299999999997,979.58618750000005,1046.1188125000001,1101.060125,1157.9611249999998,1214.399625,1270.86825,1327.368125,1403.709875,1480.343875,1557.2886249999999,1634.54475,1712.0977500000001,1769.7871249999998]
[null,"TAS",0,30.102806640625001,65.627820312500006,100.32028125000001,133.94253125,166.203265625,196.93551562499999,225.32304687499999,253.33628125000001,280.99787500000002,306.39362499999999,331.86568749999998,357.05806250000001,382.08393750000005,411.65378125000001,451.53556249999997,493.77100000000002,536.22468749999996,578.73831250000001,621.34843750000005,652.46606250000002,684.96068750000006,717.60556249999991,750.52556249999998,783.7661875,835.45793749999996,887.73087500000008,940.61931249999998,994.08518749999996,1048.14075,1083.9190000000001]
[null,"VIC",0,469.27862499999998,1037.9136250000001,1623.5912499999999,2156.4325000000003,2665.5630000000001,3121.3207500000003,3578.20975,3987.90625,4309.4175000000005,4630.1994999999997,4979.1625000000004,5270.8874999999998,5552.4709999999995,5931.1104999999998,6352.1270000000004,6804.2624999999998,7260.3340000000007,7719.625,8178.4350000000004,8575.3359999999993,8664.5780000000013,8980.9549999999999,9378.6509999999998,9776.8379999999997,10274.905000000001,10774.404,11275.394,11777.995999999999,12282.224,12680.707999999999]
[]
[null,"Step Change"]
[null,null,"2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,"NSW",0,313.87943750000005,645.02056249999998,988.28006249999999,1333.201,1768.2832500000002,2211.2674999999999,2664.2809999999999,3125.3815,3592.6095,3988.3432499999999,4408.5789999999997,4835.1540000000005,5272.3729999999996,5823.924,6571.1064999999999,7336.0770000000002,8119.2209999999995,8925.1859999999997,9748.8709999999992,10372.115000000002,10992.442000000001,11609.992999999999,12229.669,12851.716,13748.296,14119.662,14490.940999999999,15033.366,15836.171,16375.232]
[null,"QLD",0,230.83689062500002,470.74978125000001,720.11331250000001,978.28449999999998,1289.217625,1601.035875,1919.4595000000002,2245.16525,2578.2189999999996,2858.3764999999999,3160.0842500000003,3467.1847499999999,3780.0752499999999,4140.6910000000007,4649.5410000000002,5176.9749999999995,5724.6295,6293.4580000000005,6879.3094999999994,7327.4939999999997,7783.7815000000001,8249.9475000000002,8726.9189999999999,9214.0370000000003,9909.1929999999993,10626.75,11356.840999999999,12099.541000000001,12855.057000000001,13422.185000000001]
[null,"SA",0,85.684554687499997,176.754890625,264.60862499999996,363.62799999999999,471.38746874999998,527.05756250000002,603.56456249999997,680.53525000000002,757.80906249999998,822.61874999999998,893.0329375,963.48050000000001,1033.9689999999998,1115.54125,1222.3765000000001,1333.2268750000001,1446.0106249999999,1560.0631250000001,1674.386375,1760.601375,1846.20875,1931.6210000000001,2017.3641249999998,2103.4410000000003,2222.9382499999997,2346.6007500000001,2471.0817500000003,2596.3915000000002,2722.5612500000002,2819.3992499999999]
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[null,"Accelerated Transition"]
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[null,"Reduced Energy Efficiency (Sensitivity)"]
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[null,"Business Electricity Energy Efficiency (GWh)"]
[]
[null,"Slower Growth"]
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[null,"Step Change"]
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[null,"Accelerated Transition"]
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[]
[null,"Reduced Energy Efficiency (Sensitivity)"]
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[null,"QLD",0,38.4054140625,119.32928125000001,243.21181250000001,403.90593749999999,612.85775000000001,801.46749999999997,990.54931250000004,1180.0813750000002,1369.779125,1561.146125,1755.3162499999999,1951.300125,2155.0927500000003,2354.8652499999998,2555.8407500000003,2758.3427500000003,2962.1930000000002,3167.50675,3374.2267500000003,3582.4982500000001,3792.1532500000003,4003.2424999999998,4215.7964999999995,4429.6990000000005,4644.9859999999999,4861.7860000000001,5080.2134999999998,5300.357,5522.24,5741.5260000000007]
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[null,"VIC",0,93.913562500000012,299.83340625,657.99631250000004,1104.5013749999998,1637.7661249999999,2068.0677500000002,2523.9947499999998,2993.69625,3381.6750000000002,3753.5337500000001,4054.8054999999995,4357.4369999999999,4668.9934999999996,4966.8845000000001,5259.7389999999996,5551.2784999999994,5841.3769999999995,6130.1414999999997,6418.0039999999999,6705.8665000000001,6993.6594999999998,7308.28,7625.8024999999998,7946.0914999999995,8269.5594999999994,8596.2890000000007,8926.4860000000008,9260.3320000000003,9597.9110000000001,9929.9320000000007]

{"sheet":"Rooftop PV","index":18,"n_rows":116,"n_cols":34,"rows_kept":116,"cut":false,"hidden":false,"merged":[[11,1,11,6],[64,1,64,6]]}
[null,"Go to Assumptions Summary"]
[null,"Distributed Energy Resources: Rooftop PV",null,null,null,null,null,null,null,null,null,null,"Note:","Further information is available at https://forecasting.aemo.com.au"]
[null,"Rooftop PV forecasts based on CSIRO and Green Energy Markets (GEM) trajectories that were developed for AEMO in 2024."]
[null,"Forecasts are based in March 2025 using data from the Clean Energy Regulator (CER)."]
[null,"The Capacity values (MW degraded) represent the installed capacity at the end of the financial year i.e. as at 30th June. Energy values (GWh) present the total production across the year of interest, which captures Rooftop PV growth throughout the financial year."]
[]
[]
[null,"Consultant forecast mapping"]
[null,null,"Slower Growth","Step Change","Accelerated Transition"]
[null,"Consultant's scenario name","CSIRO","Average of GEM and CSIRO","Average of GEM and CSIRO"]
[]
[null,"Rooftop PV (Capacity, MW degraded)"]
[null,"Capacity of behind-the-meter rooftop PV"]
[]
[null,"Subregion","Region","Scenario","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
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[null,"SQ","QLD","Step Change",5624.9989093037002,5975.2883785832,6326.6068816963998,6677.0467191417001,7027.5682468724999,7365.7535410559003,7646.6210201606,7917.2766263085996,8200.8088496079999,8510.3546915408006,8838.8881090018003,9185.7310161707992,9551.2802309824001,9945.0481343559004,10362.408703737399,10793.85767696,11234.165349799099,11675.2395949157,12111.1080641392,12574.2126940159,13014.669139927901,13450.9484460762,13889.353564888899,14330.2708451903,14758.7695548095,15174.848566180501,15587.911282990501,15998.3555409825,16408.059104404299,16818.406722035699]
[null,"CSA","SA","Step Change",2567.8567432854002,2697.8643298369998,2828.1727354656,2958.0677228867999,3087.9029513323999,3213.0111452302999,3329.7032057775,3439.4867703747,3548.8680778907001,3661.3886571261,3777.6986087916998,3901.5937203230001,4035.7653739724001,4181.0175990081998,4331.9691342472997,4488.8764230939996,4646.2635287194998,4801.8346511619002,4951.0028897512002,5114.7380192192004,5266.6566178894,5411.9039380476997,5555.2682676305003,5699.6338851152996,5841.5013466236996,5980.5063607867996,6117.8216413241998,6253.6426100809003,6388.0295620686002,6521.1106396259001]
[null,"NSA","SA","Step Change",125.2769085738,132.40410424710001,139.56912805959999,146.7334306482,153.9172813189,160.87826471700001,167.42387458159999,173.59192570720001,179.75109416929999,186.1061987576,192.69547433829999,199.74077621640001,207.4001627982,215.72240025630001,224.40197132380001,233.45299714949999,242.5600997839,251.58673137829999,260.26074168989999,269.81539435280001,278.70624440860001,287.22841906910003,295.6612065484,304.17152155870002,312.55343434690002,320.78313450899998,328.92495142400003,336.98936914310002,344.97893680689998,352.90026210399998]
[null,"SESA","SA","Step Change",112.3105412677,119.2054547244,126.1563228723,133.12672854479999,140.13734511070001,146.95409005299999,153.3874196422,159.46430391710001,165.5453279395,171.8326441168,178.36541687069999,185.3665034606,192.9974632293,201.31250073530001,210.01039442909999,219.10757975760001,228.286371497,237.4061174579,246.1878685586,255.87458642839999,264.90413770089998,273.57164288310003,282.15752582269999,290.83209332529998,299.38271902960003,307.78250470389997,316.09940725130002,324.3430207756,332.51500112449997,340.6210982687]
[null,"TAS","TAS","Step Change",401.69850232020002,440.23523779639999,478.87755336919997,520.14549999990004,564.07950000009998,601.30849999999998,633.05900000019994,658.39200000029996,681.50000000089995,707.0915,736.74750000040001,772.5460000004,814.58149999939997,860.90299999959996,909.70300000019995,960.06150000000002,1010.7265000007,1059.1464999995001,1102.3924999999999,1154.8544999997,1202.5235,1249.5414999998,1296.6130000005001,1344.7555000007001,1392.9210000001999,1439.5350000003,1485.1455000000999,1530.1654999998,1574.8750000002001,1619.2950000000001]
[null,"MEL","VIC","Step Change",4162.2732984963995,4608.3315791095001,5056.8664133479997,5505.5697463399001,5950.3627718513999,6370.6803099216004,6689.9799966994997,6969.4203443842998,7243.7542913179004,7542.8468833994002,7875.9101298820997,8248.5112724766004,8663.1756375481,9113.0138668102009,9590.8239093996999,10088.0178289946,10590.8037063789,11086.8080068202,11562.523790142901,12107.6326263474,12620.063995696801,13131.007607498401,13651.701997289099,14188.929237652599,14734.6245075843,15266.0355017683,15798.9303958404,16334.188244191801,16873.726377035899,17418.218658125901]
[null,"SEV","VIC","Step Change",395.90381248220001,437.95773421590002,479.90848368029998,521.55437845949996,562.45455594689997,600.77749636910005,629.86581815679995,655.22912838110005,680.04912281320003,707.04533609719999,737.02143786299996,770.47052208109994,807.56960368370005,847.63949926299995,889.98457947940005,933.81341994729996,977.92504921579996,1021.2321764046,1062.591667764,1109.8247068091,1154.0497711196001,1197.9693693929,1242.5601040650999,1288.3829275334001,1334.7421434492001,1379.7736560518999,1424.7433793135001,1469.7316621862001,1514.8971296339,1560.2969999825]
[null,"WNV","VIC","Step Change",1268.7576813926,1389.7343506684999,1510.0063752266999,1629.0757229728999,1745.6727149093001,1854.6921937092,1937.5396851429,2009.7545272353,2080.4095858682999,2157.2712805049,2242.6154322539001,2337.8632054427999,2443.4957587691001,2557.5451339274,2678.0070111198002,2802.6292510567,2928.0217444062,3051.091316777,3168.6075420940001,3302.8231668447002,3428.4852331836,3553.2705231097998,3679.9603986451002,3810.1413348136002,3941.8363489658,4069.7738421814001,4197.5152248456998,4325.2935936208996,4453.5614933320003,4582.4848418916999]
[null,"WEM","WEM","Step Change",3103.0676269177002,3333.9066467860998,3565.3781023254001,3797.6971010359998,4030.9401129637999,4250.4579999999996,4430.8035,4594.2134999999998,4755.1580000000004,4923.8085000000001,5101.3900000000003,5294.0834999999997,5502.8890000000001,5731.2349999999997,5974.8035,6225.0969999999998,6474.3630000000003,6715.9404999999997,6945.8784999999998,7205.5164999999997,7451.3415000000005,7694.5065000000004,7937.5974999999999,8184.1684999999998,8433.5025000000005,8678.8495000000003,8924.5324999999993,9171.2055,9419.9930000000004,9671.4794999999995]
[null,"CNSW","NSW","Accelerated Transition",871.56162728020001,952.06360473899997,1032.3942730918,1113.1568805321001,1194.3920627713001,1270.6597097501999,1341.2912562568999,1411.3224113746001,1476.1784872482001,1543.2043790519001,1620.0268473850999,1710.3657179257,1810.4027923074,1915.8994907266999,2024.2867987556001,2133.2147508694002,2240.1597988106,2344.6720987377998,2444.9568110332998,2551.7946947358,2654.4177871874999,2754.3786064869,2852.4074958215001,2948.2815760054,3041.5250583105999,3132.0522434231998,3221.4461345838999,3309.9993256399998,3398.5203968282999,3487.1623686490002]
[null,"NNSW","NSW","Accelerated Transition",1256.9011411177,1361.1192930054001,1464.3795603870001,1567.5414579065,1670.5607424344,1766.6948413765999,1855.3305328556,1942.8856389543,2023.807573842,2107.3432987299998,2202.9489203019002,2315.0809691923,2438.7938745406,2568.7768838471002,2701.8508986554998,2835.1705483398,2965.7568577901002,3093.1162952970999,3215.2086843870002,3345.1291663094999,3469.8209438540998,3591.2275815417001,3710.3057172990002,3826.7784992339998,3940.1273134804001,4050.2646218353998,4159.0704702133999,4266.9310621283003,4374.8201513025997,4482.9433289757999]
[null,"SNSW","NSW","Accelerated Transition",1405.2686785165999,1530.7389639792,1656.1084271095001,1782.3147317360001,1909.4506946283,2028.9472848206999,2139.7181316105002,2249.6626735237001,2351.5420361121,2456.8702786772001,2577.6465684160999,2719.7712858595,2877.3025728469001,3043.5903167204001,3214.5995644300001,3386.6211888152002,3555.6453056597002,3720.9482891466,3879.6494992309999,4048.8189073259,4211.3972924305999,4369.8239359857998,4525.2345756891,4677.2720474390999,4825.1625778271,4968.7604069344998,5110.5811010976004,5251.0779099488,5391.5321683378997,5532.1790609989002]
[null,"SNW","NSW","Accelerated Transition",5168.1372820303004,5660.9091144903996,6157.1108594615998,6660.3938095427002,7171.5919900591998,7655.7761640524996,8107.4740792784996,8558.3097761470999,8977.9409027981001,9413.4635435433993,9915.0411638967998,10508.576527023501,11170.9032603043,11875.1363087058,12604.777238159,13344.1300119758,14075.59303774,14795.514316819101,15490.547005349399,16235.4937316301,16955.2884765288,17660.1423759842,18354.6462111904,19036.891877321999,19703.013550381798,20351.9887278061,20994.9637941039,21633.771702281701,22274.098783531001,22916.879241375998]
[null,"CQ","QLD","Accelerated Transition",665.64457044209996,715.45992600370005,765.41586527669995,815.2393136508,865.06811876419999,913.78348818029997,958.06168142499996,1002.281578706,1044.8670286577999,1087.4086897631,1134.9396438415999,1189.6867529786,1252.4308120108999,1321.7138129369,1395.6231473613,1470.9315338578999,1544.9133775444,1616.5274588427001,1686.8166094187,1761.5469417668,1832.1765323536999,1900.2482073322001,1967.4634677173999,2032.9722763796999,2096.4551948832,2157.7392471075,2218.8052831028999,2280.0000563724998,2341.5698869225998,2403.6255540892998]
[null,"GG","QLD","Accelerated Transition",88.986536948799994,95.762161844000005,102.545924302,109.2996018213,116.0415836916,122.6179629718,128.57811982530001,134.52254460739999,140.23596220589999,145.93131223969999,152.28078506560001,159.5800549777,167.9315748137,177.14007446260001,186.94813380030001,196.92515336060001,206.7092932644,216.16442214669999,225.43035382470001,235.26549916819999,244.54607545089999,253.47730216010001,262.28370437939998,270.85483850840001,279.15025903600002,287.1486811167,295.10953650789997,303.07837531140001,311.0874433944,319.15133728350003]
[null,"NQ","QLD","Accelerated Transition",1147.9441958365001,1227.3380917387001,1306.9152676461999,1386.2229574493001,1465.4724061608999,1542.9352405034999,1613.4031411850001,1683.7108442834001,1751.3882603435,1818.9720335873001,1894.4710455336999,1981.4205608054001,2081.0471349067002,2191.0155331069,2308.2887604929001,2427.7302453517,2544.9913215501001,2658.3931637153,2769.5778443047002,2887.6516233395,2999.1066617330998,3106.3863662497001,3212.1784163387001,3315.1391560266002,3414.7867497097,3510.847804771,3606.4514131635001,3702.1418357084999,3798.3129588429001,3895.1378810137999]
[null,"SQ","QLD","Accelerated Transition",5677.5877020475,6069.9269657887999,6463.3816916493997,6855.8210160535,7248.3249204581998,7632.1448083433997,7981.1585575632998,8329.6235324026002,8665.2412487941001,9000.5719644097007,9375.2440255594993,9806.6491312375001,10300.692478270101,10845.6360794928,11426.270958344699,12017.17656743,12597.0085076414,13157.722955294001,13707.617192452701,14291.744935724801,14843.3147304617,15374.5011242563,15898.6489115636,16409.143229086101,16903.573296371502,17380.6022670044,17855.7347672246,18331.672232606601,18810.3532108408,19292.639227612799]
[null,"CSA","SA","Accelerated Transition",2589.9176878353001,2737.5572751706,2885.5240622324,3033.0083762955001,3180.4129473410999,3323.0027401982002,3457.7544935356,3587.2710244508999,3715.9863884459,3846.1113950397998,3990.1518600155,4157.1490754195002,4347.6371156037003,4555.0415640655001,4769.0174510404004,4979.9028272109999,5180.7205725377999,5369.5041710420001,5546.6286969321,5741.3759513180003,5926.0695708298999,6103.2603102976,6274.0691879207998,6439.1761601271,6601.7497171048999,6758.0936451138996,6912.7001505130002,7066.8035910038998,7220.5962335792001,7374.3468551327996]
[null,"NSA","SA","Accelerated Transition",126.5036137681,134.62139069099999,142.78688379249999,150.9557177961,159.1506171927,167.1213098947,174.70084697359999,182.0000831282,189.27396078850001,196.6527748995,204.85269157069999,214.40224344160001,225.34771077900001,237.32712028540001,249.7542910359,262.06924881660001,273.85505419809999,284.97786984319998,295.44218536649998,306.97949751039999,317.95350187280002,328.50610130690001,338.69742445200001,348.56493960490002,358.29433725920001,367.66180294740002,376.93282424620003,386.18071873780002,395.41647443519997,404.65534750630002]
[null,"SESA","SA","Accelerated Transition",113.5028696146,121.3699203454,129.31034123910001,137.281608162,145.30655270880001,153.14144990560001,160.61915948949999,167.84089242050001,175.05515076489999,182.38983005969999,190.56044841459999,200.1051811385,211.0876736175,223.16131564899999,235.74275792200001,248.26042397290001,260.2768732637,271.6429591136,282.35461770130001,294.18055117189999,305.44242729870001,316.28208839630003,326.75888762620002,336.90590026699999,346.91244563570001,356.5445519388,366.0780252408,375.58669025699999,385.08079198550001,394.57479735999999]
[null,"TAS","TAS","Accelerated Transition",406.06920457810003,448.10441883610002,490.25479806480001,535.79699999980005,588.28049999919995,632.74200000040003,670.8145000001,701.06649999959996,728.89649999940002,758.54349999999999,799.22050000019999,849.47600000049999,902.15600000029997,957.60199999960003,1016.4514999997,1077.9644999996001,1141.5690000005,1206.0240000002,1271.1009999989001,1337.4684999996,1402.4365000002001,1465.982,1527.8359999997999,1589.3684999998,1649.4289999994,1705.1349999997999,1757.7090000001999,1807.9755000005,1856.4775000003001,1904.3610000005001]
[null,"MEL","VIC","Accelerated Transition",4221.0395600216998,4714.4109964678,5210.6101328060004,5706.7746172955003,6201.4420806357002,6675.8519926219997,7069.5779747227998,7424.4340937718998,7775.4072313082997,8144.5091291496001,8593.2320099689005,9119.8524834765994,9696.9804638254009,10316.227966307901,10973.645821948599,11659.0510208793,12363.689220160501,13060.967497448701,13754.749905545999,14479.688069373,15188.175798890699,15889.334028634001,16582.4196870419,17264.016483652798,17939.8906733363,18600.6068942356,19262.3381619008,19920.809448337499,20584.2085098385,21254.172080726101]
[null,"SEV","VIC","Accelerated Transition",401.47143417860002,447.93709414400001,494.2715694675,540.21926646459997,585.63235553669995,628.77355754200005,664.40241552400005,696.3558313817,727.850658512,760.88804426299998,800.92046762710004,847.70948038849997,898.73072219849996,953.14367058829998,1010.5309753553,1069.9747439659,1130.6973734738001,1190.4301174314,1249.5214233598001,1310.9616735274999,1370.7035486366001,1429.5333437745001,1487.4117625515,1544.0937727467001,1600.0636940444999,1654.5998726370001,1709.0061729916999,1762.9536203462001,1817.1154385151001,1871.6237593069]
[null,"WNV","VIC","Accelerated Transition",1284.8076898171,1418.4018344379001,1551.1444809080999,1682.3941837740999,1811.7979472458001,1934.4339498367999,2035.6761097526,2126.4230748476998,2215.8661101805001,2309.718826587,2423.4550224036002,2556.3825361361,2701.3038139752998,2855.7893631038,3018.6462026938002,3187.2887351549998,3359.5249063669999,3528.9423851208999,3696.5366710971998,3870.8192571006998,4040.3041524731002,4207.2216275911996,4371.4635504072003,4532.3412436005001,4691.2261326196003,4846.0737331275004,5000.5756651104002,5153.7999313158998,5307.6585516468003,5462.5281599696]
[null,"WEM","WEM","Accelerated Transition",3151.0419736095,3420.2815122113998,3690.2586933848002,3961.0658237653001,4233.6869447756999,4492.2635,4714.7280000000001,4916.6859999999997,5112.5225,5311.2235000000001,5540.3064999999997,5809.3204999999998,6108.741,6435.9219999999996,6779.8069999999998,7127.6925000000001,7472.8225000000002,7808.183,8134.0744999999997,8484.3680000000004,8823.348,9154.8279999999995,9477.0455000000002,9793.0930000000008,10109.235000000001,10419.398999999999,10730.579,11045.6625,11365.497499999999,11689.897499999999]
[]
[null,"Rooftop PV (Energy, GWh)"]
[null,"Amount of energy generated by behind-the-meter rooftop PV"]
[]
[null,"Subregion","Region","Scenario","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
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[null,"WNV","VIC","Accelerated Transition",1379.6839374066999,1531.1647041378999,1684.021439013,1834.3002904883001,1977.8249741098,2121.2893173069001,2248.4532619032002,2357.8480609612002,2454.3074592956,2557.9870068857999,2680.3144177603999,2822.3373048153999,2973.5797260514,3142.9770767256,3327.6807916001999,3517.3928583961001,3702.2729547211002,3894.9675537844,4091.5169429697999,4287.6916250605,4472.1942701315002,4661.9521803683001,4856.4095333721998,5043.0844451918001,5212.4567498250999,5389.3441251405002,5572.7217092499995,5750.0988812442001,5910.8649512904003,6085.1404953541996]
[null,"WEM","WEM","Accelerated Transition",4124.6908235687997,4491.5445221518003,4867.8663514078999,5235.2469168613998,5598.3676070277997,5963.9318234153998,6296.2308182876004,6583.4533864954001,6842.9617817336002,7112.0166826458999,7419.1538442036999,7760.1215862577001,8136.1323282845997,8564.5253676645007,9039.4745271449992,9510.0731196208999,9966.0047793419999,10428.9916089868,10899.195610761401,11360.2173607488,11810.059039469201,12266.4588515576,12735.0644361876,13168.077908253201,13576.546489600099,14002.893845947499,14453.227461996399,14878.3227625339,15285.9889037515,15725.1429411684]

{"sheet":"PVNSG","index":19,"n_rows":116,"n_cols":34,"rows_kept":116,"cut":false,"hidden":false,"merged":[[11,1,11,6],[64,1,64,6]]}
[null,"Go to Assumptions Summary"]
[null,"Distributed Energy Resources: Small-scale non-scheduled generation (PVNSG)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Note:","Further information is available at https://forecasting.aemo.com.au"]
[null,"PVNSG trajectories based on CSIRO and Green Energy Markets (GEM) forecasts that were developed for AEMO in 2024."]
[null,"Forecasts are based in March 2025 using data from the Clean Energy Regulator (CER)."]
[null,"The Capacity values (MW degraded) represent the installed capacity at the end of the financial year i.e. as at 30th June. Energy values (GWh) present the total production across the year of interest, which captures PVNSG growth throughout the financial year."]
[]
[]
[null,"Consultant forecast mapping"]
[null,null,"Slower Growth","Step Change","Accelerated Transition"]
[null,"Consultant's scenario name","CSIRO","GEM","GEM"]
[]
[null,"PVNSG (Capacity, MW degraded)"]
[null,"Capacity of small-scale non-scheduled generating PV systems"]
[]
[null,"Subregion","Region","Scenario","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
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[null,"NNSW","NSW","Slower Growth",71.800719999999998,77.144840000000002,80.721800000000002,84.672290000000004,93.440430000000006,97.052779999999998,101.50749,106.23771000000001,115.08368,118.47932,122.71988,127.23772,135.87370000000001,139.06143,143.09647000000001,147.41039000000001,155.84469000000001,158.83266,162.66986,166.78833,175.02846,177.82481000000001,181.47216,185.40236999999999,193.45663999999999,196.06858,199.53326000000001,203.28305,211.15833000000001,213.59335999999999]
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[null,"SNW","NSW","Slower Growth",269.07028000000003,285.89631000000003,297.15845000000002,309.59661999999997,337.20323999999999,348.57677000000001,362.60248999999999,377.49565000000001,405.34732000000002,416.03856000000002,429.39003000000002,443.61450000000002,470.80500000000001,480.84163000000001,493.54602999999997,507.12844999999999,533.68397000000004,543.09163999999998,555.17312000000004,568.14017999999999,594.08434999999997,602.88872000000003,614.37243999999998,626.74676999999997,652.10576000000003,660.32947999999999,671.23809000000006,683.04434000000003,707.83978999999999,715.50651000000005]
[null,"CQ","QLD","Slower Growth",54.020609999999998,56.058790000000002,58.321689999999997,60.533810000000003,64.70138,67.777019999999993,69.8001,72.824780000000004,77.120570000000001,80.07208,81.971999999999994,84.875,89.050340000000006,91.882360000000006,93.664410000000004,96.450519999999997,100.51004,103.22747,104.89615999999999,107.56985,111.51806000000001,114.12553,115.68509,118.25087000000001,122.09251999999999,124.59413000000001,126.04904000000001,128.51113000000001,132.25019,134.65028000000001]
[null,"GG","QLD","Slower Growth",1.2202900000000001,1.32948,1.4507000000000001,1.58751,1.8107800000000001,1.9755400000000001,2.08392,2.2459600000000002,2.4760900000000001,2.6342099999999999,2.7359900000000001,2.8915099999999998,3.1151900000000001,3.2669000000000001,3.3623699999999999,3.5116200000000002,3.7290999999999999,3.8746700000000001,3.96407,4.1073000000000004,4.31881,4.4584999999999999,4.5420499999999997,4.6795,4.8853,5.0193199999999996,5.0972600000000003,5.2291600000000003,5.4294599999999997,5.5580400000000001]
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[]
[null,"PVNSG (Energy, GWh)"]
[null,"Amount of energy generated by small-scale non-scheduled generating PV systems"]
[]
[null,"Subregion","Region","Scenario","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
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[null,"MEL","VIC","Step Change",303.18140399999999,363.524607,422.99461600000001,471.27199000000002,530.72066500000005,614.60301400000003,684.57893000000001,729.40491899999995,788.25482999999997,860.32848799999999,939.75377000000003,1021.569935,1102.3874430000001,1185.0309729999999,1282.738799,1393.377473,1521.604836,1664.7848409999999,1831.335454,1974.12691,2109.951251,2235.757826,2373.940083,2506.2921649999998,2644.3406140000002,2787.459687,2945.3900530000001,3080.3603090000001,3226.53352,3374.6429720000001]
[null,"SEV","VIC","Step Change",23.693738,38.599829,53.122337000000002,65.358655999999996,80.078642000000002,100.79496,117.909779,129.19546500000001,143.73041799999999,161.52440999999999,180.91399000000001,201.30391800000001,221.26835399999999,241.66254000000001,265.55388499999998,293.08174500000001,324.71873099999999,360.060925,400.92103600000002,436.4076,469.93599799999998,500.97611999999998,534.817902,567.750182,601.81559200000004,637.13242000000002,675.80182100000002,709.42899399999999,745.50336000000004,782.05728699999997]
[null,"WNV","VIC","Step Change",615.44567099999995,691.08731399999999,765.84929299999999,823.97270800000001,897.99678200000005,1003.40777,1091.3564839999999,1145.7514349999999,1220.1814469999999,1311.798892,1414.8215419999999,1519.3763939999999,1623.185009,1729.6321660000001,1856.2156010000001,1997.8842569999999,2162.8262300000001,2347.193921,2562.413959,2745.0679340000002,2919.7751509999998,3081.57159,3260.4588450000001,3429.7013569999999,3607.3103080000001,3791.4934170000001,3995.8012039999999,4168.2926500000003,4356.3763269999999,4546.9166219999997]
[null,"WEM","WEM","Step Change",138.33553699999999,153.628694,169.44878700000001,184.25690499999999,199.550061,214.60989699999999,230.400069,246.27975900000001,264.01459399999999,282.704589,303.03765499999997,321.03128199999998,341.83322700000002,369.729311,400.77221400000002,428.45689399999998,461.64430099999998,496.85974499999998,533.570739,567.07652700000006,601.87346600000001,636.308401,673.43929400000002,706.52518299999997,741.63357399999995,777.72499300000004,814.75261399999999,846.52534100000003,881.93989899999997,916.74158199999999]
[null,"CNSW","NSW","Accelerated Transition",212.60908499999999,237.01371399999999,281.24799300000001,324.229264,376.050072,458.97915,524.75536899999997,549.47721999999999,579.75068599999997,615.255178,656.16619100000003,713.79792199999997,764.666336,802.13249499999995,869.30508799999996,971.88127999999995,1080.78271,1179.213301,1318.247179,1479.568624,1613.7127740000001,1694.784116,1797.5418790000001,1917.6676669999999,2032.545752,2145.945248,2267.1180669999999,2373.0914429999998,2485.013074,2598.5463869999999]
[null,"NNSW","NSW","Accelerated Transition",145.98514700000001,173.27254199999999,222.765792,272.07949500000001,330.21001799999999,423.158233,496.86217599999998,525.03368999999998,559.02607399999999,598.83312899999999,644.339967,709.14739299999997,766.29104099999995,808.24100699999997,883.05308300000002,998.24093400000004,1120.3705419999999,1230.66284,1385.9127140000001,1567.096147,1717.611369,1808.6202290000001,1923.139563,2058.2398859999998,2186.9948479999998,2314.0888009999999,2449.4148879999998,2568.668651,2694.094454,2821.3220409999999]
[null,"SNSW","NSW","Accelerated Transition",291.99372,323.29387300000002,380.12911100000002,434.97285900000003,501.49882000000002,607.84838100000002,692.16454399999998,723.61528199999998,762.51960199999996,807.95827099999997,860.649764,934.24695699999995,999.24958100000003,1047.248932,1133.732072,1264.8298440000001,1404.172896,1530.2125309999999,1708.9186669999999,1914.9562639999999,2086.5303250000002,2190.17146,2322.620163,2475.7153170000001,2622.7886039999999,2767.9739760000002,2923.9229610000002,3058.786114,3202.085071,3347.4523519999998]
[null,"SNW","NSW","Accelerated Transition",446.39100100000002,516.05624999999998,642.69756900000004,770.39575000000002,920.09509600000001,1158.7046949999999,1349.035869,1422.6488790000001,1510.5210850000001,1612.6025629999999,1728.674904,1894.738484,2041.7503380000001,2149.0909280000001,2339.576955,2634.8857149999999,2948.2185100000002,3230.7465339999999,3626.6281199999999,4092.049614,4478.5374810000003,4712.4312460000001,5003.303844,5351.3008159999999,5681.2728440000001,6006.9791720000003,6351.6739090000001,6659.3956749999998,6980.7745249999998,7306.7532270000002]
[null,"CQ","QLD","Accelerated Transition",125.384637,144.80730199999999,182.38058000000001,219.617512,263.37881099999998,335.59387500000003,391.64119099999999,411.506215,435.882003,464.65468499999997,495.573127,538.99676399999998,578.68301599999995,607.96492499999999,663.14246200000002,751.47080400000004,845.00449700000001,929.02704700000004,1045.715207,1180.9011190000001,1291.456608,1354.422646,1437.0374159999999,1539.0048159999999,1637.334985,1734.067413,1833.2880749999999,1918.956447,2008.390073,2099.6771629999998]
[null,"GG","QLD","Accelerated Transition",2.4186130000000001,3.300287,4.9851559999999999,6.6947539999999996,8.6799009999999992,11.935855,14.456815000000001,15.383796,16.483270000000001,17.779803999999999,19.160433999999999,21.131996999999998,22.916596999999999,24.236225000000001,26.710996000000002,30.708335000000002,34.919376999999997,38.704999000000001,43.947676999999999,50.056638,55.032201000000001,57.864435,61.568916000000002,66.184638000000007,70.614823999999999,74.972984999999994,79.414147,83.300890999999993,87.329550999999995,91.442760000000007]
[null,"NQ","QLD","Accelerated Transition",84.758465999999999,103.986459,141.01737900000001,178.47210200000001,221.87050600000001,293.28503499999999,349.26982600000002,369.44399199999998,393.52060699999998,422.10233399999998,452.573868,495.65614699999998,535.18683899999996,564.18115399999999,618.49973299999999,706.06102099999998,798.95938699999999,882.25897899999995,997.45523600000001,1131.7399660000001,1241.668424,1304.3893660000001,1385.633873,1487.0702590000001,1584.616503,1680.54971,1778.675739,1863.944011,1952.624163,2043.1485970000001]
[null,"SQ","QLD","Accelerated Transition",406.79676499999999,483.44691,630.95955100000003,779.41248199999995,952.21247100000005,1236.223868,1457.9088360000001,1537.8234050000001,1633.6439949999999,1746.99271,1868.3588239999999,2039.4265620000001,2195.8777060000002,2311.0834030000001,2527.665078,2875.4280669999998,3243.8229679999999,3574.5451640000001,4033.0876979999998,4565.6625199999999,5001.2547629999999,5249.497875,5573.6834909999998,5975.6099969999996,6362.7550110000002,6743.5643909999999,7133.6596339999996,7471.441264,7823.4815280000003,8182.8382970000002]
[null,"CSA","SA","Accelerated Transition",552.74929099999997,590.77751599999999,651.60990800000002,708.97658300000001,770.551695,860.32009800000003,935.30526799999996,967.48807499999998,1011.721645,1065.869234,1122.4556090000001,1195.626798,1261.8220590000001,1315.4867200000001,1401.068681,1518.095186,1642.9482539999999,1758.846331,1918.7220620000001,2095.2215769999998,2247.2232560000002,2348.5059919999999,2478.8152220000002,2624.2758050000002,2771.28125,2911.3574140000001,3063.2013670000001,3187.8128489999999,3317.5206229999999,3447.7400980000002]
[null,"NSA","SA","Accelerated Transition",84.163791000000003,92.158601000000004,104.871448,117.11428100000001,130.11824100000001,149.12206,164.916304,171.83846,181.22356199999999,192.739327,204.64728099999999,220.31424999999999,234.42209199999999,245.827145,263.86101600000001,288.85607399999998,315.42801900000001,340.07513299999999,373.88290899999998,411.56980800000002,443.941349,465.51284199999998,493.01268499999998,524.10735299999999,555.37009,585.17423099999996,617.29258300000004,643.97250399999996,671.56128899999999,699.25617699999998]
[null,"SESA","SA","Accelerated Transition",43.378425999999997,47.885927000000002,54.994722000000003,61.825805000000003,69.075979000000004,79.597976000000003,88.325608000000003,92.187889999999996,97.345142999999993,103.653087,110.176473,118.76939299999999,126.469433,132.720111,142.64025699999999,156.332874,170.86830900000001,184.36282499999999,202.94268099999999,223.546491,241.23487299999999,253.022988,268.16692499999999,285.154066,302.27585099999999,318.577674,336.2319,350.77786900000001,365.87938100000002,381.04408999999998]
[null,"TAS","TAS","Accelerated Transition",30.391209,45.717846000000002,77.656442999999996,110.258762,145.913591,205.75646599999999,248.478812,256.22179199999999,266.50715000000002,279.21788299999997,292.96439600000002,316.21913699999999,332.20887800000003,334.83057000000002,357.59672399999999,409.48463700000002,465.78274499999998,511.21477700000003,584.30351399999995,674.81528300000002,743.71565999999996,772.950243,815.96649600000001,873.00849200000005,924.74704799999995,974.70159100000001,1028.6941589999999,1074.4576790000001,1122.0939719999999,1171.3873369999999]
[null,"MEL","VIC","Accelerated Transition",308.61309399999999,385.752453,493.01018699999997,597.88095399999997,711.33501000000001,865.29845799999998,986.59679600000004,1050.3127059999999,1128.029487,1219.610494,1332.5543889999999,1465.0295269999999,1582.6044589999999,1685.1759440000001,1840.50155,2044.334069,2256.5682299999999,2457.116407,2726.83619,3023.1274600000002,3280.7617449999998,3457.1376749999999,3673.0572200000001,3907.8600919999999,4140.6087180000004,4373.8504290000001,4624.030377,4838.1306370000002,5066.8793489999998,5290.9517130000004]
[null,"SEV","VIC","Accelerated Transition",25.034738000000001,44.082372999999997,70.394605999999996,96.599667999999994,124.65177,162.65547000000001,192.432683,208.39631199999999,227.58853300000001,250.19475499999999,277.83797099999998,310.748943,339.784334,365.09303799999998,403.18058500000001,453.72937000000002,506.10754600000001,555.60684900000001,621.88021500000002,695.29473199999995,758.88676199999998,802.40971300000001,855.37321799999995,913.65462200000002,971.09066800000005,1028.6507340000001,1090.010759,1143.2499769999999,1199.702777,1255.002872]
[null,"WNV","VIC","Accelerated Transition",622.46994400000005,719.82110599999999,856.28128900000002,987.11776299999997,1130.6715879999999,1326.363188,1480.0839639999999,1558.6842059999999,1657.4293829999999,1774.1099200000001,1920.45598,2090.1986419999998,2241.104836,2373.202507,2574.3082570000001,2835.90148,3108.7285390000002,3366.8122090000002,3715.389682,4095.5030459999998,4426.4948409999997,4653.0379949999997,4932.6010939999996,5233.3621389999998,5532.7884190000004,5832.8871060000001,6156.085752,6430.1344779999999,6724.4587309999997,7012.671413]
[null,"WEM","WEM","Accelerated Transition",139.36192199999999,155.95479599999999,173.08730499999999,189.186002,205.778876,222.202977,239.687432,256.51964400000003,274.07383900000002,291.98823399999998,312.43928299999999,331.95601299999998,355.25219800000002,383.84651500000001,416.42320799999999,445.49947100000003,476.70693,511.288206,549.87430600000005,585.06412799999998,621.83286999999996,658.74547199999995,697.43992000000003,732.06545500000004,768.812861,806.26676999999995,845.593525,879.04406100000006,916.00045499999999,953.03338699999995]

{"sheet":"ONSG","index":20,"n_rows":74,"n_cols":34,"rows_kept":74,"cut":false,"hidden":false,"merged":[]}
[null,"Go to Assumptions Summary"]
[null,"Other Non-Scheduled Generators (ONSG)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Note:","Further information is available at https://forecasting.aemo.com.au"]
[null,"Forecasts are based on Generators Information table April 2025."]
[null,"The Capacity values (MW) represent the installed capacity at the end of the financial year i.e. as at 30th June. "]
[]
[]
[]
[null,"Sub-Regional ONSG (Installed Capacity, MW)"]
[]
[null,"Subregion","Region","Scenario","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,"CNSW","NSW","Slower Growth",61.163898840000002,60.595188231599998,60.031831505085002,59.473587295272203,58.920598934520001,58.3726297757186,57.829821146734503,57.292030504607801,56.7591222550015,56.231232501162303,38.657493345235103,38.309742069163903,37.926644648472298,37.547378201987499,37.171904419967703,36.800185375768002,36.432183522010298,36.067861686790202,35.707183069922301,35.350111239223097,34.996610126830902,34.646644025562502,34.300177585306898,33.957175809453801,33.617604051359301,33.281428010845701,32.9486137307373,32.619127593429901,32.292936317495602,31.970006954320599]
[null,"NNSW","NSW","Slower Growth",116.27641872,115.1136594333,113.962526720163,112.82290625594101,111.694680997342,110.57773889476999,109.471965234083,108.377250195466,107.29348134758,106.220551056015,105.15834554545501,104.10676563554,103.06569797918399,102.035040999392,101.014690589398,100.004543683504,99.004498246669399,98.0144532642027,97.0343087315606,96.063965644245002,95.103325987802606,94.152292727924603,93.210769800645295,92.278662102638805,91.3558754816125,90.442316726796307,89.537893559528399,88.642514623933096,87.756089477693706,86.8785285829168]
[null,"SNSW","NSW","Slower Growth",63.81625536,63.201419186400003,62.592401080835998,61.989338294469597,61.391983375707603,60.800470769506198,60.214556010556599,59.634279499708903,59.059677501684703,58.490514581845602,57.905609436027099,57.3476493016137,56.774172808597498,56.206431080511599,55.644366769706501,55.087923102009398,54.537043870989301,53.991673432279399,53.451756697956597,52.917239130977002,52.388066739667302,51.864186072270599,51.345544211547903,50.832088769432403,50.3237678817381,49.8205302029207,49.322324900891502,48.829101651882603,48.340810635363802,47.857402529010102]
[null,"SNW","NSW","Slower Growth",135.50773401000001,134.5764479895,133.65023691600899,132.72909241918899,131.81300578861399,130.90196798140801,129.99596962976699,129.09500104836101,128.19905315513799,127.308113815292,126.035032677139,125.157951623358,123.90637210712499,122.667308386054,121.440635302193,120.226228949171,119.023966659679,117.833726993083,116.655389723152,115.48883582592001,114.33394746766101,113.190607992984,112.058701913055,110.93811489392399,109.828733744985,108.730446407535,107.64314194345999,106.566710524025,105.501043418785,104.446032984597]
[null,"CQ","QLD","Slower Growth",39.31255548,39.418940830499999,39.519266248142998,39.613644223946103,39.702181762618302,39.784988127574799,39.8621672149905,39.933825144589903,40.000062785358502,40.060983195179404,23.2787946107266,23.046006664619402,22.815546597973199,22.5873911319934,22.361517220673498,22.137902048466799,21.916523027982102,21.697357797702299,21.480384219725298,21.265580377528,21.052924573752701,20.842395328015201,20.633971374735001,20.4276316609877,20.223355344377801,20.021121790934,19.820910573024701,19.622701467294402,19.426474452621498,19.232209708095301]
[null,"GG","QLD","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"NQ","QLD","Slower Growth",129.14532675000001,129.764857761,130.359124371663,130.92848881930399,120.061588457347,120.69665738735399,121.307056062529,121.893140188673,122.45540755386099,122.994205891208,127.439955384824,122.042829107196,99.732845053161299,100.483229022655,101.20863202825301,101.90947779938,102.586186634824,103.239170345779,103.868834937683,104.475583138622,105.059809492048,105.621903760091,106.16224936821099,106.681226659469,109.11105197745199,109.645588013261,110.158522223156,110.650233190053,111.121094085389,111.571472739499]
[null,"SQ","QLD","Slower Growth",88.356971340000001,88.257002357700003,88.150155335055004,88.036659897659504,87.916579411896393,87.790136412025007,87.657391467465303,87.518560240688004,87.373704272126901,87.223027933431695,88.156082501571305,88.081235616847295,91.844311023003598,92.009352921780206,92.161908691420606,92.302213261833799,92.430495549969606,92.546981136502794,92.651894787918906,92.745455468193001,92.827878935654994,92.899380189851598,92.960168631070601,93.010449794089993,89.562944356345,89.5511981570899,89.530731349727105,89.501718758695802,89.464332599177993,89.418744730675101]
[null,"CSA","SA","Slower Growth",28.9377,28.648323000000001,28.36183977,28.0782213723,23.879361103979001,23.640567492939301,23.4041618180099,23.1701201998298,22.938418997831501,18.982979754434801,18.793149956890499,18.605218457321602,18.419166272748299,18.234974610020899,18.052624863920599,17.872098615281399,17.693377629128602,17.516443852837298,17.341279414309,17.167866620165899,16.996187953964199,16.8262260744246,16.657963813680301,16.491384175543502,16.326470333788102,16.1632056304502,16.001573574145699,15.841557838404199,15.683142260020199,15.526310837420001]
[null,"NSA","SA","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SESA","SA","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
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[null,"MEL","VIC","Slower Growth",38.757354569999997,38.643236765099999,38.527366451805001,38.410132694937303,38.291207335482099,38.170889139477701,38.049165895901297,37.9260498780909,37.801594004598897,37.6758310260606,37.5487503227356,37.420577494490097,37.291055293993097,37.160470960575303,37.028753727246098,36.895884120492397,36.762120760275899,36.627212060191098,36.491455030505897,36.354604014866602,36.216906461994398,36.078341829128703,35.938910925988402,35.798676520290897,33.456359350091802,33.336575420775702,33.215851444566198,33.094200743145997,32.971671931019003,32.848270220753101]
[null,"SEV","VIC","Slower Growth",35.541011879999999,35.185585099500003,34.833741862392003,34.485391956020003,34.140548497350302,33.799129831654703,13.8877699555528,13.7488857967844,13.6114015064028,13.475297439541601,13.340550732513901,13.2071372477249,13.075069385331799,12.9443152164952,12.814872924388601,12.6867207893136,12.559855267306901,12.434255045606299,12.3099133213189,12.186810916477899,12.0649444267689,11.944291775978799,11.824849651833301,11.7065987982806,11.5895374772259,11.473638252237899,11.358903394401,11.2453151151763,11.132867941401299,11.021540001687599]
[null,"WNV","VIC","Slower Growth",151.58439351000001,154.9351557567,158.203874339181,161.39156461490299,164.49984046400499,167.52976644861599,170.48259732622199,173.35964998295,176.16210327812101,178.89116430733401,163.82038956363601,166.58344022363499,167.432201984231,170.071615579048,172.64150800247,175.143074601439,177.57717207133001,179.94522015878499,182.248016554136,184.48691381234701,186.662737877414,188.77658554697001,190.82950348079001,192.82247282652801,194.756552726857,196.63261795904799,198.45168470663799,200.21471440467201,201.922622649662,203.57637196992101]
[null,"CNSW","NSW","Step Change",61.781716000000003,61.825516,61.869414999999996,61.913215000000001,61.957113999999997,62.000914000000002,62.044814000000002,62.088712999999998,62.132513000000003,62.176411999999999,43.176411999999999,43.220211999999997,43.220211999999997,43.220211999999997,43.220211999999997,43.220211999999997,43.220211999999997,43.220211999999997,43.220211999999997,43.220211999999997,43.220211999999997,43.220211999999997,43.220211999999997,43.220211999999997,43.220211999999997,43.220211999999997,43.220211999999997,43.220211999999997,43.220211999999997,43.220211999999997]
[null,"NNSW","NSW","Step Change",117.450928,117.45093300000001,117.450937,117.450942,117.450946,117.450951,117.45095499999999,117.45095999999999,117.450964,117.450969,117.450969,117.450973,117.450973,117.450973,117.450973,117.450973,117.450973,117.450973,117.450973,117.450973,117.450973,117.450973,117.450973,117.450973,117.450973,117.450973,117.450973,117.450973,117.450973,117.450973]
[null,"SNSW","NSW","Step Change",64.460864000000001,64.484663999999995,64.508364,64.532162999999997,64.555863000000002,64.579662999999996,64.603363000000002,64.627063000000007,64.650862000000004,64.674561999999995,64.674561999999995,64.698362000000003,64.698362000000003,64.698362000000003,64.698362000000003,64.698362000000003,64.698362000000003,64.698362000000003,64.698362000000003,64.698362000000003,64.698362000000003,64.698362000000003,64.698362000000003,64.698362000000003,64.698362000000003,64.698362000000003,64.698362000000003,64.698362000000003,64.698362000000003,64.698362000000003]
[null,"SNW","NSW","Step Change",136.876499,137.30889500000001,137.74129099999999,138.173687,138.60608300000001,139.038479,139.47087500000001,139.90327099999999,140.335668,140.76806400000001,140.76806400000001,141.20045999999999,141.20045999999999,141.20045999999999,141.20045999999999,141.20045999999999,141.20045999999999,141.20045999999999,141.20045999999999,141.20045999999999,141.20045999999999,141.20045999999999,141.20045999999999,141.20045999999999,141.20045999999999,141.20045999999999,141.20045999999999,141.20045999999999,141.20045999999999,141.20045999999999]
[null,"CQ","QLD","Step Change",39.709651999999998,40.219304999999999,40.728957000000001,41.238610000000001,41.748261999999997,42.257914999999997,42.767567,43.27722,43.786872000000002,44.296525000000003,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26]
[null,"GG","QLD","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"NQ","QLD","Step Change",130.449825,132.39961,134.34943699999999,136.29922199999999,126.249048,128.19883400000001,130.14866000000001,132.098446,134.048271,135.99805799999999,142.33721700000001,137.686047,113.652941,115.664706,117.67647100000001,119.68823500000001,121.7,123.711765,125.723529,127.735294,129.74705900000001,131.758824,133.770588,135.782353,140.27777800000001,142.38888900000001,144.5,146.61111099999999,148.72222199999999,150.83333300000001]
[null,"SQ","QLD","Step Change",89.249465999999998,90.048976999999994,90.848444999999998,91.647954999999996,92.447423000000001,93.246932999999999,94.046401000000003,94.845910000000003,95.645380000000003,96.444888000000006,98.461203999999995,99.371320999999995,104.663374,105.910557,107.15773900000001,108.404922,109.65210500000001,110.899287,112.14646999999999,113.393653,114.640835,115.888018,117.135201,118.38238200000001,115.145905,116.293741,117.44157800000001,118.589415,119.737251,120.885088]
[null,"CSA","SA","Step Change",29.23,29.23,29.23,29.23,25.110001,25.110001,25.110001,25.110001,25.110001,20.99,20.99,20.99,20.99,20.99,20.99,20.99,20.99,20.99,20.99,20.99,20.99,20.99,20.99,20.99,20.99,20.99,20.99,20.99,20.99,20.99]
[null,"NSA","SA","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SESA","SA","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"TAS","TAS","Step Change",107.360905,107.82180700000001,108.28270999999999,108.743605,109.204509,109.66541100000001,110.12631399999999,110.587217,111.048119,111.509022,111.969925,112.43082800000001,112.89173099999999,113.35263399999999,113.813537,114.274439,114.73533399999999,115.19623799999999,115.657141,116.118043,116.578946,117.039849,117.50075099999999,117.961654,118.422557,118.883461,119.344363,119.805266,120.266169,120.727063]
[null,"MEL","VIC","Step Change",39.148842999999999,39.427850999999997,39.706695000000003,39.985729999999997,40.264572000000001,40.543488000000004,40.822423000000001,41.101346999999997,41.380274,41.659196999999999,41.938060999999998,42.217075999999999,42.495911,42.774849000000003,43.053769000000003,43.332605999999998,43.611623000000002,43.890483000000003,44.169499999999999,44.448338,44.727257000000002,45.006194000000001,45.285111000000001,45.564048,43.012909000000001,43.291828000000002,43.57076,43.849682000000001,44.128618000000003,44.407535000000003]
[null,"SEV","VIC","Step Change",35.900011999999997,35.899994999999997,35.900008,35.899994999999997,35.900005999999998,35.899991999999997,14.899996,14.899989,14.899994,14.900005,14.900012,14.900003,14.900007,14.900003,14.900003999999999,14.9,14.900002000000001,14.9,14.900001,14.899997000000001,14.899998999999999,14.899995000000001,14.899996,14.899993,14.899998999999999,14.899994,14.899996,14.899997000000001,14.900005,14.900005999999999]
[null,"WNV","VIC","Step Change",153.11554899999999,158.08096699999999,163.04651899999999,168.01190399999999,172.97745699999999,177.94296199999999,182.90841699999999,187.87390600000001,192.839384,197.80485400000001,182.97039000000001,187.935789,190.801357,195.76683199999999,200.73231899999999,205.69789900000001,210.663273,215.62882300000001,220.594212,225.559786,230.525273,235.490746,240.45623599999999,245.42170999999999,250.38725199999999,255.35272800000001,260.31820199999999,265.28368599999999,270.24914899999999,275.21463999999997]
[null,"CNSW","NSW","Accelerated Transition",61.781716000000003,61.825516,61.869414999999996,61.913215000000001,61.957113999999997,62.000914000000002,62.044814000000002,62.088712999999998,62.132513000000003,62.176411999999999,43.176411999999999,43.220211999999997,43.220211999999997,43.220211999999997,43.220211999999997,43.220211999999997,43.220211999999997,43.220211999999997,43.220211999999997,43.220211999999997,43.220211999999997,43.220211999999997,43.220211999999997,43.220211999999997,43.220211999999997,43.220211999999997,43.220211999999997,43.220211999999997,43.220211999999997,43.220211999999997]
[null,"NNSW","NSW","Accelerated Transition",120.450928,123.45093300000001,126.450937,129.450942,132.45094599999999,135.450951,138.45095499999999,141.45096000000001,144.450964,147.45096899999999,150.45096899999999,153.450973,156.450973,159.450973,162.450973,165.450973,168.450973,171.450973,174.450973,177.450973,180.450973,183.450973,186.450973,189.450973,192.450973,195.450973,198.450973,201.450973,204.450973,207.450973]
[null,"SNSW","NSW","Accelerated Transition",64.460864000000001,64.484663999999995,64.508364,64.532162999999997,64.555863000000002,64.579662999999996,64.603363000000002,64.627063000000007,64.650862000000004,64.674561999999995,64.674561999999995,64.698362000000003,64.698362000000003,64.698362000000003,64.698362000000003,64.698362000000003,64.698362000000003,64.698362000000003,64.698362000000003,64.698362000000003,64.698362000000003,64.698362000000003,64.698362000000003,64.698362000000003,64.698362000000003,64.698362000000003,64.698362000000003,64.698362000000003,64.698362000000003,64.698362000000003]
[null,"SNW","NSW","Accelerated Transition",136.876499,137.30889500000001,137.74129099999999,138.173687,138.60608300000001,139.038479,139.47087500000001,139.90327099999999,140.335668,140.76806400000001,140.76806400000001,141.20045999999999,141.20045999999999,141.20045999999999,141.20045999999999,141.20045999999999,141.20045999999999,141.20045999999999,141.20045999999999,141.20045999999999,141.20045999999999,141.20045999999999,141.20045999999999,141.20045999999999,141.20045999999999,141.20045999999999,141.20045999999999,141.20045999999999,141.20045999999999,141.20045999999999]
[null,"CQ","QLD","Accelerated Transition",43.848748000000001,48.445681,52.993709000000003,57.496006999999999,61.954951999999999,66.373344000000003,70.753118999999998,75.096609000000001,79.405867999999998,85.570552000000006,71.150575000000003,74.991211000000007,78.798114999999996,82.572755999999998,86.316866000000005,90.032323000000005,93.719989999999996,97.381794999999997,101.018387,104.631497,108.22178700000001,111.79041100000001,115.338751,118.867042,122.376841,125.868251,129.342761,132.80036000000001,136.24217100000001,139.669004]
[null,"GG","QLD","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"NQ","QLD","Accelerated Transition",161.68709899999999,195.11701299999999,228.77531500000001,262.64806499999997,284.72311999999999,318.98850299999998,353.433941,388.04917899999998,422.82514600000002,446.81664000000001,486.013014,514.37239399999999,523.49498700000004,558.80010100000004,594.235907,629.79542400000003,665.47308399999997,701.26255800000001,737.15907500000003,773.15710899999999,809.25218199999995,845.439933,881.71571500000005,918.07629099999997,957.00092800000004,993.61888099999999,1030.3104559999999,1067.0732889999999,1103.9039419999999,1140.799681]
[null,"SQ","QLD","Accelerated Transition",93.873097000000001,99.105197000000004,104.157815,109.041714,113.766661,118.341835,122.77556800000001,127.075789,131.24950899999999,137.35227900000001,142.63483199999999,146.69376299999999,155.023213,159.202405,163.28143800000001,167.265411,171.159031,174.96669800000001,178.69253599999999,182.340341,185.91392400000001,189.41649799999999,192.85132300000001,196.22140300000001,195.04591400000001,198.19549799999999,201.28836000000001,204.326877,207.31335899999999,210.24973600000001]
[null,"CSA","SA","Accelerated Transition",29.23,29.23,29.23,29.23,25.110001,25.110001,25.110001,25.110001,25.110001,20.99,20.99,20.99,20.99,20.99,20.99,20.99,20.99,20.99,20.99,20.99,20.99,20.99,20.99,20.99,20.99,20.99,20.99,20.99,20.99,20.99]
[null,"NSA","SA","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SESA","SA","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"TAS","TAS","Accelerated Transition",107.360905,107.82180700000001,108.28270999999999,108.743605,109.204509,109.66541100000001,110.12631399999999,110.587217,111.048119,111.509022,111.969925,112.43082800000001,112.89173099999999,113.35263399999999,113.813537,114.274439,114.73533399999999,115.19623799999999,115.657141,116.118043,116.578946,117.039849,117.50075099999999,117.961654,118.422557,118.883461,119.344363,119.805266,120.266169,120.727063]
[null,"MEL","VIC","Accelerated Transition",39.148842999999999,39.427850999999997,39.706695000000003,39.985729999999997,40.264572000000001,40.543488000000004,40.822423000000001,41.101346999999997,41.380274,41.659196999999999,41.938060999999998,42.217075999999999,42.495911,42.774849000000003,43.053769000000003,43.332605999999998,43.611623000000002,43.890483000000003,44.169499999999999,44.448338,44.727257000000002,45.006194000000001,45.285111000000001,45.564048,43.012909000000001,43.291828000000002,43.57076,43.849682000000001,44.128618000000003,44.407535000000003]
[null,"SEV","VIC","Accelerated Transition",37.281298999999997,38.662694999999999,40.043995000000002,41.425294999999998,42.806694,44.187992000000001,24.569292999999998,25.950589999999998,27.331990000000001,28.713305999999999,30.094608000000001,31.476004,32.857303999999999,34.238604000000002,35.620001000000002,37.001300999999998,38.382599999999996,39.764001999999998,41.145299000000001,42.526598999999997,43.907997000000002,45.289296999999998,46.670594000000001,48.051895000000002,49.433297000000003,50.814596000000002,52.195895,53.577292999999997,54.958604000000001,56.339903]
[null,"WNV","VIC","Accelerated Transition",152.17501300000001,156.19976700000001,160.224782,164.249605,168.274519,172.299463,176.324386,180.349321,184.37415300000001,188.399069,172.62405999999999,176.64880500000001,178.57382699999999,182.598748,186.62358900000001,190.64861500000001,194.67345800000001,198.69835399999999,202.723197,206.74821700000001,210.77305799999999,214.797978,218.82292100000001,222.84784200000001,226.872737,230.89767499999999,234.92260200000001,238.947439,242.97234900000001,246.99729300000001]
[]
[null,"Regional ONSG (Installed Capacity, MW)"]
[]
[null,"Region","Scenario","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
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[null,"QLD","Slower Growth",256.81485374450699,257.44079952678698,258.02854490804702,258.57879130172898,247.680349314246,248.27178008019499,248.826614195894,249.34552445127099,249.82917384012001,250.27821568874799,238.87483155915899,233.17007079020101,214.39270240848199,215.07997226823599,215.73205746055399,216.349592951799,216.93320452747301,217.48350891233801,218.00111388905299,218.486618415343,218.94061273971701,219.36367851576301,219.75638891501401,220.11930798914699,218.897351065897,219.21790764192201,219.510164078347,219.774652875523,220.01190088034801,220.22242645978801]
[null,"SA","Slower Growth",28.937699782848401,28.6483227850199,28.361839557169699,28.078221161598002,23.879360960161002,23.640567350559301,23.4041616770538,23.1701200602832,22.9384188596804,18.982979763059699,18.793149965429102,18.605218465774801,18.419166281117,18.234974618305898,18.052624872122799,17.872098623401602,17.6933776371676,17.516443860795899,17.341279422187899,17.167866627965999,16.996187961686399,16.8262260820695,16.657963821248799,16.491384183036299,16.326470341206001,16.163205637793901,16.001573581416,15.8415578456018,15.683142267145801,15.526310844474301]
[null,"TAS","Slower Growth",106.28729529261599,105.67615330070301,105.06660530342999,104.45867332200601,103.852400575159,103.24780752815001,102.644920990912,102.043767403667,101.444372396067,100.84676101969001,100.250957326868,99.656985031800701,99.064867086901799,98.474625905960394,97.886282959402195,97.299859409184407,96.715369270528996,96.132845415022203,95.552300401211596,94.973753003135698,94.397221322981096,93.822722996691198,93.250274820188494,92.679893334916301,92.111594451867504,91.545393648942394,90.981305611752305,90.4193447959412,89.859525065885094,89.301854240663602]
[null,"VIC","Slower Growth",225.88276152849201,228.76397808837899,231.564981809578,234.28708905854401,236.931596303948,239.49978604233601,222.41953229808999,225.034586753078,227.57509773013601,230.04229330400599,214.70968942460101,217.21115613580301,217.79832806079301,220.17640196988501,222.48513497809699,224.725680152021,226.89914822331701,229.006687496768,231.04938567598001,233.02832922285901,234.94458780190701,236.79921952319299,238.59326415127401,240.327747964841,239.802448387965,241.442831587412,243.02643923748499,244.55423045139801,246.02716319710899,247.44618186485999]
[null,"NSW","Step Change",380.57000732421898,381.07000732421898,381.57000732421898,382.07000732421898,382.57000732421898,383.07000732421898,383.57000732421898,384.07000732421898,384.57000732421898,385.07000732421898,366.07000732421898,366.57000732421898,366.57000732421898,366.57000732421898,366.57000732421898,366.57000732421898,366.57000732421898,366.57000732421898,366.57000732421898,366.57000732421898,366.57000732421898,366.57000732421898,366.57000732421898,366.57000732421898,366.57000732421898,366.57000732421898,366.57000732421898,366.57000732421898,366.57000732421898,366.57000732421898]
[null,"QLD","Step Change",259.40894317626999,262.667890548706,265.92683792114298,269.18578529357899,260.44473266601602,263.70368003845198,266.96262741088901,270.22157478332502,273.480522155762,276.73946952819801,266.79841995239298,263.05736732482899,244.31631469726599,247.57526206970201,250.83420944213901,254.093156814575,257.352104187012,260.61105155944801,263.86999893188499,267.128946304321,270.38789367675798,273.64684104919399,276.90578842163097,280.16473484039301,281.42368221282999,284.682629585266,287.94157791137701,291.20052528381302,294.45947265625,297.71842002868698]
[null,"SA","Step Change",29.2299997806549,29.2299997806549,29.2299997806549,29.2299997806549,25.110000848770099,25.110000848770099,25.110000848770099,25.110000848770099,25.110000848770099,20.990000009536701,20.990000009536701,20.990000009536701,20.990000009536701,20.990000009536701,20.990000009536701,20.990000009536701,20.990000009536701,20.990000009536701,20.990000009536701,20.990000009536701,20.990000009536701,20.990000009536701,20.990000009536701,20.990000009536701,20.990000009536701,20.990000009536701,20.990000009536701,20.990000009536701,20.990000009536701,20.990000009536701]
[null,"TAS","Step Change",107.360904335976,107.821807265282,108.28271007537801,108.743605256081,109.204508066177,109.665410995483,110.12631380558,110.58721661567699,111.048119425774,111.50902235508001,111.96992516517599,112.430827975273,112.89173078537,113.352633714676,113.813536524773,114.274439334869,114.73533451557201,115.19623744487799,115.657140254974,116.11804306507101,116.578945875168,117.039848804474,117.500751614571,117.961654424667,118.422557234764,118.88346016407,119.344362974167,119.80526578426399,120.26616859436,120.72706389427201]
[null,"VIC","Step Change",228.16440558433499,233.40881347656199,238.65322113037101,243.89762878418,249.14203500747701,254.386442661285,238.63083505630499,243.875243186951,249.11965084075899,254.36405658721901,239.80846166610701,245.052869319916,248.19727659225501,253.44168424606301,258.68609237670898,263.93050575256302,269.17489814758301,274.41930627822899,279.66371393203701,284.908121585846,290.15252780914301,295.396935462952,300.64134311676003,305.88575077056902,308.30015850067099,313.544549942017,318.78895759582502,324.03336524963402,329.27777290344198,334.52218055725098]
[null,"NSW","Accelerated Transition",387.07000732421898,394.07000732421898,401.07000732421898,408.07000732421898,415.07000732421898,422.07000732421898,429.07000732421898,436.07000732421898,443.07000732421898,450.07000732421898,437.57000732421898,444.57000732421898,451.07000732421898,457.57000732421898,464.07000732421898,470.57000732421898,477.07000732421898,483.57000732421898,490.07000732421898,496.57000732421898,503.07000732421898,509.57000732421898,516.07000732421898,522.57000732421898,529.07000732421898,535.57000732421898,542.07000732421898,548.57000732421898,555.07000732421898,561.57000732421898]
[null,"QLD","Accelerated Transition",299.40894317626999,342.667890548706,385.92683792114298,429.18578529357899,460.44473266601602,503.70368003845198,546.96262741088901,590.22157478332497,633.48052215576195,669.73946952819801,699.79841995239303,736.05736732482899,757.31631469726597,800.57526206970203,843.83420944213901,887.09315681457497,930.35210418701195,973.61105155944801,1016.86999893188,1060.1289463043199,1103.3878936767601,1146.64684104919,1189.9057884216299,1233.1647348403901,1274.42368221283,1317.68262958527,1360.9415779113799,1404.2005252838101,1447.45947265625,1490.7184200286899]
[null,"SA","Accelerated Transition",32.2299997806549,35.2299997806549,38.2299997806549,41.2299997806549,40.110000848770099,43.110000848770099,46.110000848770099,49.110000848770099,52.110000848770099,50.990000009536701,53.990000009536701,56.990000009536701,59.990000009536701,62.990000009536701,65.990000009536701,68.990000009536701,71.990000009536701,74.990000009536701,77.990000009536701,80.990000009536701,83.990000009536701,86.990000009536701,89.990000009536701,92.990000009536701,95.990000009536701,98.990000009536701,101.990000009537,104.990000009537,107.990000009537,110.990000009537]
[null,"TAS","Accelerated Transition",107.360904335976,107.821807265282,108.28271007537801,108.743605256081,109.204508066177,109.665410995483,110.12631380558,110.58721661567699,111.048119425774,111.50902235508001,111.96992516517599,112.430827975273,112.89173078537,113.352633714676,113.813536524773,114.274439334869,114.73533451557201,115.19623744487799,115.657140254974,116.11804306507101,116.578945875168,117.039848804474,117.500751614571,117.961654424667,118.422557234764,118.88346016407,119.344362974167,119.80526578426399,120.26616859436,120.72706389427201]
[null,"VIC","Accelerated Transition",231.60515570640601,240.29031372070301,248.975471496582,257.66062927246099,266.34578561782803,275.03094339370699,262.71610116958601,271.40125942230202,280.08641719818098,288.77157306671103,277.65672826767002,286.34188604354898,292.92704343795799,301.61220121383701,310.29735946655302,318.98252296447799,327.66768074035599,336.35283899307302,345.03799676895102,353.72315454482998,362.40831089019798,371.093468666077,379.77862644195602,388.46378421783402,394.31894207000698,403.00409889221203,411.68925666809099,420.37441444397001,429.05957221984897,437.74472999572799]

{"sheet":"Battery & Plug-in EVs","index":21,"n_rows":115,"n_cols":34,"rows_kept":115,"cut":false,"hidden":false,"merged":[]}
[null,"Go to Assumptions Summary"]
[null,"Distributed Energy Resources: Battery Electric Vehicles (BEVs) and Plug-in Hybrid Electric Vehicles (PHEVs)",null,null,null,null,null,null,null,null,null,"Note:","Further information is available at https://forecasting.aemo.com.au"]
[null,"The forecast is based on 2025 CSIRO trajectories developed for AEMO based on actuals from FCAI, EVC, EV index (Australian Automobile Association). Impacts from NVES incorporated and charge profiles updated based on Australian trial data"]
[null,"More detail is provided at https://aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/AEMO-2025-IASR-EV-workbook"]
[]
[]
[null,"Consultant forecast mapping"]
[null,null,{"$f":"Scenarios!$C$5","v":"Slower Growth"},{"$f":"Scenarios!$D$5","v":"Step Change"},{"$f":"Scenarios!$E$5","v":"Accelerated Transition"}]
[null,"Consultant's scenario name","Progressive Change","Step Change","Green Energy Exports"]
[]
[null,"Aggregated BEV and PHEV (Energy, GWh)"]
[null,"Amount of energy consumed by these electric vehicles"]
[]
[null,"Region","Subregion","Scenario","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
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[null,"NSW","NNSW","Slower Growth",20.315869703400001,34.553621781499999,55.416651454300002,80.422637022999993,109.88303732599999,146.7587884406,192.94009147790001,244.8490518495,303.3980343568,368.67269838499999,443.63580743149998,522.59089394140005,609.29398216610002,702.27030875200001,803.36570131240001,914.23185211140003,1037.3084797791,1160.7907766071,1287.4663305904,1407.512230867,1531.1945018632,1659.9433450233,1794.3236795662001,1914.4503892027999,2038.7729875913001,2162.3424689902999,2292.4037533310998,2408.2232918946002,2531.0355192792999,2653.7398920748001]
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[]
[null,"Aggregated BEV and PHEV (Uptake, Number of vehicles)"]
[null,"Number of BEVs and PHEVs in use."]
[]
[null,"Region","Subregion","Scenario","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
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[null,"NSW","NNSW","Step Change",12842.288,22030.192999999999,34629.307000000001,49276.428,66840.584000000003,86632.782000000007,107672.018,130088.61199999999,153905.995,179353.269,216058.75200000001,252845.307,289684.96799999999,326558.60700000002,363453.06099999999,400322.90899999999,437173.158,474006.83500000002,510826.05599999998,547632.54,584427.34600000002,623779.18900000001,661118.76399999997,698265.15599999996,735227.33900000004,772024.46900000004,808650.63100000005,845277.32299999997,881903.42200000002,918528.35800000001]
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{"sheet":"Fuel cell EVs","index":22,"n_rows":62,"n_cols":34,"rows_kept":62,"cut":false,"hidden":false,"merged":[]}
[null,"Go to Assumptions Summary"]
[null,"Distributed Energy Resources: Fuel Cell Electric Vehicles (FCEVs)",null,null,null,null,null,null,null,null,null,"Note:","Further information is available at https://forecasting.aemo.com.au"]
[null,"These forecasts are 2025 CSIRO trajectories developed for AEMO."]
[null,"More detail is provided at https://aemo.com.au/-/media/files/stakeholder_consultation/consultations/nem-consultations/2024/2025-iasr-scenarios/final-docs/AEMO-2025-IASR-EV-workbook"]
[]
[]
[null,"Consultant forecast mapping"]
[null,null,{"$f":"Scenarios!$C$5","v":"Slower Growth"},{"$f":"Scenarios!$D$5","v":"Step Change"},{"$f":"Scenarios!$E$5","v":"Accelerated Transition"}]
[null,"Consultant's scenario name","Progressive Change","Step Change","Green Energy Exports"]
[]
[null,"FCEV (Uptake, Number of vehicles)"]
[null,"Number of FCEVs in use."," "," "]
[]
[null,"Region","Subregion","Scenario","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
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{"sheet":"EV V2G","index":23,"n_rows":115,"n_cols":34,"rows_kept":115,"cut":false,"hidden":false,"merged":[]}
[null,"Go to Assumptions Summary"]
[null,"Distributed Energy Resources: Vehicle to Grid battery characteristics",null,null,null,null,null,null,null,null,null,"Note:","Further information is available at https://forecasting.aemo.com.au"]
[null,"Vehicle to Grid data represents the use of EV batteries to store energy which can be called on by a retailer or aggregator to supply back into the grid."]
[null,"This data is used within the Plexos model in addition to the capacities listed in the 'Aggregated energy storages' tab."]
[null,"These forecasts are 2025 CSIRO trajectories developed for AEMO."]
[]
[]
[null,"Consultant forecast mapping"]
[null,null,"Slower Growth","Step Change","Accelerated Transition"]
[null,"Consultant's scenario name","Progressive Change","Step Change","Green Energy Exports"]
[]
[null,"Capacity"]
[null,"Total capacity of all batteries assumed to be participating in V2G (MW)"]
[null,"Subregion","Region","Scenario","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
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[null,"NSA","SA","Step Change",0,0,0,0,0,0.1743849677,0.42662416780000001,0.75622138780000003,1.1639132371000001,1.6515006053000001,2.3050782390000002,3.0720531121999999,3.9551122107999999,4.9571362554,6.0812054619999998,7.3306581265000004,8.7091105629999994,10.2204937772,11.869087926400001,13.6595614659,15.597011758400001,17.697879094299999,19.960158853500001,22.389942614500001,24.993929465699999,26.164194709899999,27.334459899199999,28.5047251194,29.674990345800001,30.845255558400002]
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[null,"TAS","TAS","Step Change",0,0,0,0,0,0.75900744899999995,1.863055554,3.3252211883,5.1653274068000004,7.4084898397999996,11.3646716317,16.182387887499999,21.8801827126,28.478252674699998,35.998607393900002,44.465247090799998,53.904359112500003,64.344535723099995,75.817015767300006,88.355953176,101.99871571600001,116.7862178686,132.76329231400001,149.97910515609999,168.48762082729999,177.49853964440001,186.50945846179999,195.520377279,204.53129609620001,213.5422149135]
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[null,"WNV","VIC","Step Change",0,0,0,0,0,2.7532243447,6.7545391854999997,12.0251821132,18.6017475234,26.5339014479,36.883519940399999,49.005775636999999,62.943515615099997,78.742388560999999,96.4510600184,116.1215625745,137.81031915,161.5787062352,187.4935968298,215.62797139610001,246.0615532633,279.05333042529998,314.57117383159999,352.70880065360001,393.56979658170002,411.81188480460003,430.05397296490003,448.29606111790002,466.53814931940002,484.78023748449999]
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[]
[null,"Depth"]
[null,"Max available energy storage for charge / discharge (MWh)"]
[]
[null,"Subregion","Region","Scenario","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
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[null,"SESA","SA","Accelerated Transition",0,0,0.37637538549999999,1.4022310963,3.1805182447,5.7237737494000003,9.0849497502999998,13.3017498904,19.743062377600001,27.433814164600001,36.376149003000002,46.571568029200002,58.021151353699999,70.7256563997,84.6855776556,99.9012320458,116.37280264029999,134.1003532515,153.08384528030001,173.32317280149999,194.81816191070001,217.700394579,241.8692480611,267.31590013329998,294.03148156890001,295.99332062349998,297.97187202049997,299.96740530049999,301.9718321451,304.01178363550002]
[null,"TAS","TAS","Accelerated Transition",0,0,2.2648295901000002,7.8933072138,17.077827011899998,29.997583585299999,47.0224170388,68.437829106400002,109.70634970739999,159.70933113340001,218.44677338459999,285.9186764607,362.12504036180002,447.06586508790002,540.74115063930003,643.15089701559998,754.29510421689997,874.17377224330005,1002.7869010946,1140.1344907709999,1286.2165412725999,1441.0330525991001,1604.5840247507001,1776.8694577274,1957.8893515289999,1965.8823553458999,1973.9954760447999,1982.2327595506999,1990.4715879224,1998.7113842650999]
[null,"MEL","VIC","Accelerated Transition",0,0,42.7584556642,151.9937074003,333.6402946517,584.57058552260003,907.13256887679995,1302.8538675385,1849.2537275016,2490.2368585477002,3225.7758352552,4055.8516975166999,4980.4510225198001,5999.5646364677996,7113.1867209533002,8321.3137169307993,9623.9437174845007,11021.076292441699,12512.7122048971,14098.8530190531,15779.501115982701,17552.920600091002,19420.448361704501,21382.2105440337,23438.3308637175,23701.309469147101,23967.057767245398,24235.605857111299,24510.853657911699,24789.267403188602]
[null,"SEV","VIC","Accelerated Transition",0,0,2.1636986404999998,8.0070180604000001,18.101469278300002,32.369252285499996,50.996672319799998,74.107097503700004,106.31673443539999,144.33516989540001,188.16949930230001,237.8246291424,293.3040324813,354.6100831681,421.74428561349998,494.70756150760002,573.50040274870003,658.1229199544,748.57491532350002,844.85598401790003,946.96550786260002,1055.3529679763999,1169.6722713700001,1289.8907334702001,1415.9762988253999,1432.1269708125001,1448.4482806865001,1464.9420942514,1481.8442323434001,1498.9410221241999]
[null,"WNV","VIC","Accelerated Transition",0,0,6.5537626669,24.206332763700001,54.6487143003,97.631103271200004,153.70588479009999,223.23778375820001,320.09558029179999,434.38952009280001,566.13993316409994,715.36087312689995,882.06228972789995,1066.2509829148,1267.9312666843,1487.1057783916999,1723.7759330549,1977.9420502283999,2249.6035646189998,2538.7593168627,2845.4075440606998,3170.83466069,3514.0498694128,3874.9597115919,4253.4725260401001,4301.9464551194997,4350.9322405817002,4400.4354728046001,4451.1659138451996,4502.4804582452998]
[null,"WEM","WEM","Accelerated Transition",0,0,16.268866397,56.849112990899997,123.3462909357,217.80172637499999,343.40511561239998,502.90654209680002,759.63015623629997,1066.6487664133999,1423.9623726282,1831.5709748806,2289.4745731706998,2797.6731674984999,3356.1667578641,3964.9553442672,4624.0389267078999,5333.4175051865004,6093.0910797027,6903.0596502565004,7763.3232168479999,8673.8817794773004,9634.7353381442008,10645.8838928487,11707.327443591001,11807.4877008369,11910.4472123706,12014.1209633079,12118.509398136301,12223.6134683008]

{"sheet":"DSP","index":24,"n_rows":164,"n_cols":35,"rows_kept":164,"cut":false,"hidden":false,"merged":[[1,1,1,7],[2,1,2,14],[3,1,3,14],[4,1,4,14]]}
[null,"Go to Assumptions Summary"]
[null,"Demand Side Participation (MW)",null,null,null,null,null,null,null,null,null,null,null,null,null,"See AEMO’s reserve level declaration guidelines for more detail about LOR2 and LOR3.  "]
[null,"Expected voluntary consumer demand management representing the most likely amount of operational demand reduction, in MW, as a result of DSP, including wholesale demand response (WDR). The Reliability Response value reflects responses to both price and network reliability programs combined, as expected during actual LOR2 or LOR3 events. Forecast maximum demand is 'gross' of this demand response.",null,null,null,null,null,null,null,null,null,null,null,null,null,"https://www.aemo.com.au/-/media/files/electricity/nem/security_and_reliability/power_system_ops/ reserve-level-declaration-guidelines.pdf"]
[null,"For example, users assessing forecast DSP demand reductions for Accelerated Transition in Tasmania, summer, 2025-26 would find no response for prices between $300/MWh $500/MWh, a reduction of 5 MW forecast when prices are between $500/MWh and $7500/MWh and a total reduction of 5 MW for prices above $7500/MWh. In case of a reliability event, the combined response would be 4 MW. In other regions such as Queensland, reliability events would push the response further up than the price triggers due to programs such as network events and other adjustments that are not captured in price based DSP responses."]
[null,"The NSW Peak Demand Reduction Scheme (PDRS) is no longer considered in AEMO’s DSP forecast. While initially designed to incentivise summer peak demand reduction through targeted appliance upgrades, recent changes to the scheme have shifted its focus toward long-term efficiency improvements and battery storage uptake. These measures provide passive or distributed benefits over time rather than dispatchable, event-driven demand response. As a result, the PDRS no longer delivers coordinated peak reduction aligned with AEMO’s reliability or price-responsive DSP triggers. Accordingly, it has been excluded from the summer DSP forecast assumptions. Its impact is instead captured within the underlying demand forecast."]
[]
[null,"Summer"]
[]
[null,"Region","Price band","Scenario","Season","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,"NSW","$300-$500","Slower Growth","Summer",1,1,1,0.93,0.94,0.96,0.99,1.01,1.02,1.03,1.05,1.06,1.08,1.0900000000000001,1.1100000000000001,1.1200000000000001,1.1299999999999999,1.1399999999999999,1.1599999999999999,1.18,1.19,1.21,1.22,1.24,1.24,1.26,1.28,1.3,1.31,1.33]
[null,"NSW","$500-$7500","Slower Growth","Summer",20.97,21,21.03,19.52,19.78,20.23,20.8,21.15,21.37,21.62,21.98,22.33,22.7,22.95,23.21,23.43,23.6,23.91,24.3,24.67,25.03,25.31,25.61,25.9,26.09,26.46,26.89,27.2,27.44,27.79]
[null,"NSW","$7500+","Slower Growth","Summer",107.74,107.9,108.06,100.31,101.64,103.94,106.87,108.67,109.81,111.1,112.95,114.74,116.64,117.93,119.26,120.39,121.26,122.85,124.83,126.75,128.58000000000001,130.04,131.58000000000001,133.07,134.05000000000001,135.96,138.13999999999999,139.72999999999999,140.99,142.78]
[null,"NSW","Reliability Response","Slower Growth","Summer",349.74,350.26,350.78,325.61,329.93,337.41,346.91,352.74,356.46,360.66,366.64,372.46,378.64,382.8,387.13,390.8,393.61,398.78,405.21,411.45,417.38,422.12,427.12,431.96,435.14,441.35,448.42,453.6,457.66,463.47]
[null,"NSW","Reliability Response in % of Peak Demand*","Slower Growth","Summer",2.52,2.52,2.52,2.52,2.52,2.52,2.52,2.52,2.52,2.52,2.52,2.52,2.52,2.52,2.52,2.52,2.52,2.52,2.52,2.52,2.52,2.52,2.52,2.52,2.52,2.52,2.52,2.52,2.52,2.52]
[null,"QLD","$300-$500","Slower Growth","Summer",29.75,29.89,29.93,30.01,27.93,28.39,28.92,29.31,29.63,30.09,30.56,31.26,31.93,32.409999999999997,33,33.369999999999997,33.75,34.15,34.64,35.130000000000003,35.520000000000003,36.04,36.4,36.97,37.450000000000003,37.9,38.24,38.47,38.770000000000003,39.04]
[null,"QLD","$500-$7500","Slower Growth","Summer",70.260000000000005,70.59,70.7,70.88,65.97,67.040000000000006,68.3,69.23,69.98,71.06,72.16,73.819999999999993,75.42,76.55,77.94,78.8,79.7,80.66,81.81,82.97,83.9,85.12,85.96,87.32,88.45,89.5,90.31,90.85,91.57,92.19]
[null,"QLD","$7500+","Slower Growth","Summer",143.58000000000001,144.26,144.47,144.84,134.81,136.99,139.58000000000001,141.47,143,145.21,147.47,150.85,154.12,156.44,159.27000000000001,161.03,162.87,164.84,167.17,169.56,171.45,173.95,175.66,178.45,180.75,182.9,184.56,185.67,187.12,188.39]
[null,"QLD","Reliability Response","Slower Growth","Summer",186.58,187.46,187.74,188.23,175.18,178.02,181.38,183.84,185.83,188.7,191.64,196.04,200.27,203.29,206.98,209.26,211.66,214.21,217.24,220.35,222.8,226.05,228.28,231.89,234.88,237.68,239.84,241.27,243.17,244.82]
[null,"QLD","Reliability Response in % of Peak Demand*","Slower Growth","Summer",1.69,1.69,1.69,1.69,1.69,1.69,1.69,1.69,1.69,1.69,1.69,1.69,1.69,1.69,1.69,1.69,1.69,1.69,1.69,1.69,1.69,1.69,1.69,1.69,1.69,1.69,1.69,1.69,1.69,1.69]
[null,"SA","$300-$500","Slower Growth","Summer",26.18,26.4,26.45,26.21,26.34,26.87,27.23,27.66,27.71,27.8,27.86,28.08,28.32,28.52,28.75,28.83,29.21,29.47,29.9,30.4,30.74,31.04,31.5,32.04,32.520000000000003,32.92,33.18,33.44,33.61,33.880000000000003]
[null,"SA","$500-$7500","Slower Growth","Summer",45.59,45.97,46.07,45.65,45.87,46.78,47.43,48.16,48.26,48.42,48.51,48.9,49.31,49.66,50.06,50.2,50.86,51.32,52.07,52.95,53.53,54.06,54.85,55.8,56.63,57.33,57.78,58.24,58.53,59]
[null,"SA","$7500+","Slower Growth","Summer",45.59,45.97,46.07,45.65,45.87,46.78,47.43,48.16,48.26,48.42,48.51,48.9,49.31,49.66,50.06,50.2,50.86,51.32,52.07,52.95,53.53,54.06,54.85,55.8,56.63,57.33,57.78,58.24,58.53,59]
[null,"SA","Reliability Response","Slower Growth","Summer",45.59,45.97,46.06,45.65,45.86,46.78,47.43,48.16,48.25,48.42,48.51,48.9,49.31,49.66,50.06,50.2,50.86,51.32,52.07,52.95,53.53,54.06,54.85,55.8,56.63,57.33,57.77,58.24,58.53,59]
[null,"SA","Reliability Response in % of Peak Demand*","Slower Growth","Summer",1.3,1.3,1.3,1.3,1.3,1.3,1.3,1.3,1.3,1.3,1.3,1.3,1.3,1.3,1.3,1.3,1.3,1.3,1.3,1.3,1.3,1.3,1.3,1.3,1.3,1.3,1.3,1.3,1.3,1.3]
[null,"TAS","$300-$500","Slower Growth","Summer",0.48,0.39,0.38,0.38,0.39,0.39,0.39,0.39,0.39,0.4,0.4,0.4,0.4,0.4,0.4,0.4,0.4,0.4,0.41,0.41,0.41,0.42,0.42,0.42,0.42,0.43,0.43,0.43,0.43,0.43]
[null,"TAS","$500-$7500","Slower Growth","Summer",5.07,4.08,4.03,4.03,4.07,4.1100000000000003,4.16,4.17,4.17,4.18,4.18,4.21,4.22,4.21,4.21,4.2300000000000004,4.24,4.2699999999999996,4.3,4.33,4.37,4.42,4.45,4.49,4.49,4.49,4.5,4.5199999999999996,4.57,4.58]
[null,"TAS","$7500+","Slower Growth","Summer",5.07,4.08,4.03,4.03,4.07,4.1100000000000003,4.16,4.17,4.17,4.18,4.18,4.21,4.22,4.21,4.21,4.2300000000000004,4.24,4.2699999999999996,4.3,4.33,4.37,4.42,4.45,4.49,4.49,4.49,4.5,4.5199999999999996,4.57,4.58]
[null,"TAS","Reliability Response","Slower Growth","Summer",5.07,4.08,4.03,4.03,4.07,4.1100000000000003,4.16,4.17,4.17,4.18,4.18,4.21,4.22,4.21,4.21,4.2300000000000004,4.24,4.2699999999999996,4.3,4.33,4.37,4.42,4.45,4.49,4.49,4.49,4.5,4.5199999999999996,4.57,4.58]
[null,"TAS","Reliability Response in % of Peak Demand*","Slower Growth","Summer",0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45]
[null,"VIC","$300-$500","Slower Growth","Summer",1,1,1,0.98,0.99,1,1.02,1.03,1.03,1.03,1.02,1.04,1.06,1.08,1.0900000000000001,1.0900000000000001,1.0900000000000001,1.1000000000000001,1.1100000000000001,1.1200000000000001,1.1399999999999999,1.1599999999999999,1.17,1.18,1.19,1.19,1.2,1.21,1.22,1.23]
[null,"VIC","$500-$7500","Slower Growth","Summer",3,3.01,3,2.95,2.97,3,3.05,3.09,3.08,3.1,3.06,3.11,3.18,3.24,3.26,3.28,3.28,3.29,3.32,3.36,3.42,3.47,3.5,3.53,3.57,3.58,3.6,3.63,3.65,3.68]
[null,"VIC","$7500+","Slower Growth","Summer",189.08,189.63,189.16,185.75,187.12,189.04,191.92,194.88,194.33,195.3,193.03,196.26,200.71,204.05,205.65,206.52,206.44,207.27,209.29,211.83,215.31,218.51,220.58,222.56,224.75,225.5,226.84,228.86,230.28,232.23]
[null,"VIC","Reliability Response","Slower Growth","Summer",383.08,384.2,383.24,376.35,379.11,382.99,388.84,394.83,393.71,395.69,391.09,397.64,406.65,413.4,416.66,418.43,418.26,419.94,424.03,429.18,436.22,442.7,446.9,450.91,455.35,456.86,459.58,463.68,466.56,470.5]
[null,"VIC","Reliability Response in % of Peak Demand*","Slower Growth","Summer",3.75,3.75,3.75,3.75,3.75,3.75,3.75,3.75,3.75,3.75,3.75,3.75,3.75,3.75,3.75,3.75,3.75,3.75,3.75,3.75,3.75,3.75,3.75,3.75,3.75,3.75,3.75,3.75,3.75,3.75]
[null,"NSW","$300-$500","Step Change","Summer",1,1.04,1.0900000000000001,1.1399999999999999,1.19,1.25,1.33,1.38,1.44,1.5,1.56,1.63,1.7,1.76,1.81,1.86,1.91,1.95,2,2.0499999999999998,2.1,2.15,2.19,2.2400000000000002,2.2799999999999998,2.2999999999999998,2.33,2.34,2.35,2.37]
[null,"NSW","$500-$7500","Step Change","Summer",20.97,21.84,22.84,23.84,24.95,26.29,27.79,29.04,30.22,31.4,32.78,34.159999999999997,35.590000000000003,36.83,37.92,39.01,40.01,40.97,41.96,42.99,44.03,45.07,46.02,47.02,47.79,48.27,48.79,49.11,49.29,49.73]
[null,"NSW","$7500+","Step Change","Summer",107.74,112.21,117.33,122.46,128.19,135.08000000000001,142.76,149.19999999999999,155.28,161.35,168.43,175.49,182.85,189.21,194.81,200.44,205.56,210.51,215.56,220.87,226.24,231.56,236.46,241.59,245.52,247.98,250.66,252.33,253.23,255.48]
[null,"NSW","Reliability Response","Step Change","Summer",349.73,364.26,380.86,397.52,416.12,438.48,463.42,484.33,504.07,523.76,546.73,569.66999999999996,593.54,614.17999999999995,632.38,650.64,667.26,683.34,699.74,716.96,734.38,751.67,767.56,784.21,796.98,804.97,813.65,819.09,822.01,829.32]
[null,"NSW","Reliability Response in % of Peak Demand*","Step Change","Summer",2.4900000000000002,2.57,2.64,2.71,2.79,2.86,2.93,3.01,3.08,3.15,3.23,3.3,3.37,3.45,3.52,3.59,3.66,3.74,3.81,3.88,3.96,4.03,4.0999999999999996,4.18,4.25,4.25,4.25,4.25,4.25,4.25]
[null,"QLD","$300-$500","Step Change","Summer",29.75,31.92,34.21,36.74,39.380000000000003,42.44,46.26,49.76,52.82,55.93,59.35,62.78,66.22,69.400000000000006,72.56,75.73,78.77,82.01,85.27,88.54,91.58,94.74,97.61,100.83,103.34,103.77,103.79,103.79,104.27,104.6]
[null,"QLD","$500-$7500","Step Change","Summer",70.260000000000005,75.38,80.8,86.77,93.01,100.22,109.25,117.51,124.75,132.09,140.16,148.26,156.4,163.9,171.36,178.84,186.03,193.69,201.37,209.11,216.29,223.75,230.53,238.12,244.05,245.06,245.12,245.12,246.24,247.03]
[null,"QLD","$7500+","Step Change","Summer",143.58000000000001,154.05000000000001,165.12,177.33,190.08,204.81,223.27,240.15,254.94,269.94,286.42,302.97000000000003,319.61,334.93,350.18,365.47,380.16,395.82,411.52,427.32,442.01,457.24,471.11,486.62,498.72,500.79,500.92,500.91,503.21,504.81]
[null,"QLD","Reliability Response","Step Change","Summer",186.58,200.18,214.57,230.43,247,266.14,290.13,312.06,331.29,350.78,372.19,393.7,415.33,435.23,455.04,474.92,494,514.35,534.76,555.29,574.38,594.16,612.19000000000005,632.34,648.07000000000005,650.77,650.92999999999995,650.91,653.9,655.99]
[null,"QLD","Reliability Response in % of Peak Demand*","Step Change","Summer",1.68,1.78,1.89,2,2.1,2.21,2.3199999999999998,2.4300000000000002,2.5299999999999998,2.64,2.75,2.86,2.96,3.07,3.18,3.28,3.39,3.5,3.61,3.71,3.82,3.93,4.04,4.1399999999999997,4.25,4.25,4.25,4.25,4.25,4.25]
[null,"SA","$300-$500","Step Change","Summer",26.18,28.97,31.79,34.83,41.03,44.63,48.19,52.54,57.09,60.77,64.44,68.27,72.23,76.34,80.23,84.21,88.48,92.4,96.77,100.91,105.17,109.46,113.93,118.37,122.73,123.42,123.93,124.57,125.03,125.83]
[null,"SA","$500-$7500","Step Change","Summer",45.59,50.44,55.36,60.66,71.45,77.72,83.92,91.5,99.42,105.83,112.22,118.89,125.78,132.93,139.71,146.63999999999999,154.08000000000001,160.91,168.52,175.72,183.14,190.61,198.4,206.13,213.73,214.92,215.81,216.93,217.73,219.12]
[null,"SA","$7500+","Step Change","Summer",45.59,50.44,55.36,60.66,71.45,77.72,83.92,91.5,99.42,105.83,112.22,118.89,125.78,132.93,139.71,146.63999999999999,154.08000000000001,160.91,168.52,175.72,183.14,190.61,198.4,206.13,213.73,214.92,215.81,216.93,217.73,219.12]
[null,"SA","Reliability Response","Step Change","Summer",45.59,50.44,55.36,60.66,71.45,77.72,83.92,91.5,99.42,105.83,112.22,118.89,125.78,132.93,139.72,146.65,154.08000000000001,160.91,168.52,175.72,183.14,190.61,198.4,206.13,213.73,214.92,215.81,216.94,217.73,219.12]
[null,"SA","Reliability Response in % of Peak Demand*","Step Change","Summer",1.29,1.42,1.54,1.66,1.79,1.91,2.0299999999999998,2.16,2.2799999999999998,2.4,2.5299999999999998,2.65,2.77,2.9,3.02,3.14,3.26,3.39,3.51,3.63,3.76,3.88,4,4.13,4.25,4.25,4.25,4.25,4.25,4.25]
[null,"TAS","$300-$500","Step Change","Summer",0.48,0.71,0.94,1.17,1.42,1.66,1.92,2.16,2.39,2.63,2.87,3.12,3.36,3.59,3.8,4.04,4.2699999999999996,4.5199999999999996,4.74,4.96,5.19,5.44,5.66,5.91,6.09,6.07,6.08,6.06,6.09,6.07]
[null,"TAS","$500-$7500","Step Change","Summer",5.07,7.54,9.92,12.41,14.99,17.57,20.239999999999998,22.78,25.23,27.74,30.33,33,35.5,37.89,40.17,42.63,45.09,47.7,50.11,52.4,54.78,57.42,59.76,62.42,64.319999999999993,64.150000000000006,64.25,64.040000000000006,64.34,64.13]
[null,"TAS","$7500+","Step Change","Summer",5.07,7.54,9.92,12.41,14.99,17.57,20.239999999999998,22.78,25.23,27.74,30.33,33,35.5,37.89,40.17,42.63,45.09,47.7,50.11,52.4,54.78,57.42,59.76,62.42,64.319999999999993,64.150000000000006,64.25,64.040000000000006,64.34,64.13]
[null,"TAS","Reliability Response","Step Change","Summer",5.07,7.54,9.92,12.41,15,17.57,20.239999999999998,22.78,25.24,27.74,30.34,33.01,35.5,37.89,40.17,42.63,45.09,47.71,50.11,52.41,54.78,57.43,59.77,62.43,64.33,64.150000000000006,64.260000000000005,64.05,64.349999999999994,64.14]
[null,"TAS","Reliability Response in % of Peak Demand*","Step Change","Summer",0.38,0.54,0.7,0.86,1.02,1.18,1.34,1.51,1.67,1.83,1.99,2.15,2.31,2.4700000000000002,2.64,2.8,2.96,3.12,3.28,3.44,3.6,3.77,3.93,4.09,4.25,4.25,4.25,4.25,4.25,4.25]
[null,"VIC","$300-$500","Step Change","Summer",1,1.02,1.04,1.06,1.0900000000000001,1.1200000000000001,1.1499999999999999,1.19,1.21,1.24,1.27,1.29,1.32,1.34,1.36,1.38,1.39,1.41,1.42,1.43,1.45,1.47,1.48,1.49,1.5,1.51,1.51,1.52,1.52,1.54]
[null,"VIC","$500-$7500","Step Change","Summer",3,3.06,3.11,3.18,3.26,3.36,3.46,3.56,3.64,3.72,3.81,3.87,3.96,4.03,4.08,4.1399999999999997,4.18,4.22,4.2699999999999996,4.3,4.3600000000000003,4.41,4.45,4.4800000000000004,4.51,4.5199999999999996,4.53,4.5599999999999996,4.57,4.6100000000000003]
[null,"VIC","$7500+","Step Change","Summer",189.08,192.92,196.33,200.13,205.65,211.78,217.96,224.55,229.16,234.25,240.14,244.23,249.28,253.85,257.12,260.94,263.44,265.68,268.85000000000002,271.31,275.01,278.08,280.37,282.42,284.33,284.87,285.7,287.33999999999997,288.20999999999998,290.60000000000002]
[null,"VIC","Reliability Response","Step Change","Summer",383.08,390.85,397.77,405.48,416.64,429.07,441.59,454.95,464.28,474.59,486.52,494.81,505.04,514.30999999999995,520.91999999999996,528.66999999999996,533.74,538.27,544.70000000000005,549.69000000000005,557.17999999999995,563.39,568.04,572.19000000000005,576.05999999999995,577.16,578.83000000000004,582.15,583.92999999999995,588.77]
[null,"VIC","Reliability Response in % of Peak Demand*","Step Change","Summer",3.73,3.75,3.77,3.79,3.82,3.84,3.86,3.88,3.9,3.92,3.95,3.97,3.99,4.01,4.03,4.05,4.08,4.0999999999999996,4.12,4.1399999999999997,4.16,4.18,4.21,4.2300000000000004,4.25,4.25,4.25,4.25,4.25,4.25]
[null,"NSW","$300-$500","Accelerated Transition","Summer",1,1.1200000000000001,1.26,1.4,1.55,1.71,1.89,2.0499999999999998,2.2200000000000002,2.4,2.6,2.79,2.98,3.15,3.31,3.49,3.67,3.85,4.04,4.2300000000000004,4.42,4.62,4.8099999999999996,5,5.17,5.25,5.33,5.39,5.45,5.53]
[null,"NSW","$500-$7500","Accelerated Transition","Summer",20.97,23.58,26.4,29.39,32.46,35.9,39.54,43.07,46.58,50.37,54.46,58.45,62.54,66.11,69.48,73.28,76.98,80.760000000000005,84.63,88.63,92.75,96.82,100.85,104.9,108.48,110.1,111.84,113.13,114.2,115.91]
[null,"NSW","$7500+","Accelerated Transition","Summer",107.74,121.14,135.66,151.03,166.77,184.43,203.16,221.28,239.34,258.81,279.79000000000002,300.32,321.33,339.67,357,376.52,395.49,414.95,434.81,455.35,476.53,497.45,518.13,538.94000000000005,557.36,565.66999999999996,574.61,581.26,586.72,595.51]
[null,"NSW","Reliability Response","Accelerated Transition","Summer",349.75,393.25,440.37,490.26,541.38,598.70000000000005,659.49,718.32,776.95,840.16,908.24,974.89,1043.1099999999999,1102.6300000000001,1158.8900000000001,1222.28,1283.83,1347.01,1411.48,1478.17,1546.92,1614.84,1681.95,1749.5,1809.32,1836.27,1865.29,1886.88,1904.62,1933.15]
[null,"NSW","Reliability Response in % of Peak Demand*","Accelerated Transition","Summer",2.4700000000000002,2.72,2.97,3.22,3.47,3.72,3.98,4.2300000000000004,4.4800000000000004,4.7300000000000004,4.9800000000000004,5.23,5.48,5.74,5.99,6.24,6.49,6.74,6.99,7.24,7.49,7.75,8,8.25,8.5,8.5,8.5,8.5,8.5,8.5]
[null,"QLD","$300-$500","Accelerated Transition","Summer",29.75,35.4,41.49,47.94,54.71,61.88,69.680000000000007,77.45,85.29,93.86,102.84,112.09,121.78,131.06,140.75,150.38999999999999,159.9,169.75,180,191.17,202.15,213.52,224.78,236.54,247.46,250.9,253.73,255.36,257.76,260.79000000000002]
[null,"QLD","$500-$7500","Accelerated Transition","Summer",70.260000000000005,83.6,97.98,113.23,129.22,146.13999999999999,164.57,182.92,201.42,221.66,242.87,264.72000000000003,287.61,309.51,332.41,355.17,377.63,400.89,425.1,451.49,477.41,504.27,530.86,558.62,584.42999999999995,592.54,599.22,603.08000000000004,608.75,615.9]
[null,"QLD","$7500+","Accelerated Transition","Summer",143.58000000000001,170.83,200.23,231.39,264.06,298.64,336.31,373.8,411.62,452.97,496.32,540.98,587.75,632.5,679.3,725.82,771.7,819.24,868.71,922.64,975.61,1030.5,1084.83,1141.57,1194.32,1210.8900000000001,1224.55,1232.43,1244,1258.6300000000001]
[null,"QLD","Reliability Response","Accelerated Transition","Summer",186.59,222,260.2,300.69,343.15,388.09,437.05,485.76,534.91,588.64,644.98,703.01,763.79,821.95,882.76,943.21,1002.85,1064.6199999999999,1128.9100000000001,1198.99,1267.82,1339.16,1409.76,1483.5,1552.04,1573.57,1591.33,1601.57,1616.61,1635.62]
[null,"QLD","Reliability Response in % of Peak Demand*","Accelerated Transition","Summer",1.67,1.95,2.2400000000000002,2.52,2.8,3.09,3.37,3.66,3.94,4.2300000000000004,4.51,4.8,5.08,5.37,5.65,5.94,6.22,6.51,6.79,7.08,7.36,7.65,7.93,8.2200000000000006,8.5,8.5,8.5,8.5,8.5,8.5]
[null,"SA","$300-$500","Accelerated Transition","Summer",26.18,32.83,39.97,47.9,58.93,67.95,77.25,88.06,99.74,110.47,121.86,133.31,145.6,157.52000000000001,169.53,182.67,197.21,212.51,228.39,245.26,263.82,282.81,303.24,322.82,343.31,351.36,358.06,363.8,369.2,373.43]
[null,"SA","$500-$7500","Accelerated Transition","Summer",45.59,57.16,69.61,83.41,102.62,118.33,134.53,153.34,173.69,192.37,212.22,232.15,253.55,274.3,295.20999999999998,318.10000000000002,343.42,370.06,397.73,427.1,459.43,492.49,528.07000000000005,562.15,597.84,611.86,623.52,633.53,642.92999999999995,650.29999999999995]
[null,"SA","$7500+","Accelerated Transition","Summer",45.59,57.16,69.61,83.41,102.62,118.33,134.53,153.34,173.69,192.37,212.22,232.15,253.55,274.3,295.20999999999998,318.10000000000002,343.42,370.06,397.73,427.1,459.43,492.49,528.07000000000005,562.15,597.84,611.86,623.52,633.53,642.92999999999995,650.29999999999995]
[null,"SA","Reliability Response","Accelerated Transition","Summer",45.59,57.16,69.61,83.41,102.62,118.33,134.53,153.34,173.69,192.37,212.21,232.15,253.55,274.3,295.20999999999998,318.08999999999997,343.41,370.05,397.72,427.09,459.42,492.48,528.05999999999995,562.14,597.83000000000004,611.85,623.51,633.52,642.91999999999996,650.29]
[null,"SA","Reliability Response in % of Peak Demand*","Accelerated Transition","Summer",1.29,1.59,1.89,2.19,2.4900000000000002,2.79,3.09,3.39,3.69,3.99,4.29,4.59,4.8899999999999997,5.19,5.49,5.79,6.1,6.4,6.7,7,7.3,7.6,7.9,8.1999999999999993,8.5,8.5,8.5,8.5,8.5,8.5]
[null,"TAS","$300-$500","Accelerated Transition","Summer",0.48,0.95,1.45,1.98,2.5099999999999998,3.06,3.62,4.17,4.71,5.29,5.9,6.54,7.17,7.82,8.4700000000000006,9.15,9.81,10.54,11.23,11.91,12.8,13.62,14.5,15.44,16.28,16.420000000000002,16.59,16.55,16.690000000000001,16.739999999999998]
[null,"TAS","$500-$7500","Accelerated Transition","Summer",5.07,10.050000000000001,15.29,20.88,26.56,32.28,38.200000000000003,44.01,49.79,55.86,62.28,69.11,75.77,82.6,89.46,96.59,103.58,111.37,118.65,125.8,135.21,143.83000000000001,153.16,163.07,171.99,173.47,175.2,174.79,176.33,176.81]
[null,"TAS","$7500+","Accelerated Transition","Summer",5.07,10.050000000000001,15.29,20.88,26.56,32.28,38.200000000000003,44.01,49.79,55.86,62.28,69.11,75.77,82.6,89.46,96.59,103.58,111.37,118.65,125.8,135.21,143.83000000000001,153.16,163.07,171.99,173.47,175.2,174.79,176.33,176.81]
[null,"TAS","Reliability Response","Accelerated Transition","Summer",5.07,10.050000000000001,15.29,20.87,26.56,32.28,38.19,44,49.78,55.85,62.27,69.099999999999994,75.760000000000005,82.59,89.44,96.58,103.56,111.36,118.63,125.78,135.19,143.81,153.13,163.04,171.97,173.45,175.18,174.77,176.31,176.79]
[null,"TAS","Reliability Response in % of Peak Demand*","Accelerated Transition","Summer",0.36,0.7,1.04,1.38,1.72,2.06,2.4,2.73,3.07,3.41,3.75,4.09,4.43,4.7699999999999996,5.1100000000000003,5.45,5.79,6.13,6.47,6.8,7.14,7.48,7.82,8.16,8.5,8.5,8.5,8.5,8.5,8.5]
[null,"VIC","$300-$500","Accelerated Transition","Summer",1,1.08,1.1499999999999999,1.23,1.31,1.39,1.48,1.58,1.66,1.78,1.9,2.0099999999999998,2.13,2.23,2.33,2.42,2.5099999999999998,2.61,2.71,2.81,2.93,3.05,3.16,3.26,3.37,3.39,3.41,3.44,3.47,3.53]
[null,"VIC","$500-$7500","Accelerated Transition","Summer",3,3.23,3.46,3.69,3.94,4.17,4.43,4.7300000000000004,4.99,5.33,5.69,6.02,6.38,6.7,6.98,7.27,7.54,7.82,8.1199999999999992,8.42,8.7899999999999991,9.16,9.4700000000000006,9.7899999999999991,10.1,10.16,10.220000000000001,10.32,10.41,10.58]
[null,"VIC","$7500+","Accelerated Transition","Summer",189.08,203.35,217.77,232.62,248.03,262.62,278.93,297.98,314.67,335.73,358.69,379.52,402.12,422.14,439.65,458.18,475.27,492.72,511.86,530.54,554.28,577.44000000000005,596.66999999999996,617.32000000000005,636.49,640.04999999999995,644.14,650.71,655.91,666.67]
[null,"VIC","Reliability Response","Accelerated Transition","Summer",383.08,412,441.21,471.29,502.51,532.07000000000005,565.12,603.71,637.53,680.18,726.71,768.92,814.71,855.26,890.73,928.28,962.89,998.26,1037.03,1074.8800000000001,1122.98,1169.8900000000001,1208.8499999999999,1250.69,1289.53,1296.74,1305.04,1318.34,1328.87,1350.68]
[null,"VIC","Reliability Response in % of Peak Demand*","Accelerated Transition","Summer",3.67,3.87,4.07,4.2699999999999996,4.47,4.67,4.87,5.08,5.28,5.48,5.68,5.88,6.08,6.28,6.49,6.69,6.89,7.09,7.29,7.49,7.69,7.9,8.1,8.3000000000000007,8.5,8.5,8.5,8.5,8.5,8.5]
[]
[]
[null,"Winter"]
[]
[null,"Region","Price band","Scenario","Season",2026,2027,2028,2029,2030,2031,2032,2033,2034,2035,2036,2037,2038,2039,2040,2041,2042,2043,2044,2045,2046,2047,2048,2049,2050,2051,2052,2053,2054,2055]
[null,"NSW","$300-$500","Slower Growth","Winter",1,1,0.95,0.93,0.94,0.96,0.98,0.99,1,1.01,1.03,1.05,1.06,1.07,1.07,1.08,1.0900000000000001,1.1000000000000001,1.1200000000000001,1.1299999999999999,1.1399999999999999,1.1499999999999999,1.1599999999999999,1.17,1.18,1.19,1.2,1.2,1.21,1.23]
[null,"NSW","$500-$7500","Slower Growth","Winter",20.97,21.01,19.87,19.489999999999998,19.78,20.2,20.64,20.85,21.03,21.27,21.63,21.96,22.25,22.39,22.47,22.62,22.83,23.08,23.4,23.67,23.89,24.05,24.25,24.53,24.68,24.98,25.11,25.24,25.42,25.71]
[null,"NSW","$7500+","Slower Growth","Winter",107.74,107.96,102.11,100.13,101.63,103.76,106.05,107.13,108.05,109.3,111.11,112.81,114.3,115.02,115.44,116.2,117.29,118.57,120.25,121.64,122.76,123.58,124.61,126.06,126.79,128.34,129,129.66,130.6,132.08000000000001]
[null,"NSW","Reliability Response","Slower Growth","Winter",349.74,350.45,331.47,325.05,329.91,336.82,344.25,347.76,350.76,354.81,360.68,366.19,371.04,373.38,374.72,377.21,380.75,384.91,390.35,394.85,398.5,401.15,404.51,409.2,411.57,416.62,418.74,420.9,423.95,428.77]
[null,"NSW","Reliability Response in % of Peak Demand*","Slower Growth","Winter",2.75,2.75,2.75,2.75,2.75,2.75,2.75,2.75,2.75,2.75,2.75,2.75,2.75,2.75,2.75,2.75,2.75,2.75,2.75,2.75,2.75,2.75,2.75,2.75,2.75,2.75,2.75,2.75,2.75,2.75]
[null,"QLD","$300-$500","Slower Growth","Winter",29.75,29.77,29.68,27.82,27.25,27.67,28.08,28.42,28.86,29.36,30.04,30.7,31.36,31.83,32.380000000000003,32.840000000000003,33.33,33.81,34.159999999999997,34.619999999999997,35.14,35.549999999999997,36.049999999999997,36.64,37.01,37.369999999999997,37.99,38.29,38.590000000000003,38.92]
[null,"QLD","$500-$7500","Slower Growth","Winter",70.260000000000005,70.3,70.099999999999994,65.709999999999994,64.36,65.34,66.319999999999993,67.11,68.17,69.34,70.95,72.510000000000005,74.069999999999993,75.180000000000007,76.47,77.56,78.7,79.84,80.680000000000007,81.760000000000005,82.98,83.96,85.14,86.53,87.41,88.26,89.72,90.42,91.13,91.91]
[null,"QLD","$7500+","Slower Growth","Winter",143.58000000000001,143.66999999999999,143.25,134.28,131.52000000000001,133.52000000000001,135.53,137.15,139.31,141.69999999999999,144.97999999999999,148.18,151.36000000000001,153.63,156.27000000000001,158.49,160.83000000000001,163.16999999999999,164.87,167.08,169.58,171.58,173.98,176.83,178.63,180.37,183.36,184.78,186.22,187.82]
[null,"QLD","Reliability Response","Slower Growth","Winter",143.58000000000001,143.66,143.25,134.28,131.52000000000001,133.51,135.53,137.15,139.30000000000001,141.69999999999999,144.97999999999999,148.16999999999999,151.36000000000001,153.63,156.26,158.49,160.83000000000001,163.16,164.87,167.08,169.57,171.57,173.98,176.83,178.62,180.36,183.35,184.77,186.22,187.82]
[null,"QLD","Reliability Response in % of Peak Demand*","Slower Growth","Winter",1.67,1.67,1.67,1.67,1.67,1.67,1.67,1.67,1.67,1.67,1.67,1.67,1.67,1.67,1.67,1.67,1.67,1.67,1.67,1.67,1.67,1.67,1.67,1.67,1.67,1.67,1.67,1.67,1.67,1.67]
[null,"SA","$300-$500","Slower Growth","Winter",26.18,26.36,26.19,26.18,26.59,27.05,27.38,27.46,27.57,27.63,27.83,28.09,28.23,28.34,28.53,28.8,29.14,29.52,29.91,30.46,30.75,31.12,31.65,32.26,32.75,33.21,33.31,33.71,34,34.299999999999997]
[null,"SA","$500-$7500","Slower Growth","Winter",45.59,45.9,45.61,45.59,46.3,47.11,47.68,47.81,48,48.11,48.47,48.92,49.16,49.35,49.69,50.15,50.75,51.4,52.09,53.05,53.55,54.19,55.12,56.18,57.03,57.84,58.01,58.71,59.22,59.73]
[null,"SA","$7500+","Slower Growth","Winter",45.59,45.9,45.61,45.59,46.3,47.11,47.68,47.81,48,48.11,48.47,48.92,49.16,49.35,49.69,50.15,50.75,51.4,52.09,53.05,53.55,54.19,55.12,56.18,57.03,57.84,58.01,58.71,59.22,59.73]
[null,"SA","Reliability Response","Slower Growth","Winter",45.59,45.9,45.61,45.59,46.31,47.11,47.69,47.81,48,48.11,48.47,48.92,49.16,49.35,49.69,50.15,50.75,51.4,52.09,53.05,53.55,54.19,55.12,56.18,57.03,57.84,58.01,58.71,59.22,59.73]
[null,"SA","Reliability Response in % of Peak Demand*","Slower Growth","Winter",1.66,1.66,1.66,1.66,1.66,1.66,1.66,1.66,1.66,1.66,1.66,1.66,1.66,1.66,1.66,1.66,1.66,1.66,1.66,1.66,1.66,1.66,1.66,1.66,1.66,1.66,1.66,1.66,1.66,1.66]
[null,"TAS","$300-$500","Slower Growth","Winter",0.48,0.45,0.44,0.44,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.45,0.46,0.46,0.46,0.46,0.46,0.46,0.47,0.47,0.47,0.47,0.47]
[null,"TAS","$500-$7500","Slower Growth","Winter",5.07,4.72,4.68,4.6900000000000004,4.72,4.74,4.7699999999999996,4.76,4.75,4.75,4.76,4.7699999999999996,4.7699999999999996,4.76,4.75,4.74,4.74,4.74,4.76,4.8099999999999996,4.8499999999999996,4.88,4.8899999999999997,4.8899999999999997,4.9000000000000004,4.91,4.93,4.93,4.93,4.93]
[null,"TAS","$7500+","Slower Growth","Winter",5.07,4.72,4.68,4.6900000000000004,4.72,4.74,4.7699999999999996,4.76,4.75,4.75,4.76,4.7699999999999996,4.7699999999999996,4.76,4.75,4.74,4.74,4.74,4.76,4.8099999999999996,4.8499999999999996,4.88,4.8899999999999997,4.8899999999999997,4.9000000000000004,4.91,4.93,4.93,4.93,4.93]
[null,"TAS","Reliability Response","Slower Growth","Winter",5.07,4.72,4.68,4.6900000000000004,4.72,4.74,4.7699999999999996,4.76,4.75,4.75,4.76,4.7699999999999996,4.7699999999999996,4.76,4.75,4.74,4.74,4.74,4.76,4.8099999999999996,4.8499999999999996,4.88,4.9000000000000004,4.8899999999999997,4.9000000000000004,4.91,4.93,4.9400000000000004,4.93,4.93]
[null,"TAS","Reliability Response in % of Peak Demand*","Slower Growth","Winter",0.33,0.33,0.33,0.33,0.33,0.33,0.33,0.33,0.33,0.33,0.33,0.33,0.33,0.33,0.33,0.33,0.33,0.33,0.33,0.33,0.33,0.33,0.33,0.33,0.33,0.33,0.33,0.33,0.33,0.33]
[null,"VIC","$300-$500","Slower Growth","Winter",1,1.01,1.01,1.02,1.04,1.07,1.1100000000000001,1.1299999999999999,1.1399999999999999,1.1399999999999999,1.1599999999999999,1.19,1.22,1.24,1.25,1.27,1.28,1.3,1.31,1.34,1.36,1.38,1.4,1.42,1.43,1.45,1.46,1.47,1.5,1.53]
[null,"VIC","$500-$7500","Slower Growth","Winter",3,3.03,3.03,3.06,3.12,3.22,3.33,3.39,3.43,3.42,3.48,3.58,3.67,3.73,3.76,3.8,3.83,3.89,3.94,4.01,4.07,4.1399999999999997,4.1900000000000004,4.25,4.28,4.34,4.3899999999999997,4.42,4.49,4.59]
[null,"VIC","$7500+","Slower Growth","Winter",189.08,190.89,190.95,193.04,196.62,203.23,209.6,213.52,215.96,215.46,219.52,225.59,231.12,234.91,237.19,239.67,241.67,244.91,248.42,253,256.74,261.07,264.13,268.04000000000002,269.94,273.45,276.98,278.5,282.83,289.3]
[null,"VIC","Reliability Response","Slower Growth","Winter",338.08,341.32,341.42,345.16,351.56,363.38,374.77,381.77,386.15,385.25,392.5,403.37,413.25,420.02,424.09,428.54,432.11,437.9,444.18,452.37,459.06,466.8,472.26,479.27,482.66,488.93,495.24,497.97,505.71,517.27]
[null,"VIC","Reliability Response in % of Peak Demand*","Slower Growth","Winter",3.91,3.91,3.91,3.91,3.91,3.91,3.91,3.91,3.91,3.91,3.91,3.91,3.91,3.91,3.91,3.91,3.91,3.91,3.91,3.91,3.91,3.91,3.91,3.91,3.91,3.91,3.91,3.91,3.91,3.91]
[null,"NSW","$300-$500","Step Change","Winter",1,1.04,1.08,1.1299999999999999,1.18,1.23,1.29,1.33,1.38,1.43,1.49,1.54,1.6,1.64,1.68,1.72,1.77,1.81,1.84,1.88,1.92,1.96,2.02,2.06,2.09,2.11,2.12,2.13,2.15,2.17]
[null,"NSW","$500-$7500","Step Change","Winter",20.97,21.82,22.68,23.63,24.65,25.82,27,27.98,28.95,29.97,31.16,32.36,33.51,34.409999999999997,35.24,36.090000000000003,37.049999999999997,37.869999999999997,38.68,39.520000000000003,40.33,41.1,42.3,43.1,43.92,44.2,44.36,44.72,45.14,45.44]
[null,"NSW","$7500+","Step Change","Winter",107.74,112.12,116.53,121.39,126.65,132.65,138.71,143.77000000000001,148.75,153.96,160.08000000000001,166.28,172.16,176.77,181.08,185.42,190.36,194.59,198.71,203.05,207.23,211.15,217.34,221.45,225.64,227.09,227.93,229.78,231.93,233.49]
[null,"NSW","Reliability Response","Step Change","Winter",349.73,363.95,378.27,394.05,411.11,430.6,450.25,466.68,482.85,499.77,519.64,539.76,558.85,573.80999999999995,587.79999999999995,601.88,617.91,631.66,645.04,659.13,672.7,685.4,705.49,718.85,732.43,737.15,739.88,745.87,752.87,757.92]
[null,"NSW","Reliability Response in % of Peak Demand*","Step Change","Winter",2.72,2.78,2.85,2.91,2.97,3.04,3.1,3.17,3.23,3.29,3.36,3.42,3.48,3.55,3.61,3.68,3.74,3.8,3.87,3.93,3.99,4.0599999999999996,4.12,4.1900000000000004,4.25,4.25,4.25,4.25,4.25,4.25]
[null,"QLD","$300-$500","Step Change","Winter",29.75,31.95,34.229999999999997,36.770000000000003,39.53,43.03,47.08,50.45,53.71,56.94,60.72,64.31,67.75,70.650000000000006,73.69,76.95,80.430000000000007,83.89,86.96,89.92,93.11,96.19,99.81,102.56,104.46,104.15,104.7,105.3,105.76,106.2]
[null,"QLD","$500-$7500","Step Change","Winter",70.260000000000005,75.45,80.849999999999994,86.85,93.36,101.62,111.19,119.16,126.84,134.47999999999999,143.4,151.87,160.01,166.86,174.04,181.74,189.94,198.12,205.37,212.35,219.91,227.16,235.73,242.22,246.69,245.98,247.26,248.68,249.78,250.8]
[null,"QLD","$7500+","Step Change","Winter",143.58000000000001,154.18,165.22,177.48,190.78,207.67,227.23,243.5,259.2,274.83,293.04000000000002,310.36,326.98,341,355.65,371.39,388.16,404.86,419.69,433.95,449.39,464.21,481.73,494.99,504.13,502.67,505.3,508.19,510.44,512.53]
[null,"QLD","Reliability Response","Step Change","Winter",143.58000000000001,154.18,165.22,177.48,190.79,207.67,227.23,243.5,259.2,274.83,293.04000000000002,310.37,326.99,341,355.65,371.39,388.16,404.87,419.7,433.96,449.39,464.22,481.73,495,504.14,502.67,505.3,508.19,510.45,512.53]
[null,"QLD","Reliability Response in % of Peak Demand*","Step Change","Winter",1.66,1.77,1.88,1.98,2.09,2.2000000000000002,2.31,2.42,2.52,2.63,2.74,2.85,2.96,3.06,3.17,3.28,3.39,3.49,3.6,3.71,3.82,3.93,4.03,4.1399999999999997,4.25,4.25,4.25,4.25,4.25,4.25]
[null,"SA","$300-$500","Step Change","Winter",26.18,28.28,30.53,35.200000000000003,38.950000000000003,41.65,44.79,48.5,51.51,54.11,56.93,59.82,62.79,65.739999999999995,69.150000000000006,72.290000000000006,75.48,78.72,81.91,85.81,89.09,92.36,95.93,99.35,103.04,104.43,104.47,105.24,105.73,106.77]
[null,"SA","$500-$7500","Step Change","Winter",45.59,49.24,53.17,61.3,67.83,72.540000000000006,78,84.47,89.71,94.23,99.14,104.17,109.33,114.47,120.41,125.88,131.44,137.09,142.65,149.43,155.13999999999999,160.84,167.05,173,179.44,181.85,181.93,183.26,184.12,185.93]
[null,"SA","$7500+","Step Change","Winter",45.59,49.24,53.17,61.3,67.83,72.540000000000006,78,84.47,89.71,94.23,99.14,104.17,109.33,114.47,120.41,125.88,131.44,137.09,142.65,149.43,155.13999999999999,160.84,167.05,173,179.44,181.85,181.93,183.26,184.12,185.93]
[null,"SA","Reliability Response","Step Change","Winter",45.59,49.24,53.17,61.3,67.83,72.53,78,84.46,89.71,94.23,99.13,104.17,109.33,114.47,120.41,125.88,131.44,137.08000000000001,142.63999999999999,149.41999999999999,155.13,160.84,167.04,173,179.44,181.84,181.93,183.26,184.12,185.93]
[null,"SA","Reliability Response in % of Peak Demand*","Step Change","Winter",1.65,1.76,1.87,1.97,2.08,2.19,2.2999999999999998,2.41,2.52,2.62,2.73,2.84,2.95,3.06,3.17,3.27,3.38,3.49,3.6,3.71,3.82,3.92,4.03,4.1399999999999997,4.25,4.25,4.25,4.25,4.25,4.25]
[null,"TAS","$300-$500","Step Change","Winter",0.48,0.78,1.08,1.39,1.71,2.0299999999999998,2.36,2.67,2.98,3.29,3.61,3.93,4.2300000000000004,4.53,4.83,5.13,5.43,5.72,6.01,6.35,6.68,7.01,7.32,7.6,7.93,7.93,7.9,7.92,7.9,7.88]
[null,"TAS","$500-$7500","Step Change","Winter",5.07,8.23,11.43,14.71,18.07,21.47,24.9,28.22,31.52,34.78,38.15,41.48,44.7,47.89,51.06,54.19,57.34,60.37,63.51,67.099999999999994,70.55,74.06,77.349999999999994,80.319999999999993,83.76,83.77,83.48,83.64,83.44,83.21]
[null,"TAS","$7500+","Step Change","Winter",5.07,8.23,11.43,14.71,18.07,21.47,24.9,28.22,31.52,34.78,38.15,41.48,44.7,47.89,51.06,54.19,57.34,60.37,63.51,67.099999999999994,70.55,74.06,77.349999999999994,80.319999999999993,83.76,83.77,83.48,83.64,83.44,83.21]
[null,"TAS","Reliability Response","Step Change","Winter",5.07,8.23,11.43,14.71,18.07,21.47,24.9,28.22,31.52,34.78,38.159999999999997,41.48,44.7,47.89,51.06,54.19,57.34,60.38,63.51,67.099999999999994,70.55,74.06,77.36,80.319999999999993,83.76,83.77,83.48,83.64,83.44,83.21]
[null,"TAS","Reliability Response in % of Peak Demand*","Step Change","Winter",0.28000000000000003,0.44,0.61,0.77,0.94,1.1000000000000001,1.27,1.43,1.6,1.77,1.93,2.1,2.2599999999999998,2.4300000000000002,2.59,2.76,2.93,3.09,3.26,3.42,3.59,3.75,3.92,4.08,4.25,4.25,4.25,4.25,4.25,4.25]
[null,"VIC","$300-$500","Step Change","Winter",1,1.02,1.05,1.08,1.1100000000000001,1.17,1.22,1.26,1.29,1.32,1.36,1.4,1.44,1.47,1.49,1.52,1.54,1.57,1.6,1.63,1.66,1.69,1.71,1.75,1.76,1.78,1.8,1.81,1.83,1.87]
[null,"VIC","$500-$7500","Step Change","Winter",3,3.07,3.14,3.23,3.34,3.5,3.66,3.78,3.88,3.97,4.09,4.21,4.3099999999999996,4.4000000000000004,4.4800000000000004,4.57,4.62,4.72,4.8,4.8899999999999997,4.9800000000000004,5.07,5.13,5.25,5.29,5.35,5.4,5.44,5.5,5.62]
[null,"VIC","$7500+","Step Change","Winter",189.08,193.37,197.66,203.32,210.22,220.66,230.53,238.17,244.31,250.12,257.97000000000003,265.25,271.68,277.52999999999997,282.25,287.83,291.36,297.42,302.72000000000003,308.19,313.62,319.39,323.60000000000002,330.95,333.15,337.49,340.58,342.97,346.51,354.07]
[null,"VIC","Reliability Response","Step Change","Winter",338.08,345.76,353.41,363.53,375.89,394.54,412.19,425.86,436.83,447.22,461.26,474.28,485.76,496.24,504.67,514.66,520.97,531.79999999999995,541.26,551.04,560.76,571.07000000000005,578.6,591.74,595.67999999999995,603.45000000000005,608.96,613.24,619.57000000000005,633.08000000000004]
[null,"VIC","Reliability Response in % of Peak Demand*","Step Change","Winter",3.87,3.89,3.9,3.92,3.94,3.95,3.97,3.98,4,4.01,4.03,4.05,4.0599999999999996,4.08,4.09,4.1100000000000003,4.12,4.1399999999999997,4.16,4.17,4.1900000000000004,4.2,4.22,4.2300000000000004,4.25,4.25,4.25,4.25,4.25,4.25]
[null,"NSW","$300-$500","Accelerated Transition","Winter",1,1.1200000000000001,1.24,1.37,1.51,1.65,1.8,1.95,2.1,2.25,2.4300000000000002,2.6,2.77,2.91,3.05,3.2,3.38,3.56,3.73,3.91,4.0999999999999996,4.2699999999999996,4.4800000000000004,4.67,4.8600000000000003,4.92,4.95,4.99,5.05,5.1100000000000003]
[null,"NSW","$500-$7500","Accelerated Transition","Winter",20.97,23.43,26.02,28.74,31.59,34.64,37.82,40.82,43.98,47.23,50.89,54.54,58.08,60.97,63.89,67.2,70.91,74.63,78.150000000000006,81.97,85.89,89.59,93.96,97.93,101.94,103.09,103.83,104.56,105.83,107.2]
[null,"NSW","$7500+","Accelerated Transition","Winter",107.74,120.37,133.66999999999999,147.66,162.31,177.96,194.29,209.73,225.94,242.65,261.47000000000003,280.22000000000003,298.41000000000003,313.27,328.24,345.27,364.31,383.45,401.5,421.16,441.28,460.28,482.73,503.14,523.75,529.66999999999996,533.48,537.22,543.76,550.77]
[null,"NSW","Reliability Response","Accelerated Transition","Winter",349.74,390.73,433.92,479.33,526.89,577.66999999999996,630.67999999999995,680.82,733.44,787.67,848.75,909.63,968.68,1016.93,1065.5,1120.8,1182.5999999999999,1244.72,1303.32,1367.13,1432.45,1494.14,1567.02,1633.26,1700.18,1719.37,1731.76,1743.9,1765.12,1787.87]
[null,"NSW","Reliability Response in % of Peak Demand*","Accelerated Transition","Winter",2.69,2.94,3.18,3.42,3.66,3.9,4.1500000000000004,4.3899999999999997,4.63,4.87,5.1100000000000003,5.36,5.6,5.84,6.08,6.32,6.56,6.81,7.05,7.29,7.53,7.77,8.02,8.26,8.5,8.5,8.5,8.5,8.5,8.5]
[null,"QLD","$300-$500","Accelerated Transition","Winter",29.75,35.54,41.64,48.07,55.14,62.77,70.97,78.790000000000006,87.05,95.96,105.64,115.43,125.5,134.63999999999999,144.19,154.34,165.51,176.47,186.25,196.9,210.24,223.02,236.36,250.2,259.95,261.37,267.32,268.69,270.5,273.70999999999998]
[null,"QLD","$500-$7500","Accelerated Transition","Winter",70.260000000000005,83.95,98.33,113.53,130.22,148.25,167.61,186.08,205.59,226.62,249.49,272.60000000000002,296.39999999999998,317.97000000000003,340.53,364.51,390.89,416.76,439.86,465.01,496.53,526.70000000000005,558.20000000000005,590.9,613.91,617.28,631.33000000000004,634.57000000000005,638.83000000000004,646.42999999999995]
[null,"QLD","$7500+","Accelerated Transition","Winter",143.58000000000001,171.55,200.95,232.01,266.10000000000002,302.95,342.51,380.26,420.14,463.1,509.85,557.08000000000004,605.71,649.78,695.9,744.89,798.81,851.68,898.88,950.28,1014.68,1076.3399999999999,1140.71,1207.53,1254.56,1261.45,1290.17,1296.78,1305.48,1321.01]
[null,"QLD","Reliability Response","Accelerated Transition","Winter",143.58000000000001,171.55,200.95,232.01,266.11,302.95,342.51,380.26,420.14,463.11,509.85,557.08000000000004,605.71,649.78,695.9,744.89,798.82,851.69,898.88,950.28,1014.68,1076.3399999999999,1140.72,1207.54,1254.56,1261.46,1290.17,1296.79,1305.48,1321.01]
[null,"QLD","Reliability Response in % of Peak Demand*","Accelerated Transition","Winter",1.65,1.94,2.2200000000000002,2.5099999999999998,2.79,3.08,3.36,3.65,3.93,4.22,4.5,4.79,5.08,5.36,5.65,5.93,6.22,6.5,6.79,7.07,7.36,7.64,7.93,8.2100000000000009,8.5,8.5,8.5,8.5,8.5,8.5]
[null,"SA","$300-$500","Accelerated Transition","Winter",26.18,31.54,37.57,45.99,53.85,61.39,69.52,79.05,88.28,97.37,106.96,116.8,126.98,137.02000000000001,148.33000000000001,160.13999999999999,173.42,187.4,201.84,220.11,236.96,254.35,272.75,291.93,311.33999999999997,321.44,323.2,328.08,332.71,337.2]
[null,"SA","$500-$7500","Accelerated Transition","Winter",45.59,54.92,65.42,80.09,93.77,106.91,121.06,137.65,153.74,169.57,186.26,203.4,221.13,238.61,258.3,278.86,302,326.33999999999997,351.48,383.31,412.65,442.93,474.97,508.36,542.16999999999996,559.76,562.83000000000004,571.32000000000005,579.38,587.20000000000005]
[null,"SA","$7500+","Accelerated Transition","Winter",45.59,54.92,65.42,80.09,93.77,106.91,121.06,137.65,153.74,169.57,186.26,203.4,221.13,238.61,258.3,278.86,302,326.33999999999997,351.48,383.31,412.65,442.93,474.97,508.36,542.16999999999996,559.76,562.83000000000004,571.32000000000005,579.38,587.20000000000005]
[null,"SA","Reliability Response","Accelerated Transition","Winter",45.59,54.92,65.42,80.09,93.77,106.91,121.06,137.65,153.74,169.57,186.26,203.4,221.13,238.62,258.3,278.87,302,326.35000000000002,351.49,383.31,412.66,442.94,474.97,508.37,542.17999999999995,559.77,562.84,571.33000000000004,579.39,587.21]
[null,"SA","Reliability Response in % of Peak Demand*","Accelerated Transition","Winter",1.64,1.92,2.21,2.4900000000000002,2.78,3.07,3.35,3.64,3.92,4.21,4.5,4.78,5.07,5.35,5.64,5.93,6.21,6.5,6.78,7.07,7.36,7.64,7.93,8.2100000000000009,8.5,8.5,8.5,8.5,8.5,8.5]
[null,"TAS","$300-$500","Accelerated Transition","Winter",0.48,1.1000000000000001,1.74,2.41,3.08,3.77,4.4800000000000004,5.18,5.89,6.62,7.38,8.17,8.9600000000000009,9.7799999999999994,10.62,11.45,12.31,13.14,14.03,15.08,16.09,17.149999999999999,18.23,19.21,20.309999999999999,20.45,20.48,20.62,20.66,20.68]
[null,"TAS","$500-$7500","Accelerated Transition","Winter",5.07,11.6,18.41,25.44,32.58,39.85,47.3,54.68,62.24,69.91,77.989999999999995,86.28,94.61,103.29,112.21,120.95,130.04,138.77000000000001,148.24,159.25,169.99,181.17,192.6,202.91,214.51,216.02,216.35,217.79,218.2,218.41]
[null,"TAS","$7500+","Accelerated Transition","Winter",5.07,11.6,18.41,25.44,32.58,39.85,47.3,54.68,62.24,69.91,77.989999999999995,86.28,94.61,103.29,112.21,120.95,130.04,138.77000000000001,148.24,159.25,169.99,181.17,192.6,202.91,214.51,216.02,216.35,217.79,218.2,218.41]
[null,"TAS","Reliability Response","Accelerated Transition","Winter",5.07,11.6,18.41,25.44,32.58,39.85,47.3,54.68,62.24,69.91,77.989999999999995,86.28,94.61,103.29,112.21,120.96,130.04,138.77000000000001,148.24,159.26,170,181.18,192.6,202.92,214.51,216.02,216.35,217.79,218.21,218.42]
[null,"TAS","Reliability Response in % of Peak Demand*","Accelerated Transition","Winter",0.27,0.62,0.96,1.3,1.65,1.99,2.33,2.67,3.02,3.36,3.7,4.04,4.3899999999999997,4.7300000000000004,5.07,5.42,5.76,6.1,6.44,6.79,7.13,7.47,7.81,8.16,8.5,8.5,8.5,8.5,8.5,8.5]
[null,"VIC","$300-$500","Accelerated Transition","Winter",1,1.08,1.17,1.26,1.35,1.46,1.58,1.69,1.8,1.93,2.0699999999999998,2.2200000000000002,2.36,2.48,2.6,2.73,2.85,2.98,3.12,3.27,3.43,3.58,3.72,3.87,3.99,4.04,4.09,4.12,4.1900000000000004,4.2699999999999996]
[null,"VIC","$500-$7500","Accelerated Transition","Winter",3,3.25,3.51,3.78,4.0599999999999996,4.38,4.7300000000000004,5.07,5.4,5.78,6.22,6.66,7.07,7.44,7.8,8.19,8.5399999999999991,8.94,9.3699999999999992,9.81,10.29,10.73,11.15,11.62,11.98,12.13,12.28,12.37,12.57,12.82]
[null,"VIC","$7500+","Accelerated Transition","Winter",189.08,204.59,221.08,237.94,256.14,276.22000000000003,298.29000000000002,319.31,340.62,364.29,392.24,419.52,445.4,468.96,491.61,516.17999999999995,538.54999999999995,563.63,590.72,618.48,648.64,676.4,702.49,732.16,754.86,764.37,773.74,779.33,792.4,807.75]
[null,"VIC","Reliability Response","Accelerated Transition","Winter",338.08,365.81,395.29,425.45,457.99,493.88,533.34,570.94000000000005,609.04,651.36,701.33,750.11,796.37,838.5,879,922.93,962.94,1007.78,1056.21,1105.8399999999999,1159.77,1209.4100000000001,1256.06,1309.1199999999999,1349.7,1366.7,1383.46,1393.46,1416.82,1444.27]
[null,"VIC","Reliability Response in % of Peak Demand*","Accelerated Transition","Winter",3.83,4.0199999999999996,4.22,4.41,4.6100000000000003,4.8,5,5.19,5.39,5.58,5.78,5.97,6.16,6.36,6.55,6.75,6.94,7.14,7.33,7.53,7.72,7.92,8.11,8.31,8.5,8.5,8.5,8.5,8.5,8.5]

{"sheet":"Data Centre Forecasts","index":25,"n_rows":32,"n_cols":32,"rows_kept":32,"cut":false,"hidden":false,"merged":[]}
[null,"Go to Assumptions Summary"]
[null,"Data Centre Forecasts (TWh)"]
[null,"Based on 2025 forecasts developed by Oxford Economics Australia."]
[null,"For the WEM, there is no separate data centre forecasts due to the current size of this sector in the region."]
[]
[null,"Consultant forecast mapping"]
[null,null,{"$f":"Scenarios!$C$5","v":"Slower Growth"},{"$f":"Scenarios!$D$5","v":"Step Change"},{"$f":"Scenarios!$E$5","v":"Accelerated Transition"}]
[null,"Consultant's scenario name","Progressive Change","Step Change","Green Energy Industries"]
[]
[null,{"$f":"Scenarios!$C$5","v":"Slower Growth"}]
[null,null,"2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,"NSW",3.2932980999999999,3.7881138999999999,4.3039994999999998,4.8471774999999999,5.4097495000000002,5.9327027999999995,6.4397434000000002,6.8413697999999998,7.2311842999999998,7.6129617000000005,8.0725549999999995,8.4624636999999989,8.8430796999999988,9.2144316999999987,9.5909320000000005,9.919903699999999,10.244043699999999,10.5732897,10.907862,11.208979699999999,11.524299699999998,11.825399699999998,12.109401999999999,12.3186997,12.527579699999999,12.737419699999998,12.961862,13.161449699999999,13.375839699999998,13.5922597]
[null,"QLD",8.5560860000000002E-2,8.5560860000000002E-2,8.5795270000000007E-2,8.5560860000000002E-2,8.5560860000000002E-2,8.5560860000000002E-2,8.5795270000000007E-2,8.5560860000000002E-2,8.5560860000000002E-2,8.5560860000000002E-2,8.5795270000000007E-2,8.5560860000000002E-2,8.5560860000000002E-2,8.5560860000000002E-2,8.5795270000000007E-2,8.5560860000000002E-2,8.5560860000000002E-2,8.5560860000000002E-2,8.5795270000000007E-2,8.5560860000000002E-2,8.5560860000000002E-2,8.5560860000000002E-2,8.5795270000000007E-2,8.5560860000000002E-2,8.5560860000000002E-2,8.5560860000000002E-2,8.5795270000000007E-2,8.5560860000000002E-2,8.5560860000000002E-2,8.5560860000000002E-2]
[null,"SA",0.11746685,0.11749134999999999,0.11764657000000001,0.11754039999999999,0.1175649,0.1175894,0.11774461999999999,0.11763844999999999,0.11766294000000001,0.11768744,0.11784266,0.11773649999999999,0.11776099000000001,0.11778548,0.11794071,0.11783455,0.11785904,0.11788353,0.11803875,0.11793258,0.11795708000000001,0.11798158,0.1181368,0.11803063000000001,0.11805513000000001,0.11807962,0.11823485,0.11812868,0.11815317,0.11817767]
[null,"TAS",1.7107994800000002E-2,2.80599248E-2,3.9077244800000001E-2,4.9978044799999996E-2,6.0929974799999995E-2,7.1881894800000012E-2,8.2962164800000002E-2,9.3800024799999993E-2,0.10475194480000001,0.11570384480000001,0.12684712479999999,0.13762204480000001,0.1485739448,0.15952584479999998,0.17073202480000002,0.17834384479999998,0.1835518448,0.18875974479999999,0.19422722479999999,0.19919004479999999,0.20439794480000001,0.2096059448,0.2150734248,0.22003614479999997,0.22524414479999999,0.23045214479999998,0.23591962480000003,0.24088234479999998,0.2460903448,0.25129834480000002]
[null,"VIC",1.0452987,1.3965548000000001,1.7850466,2.1634978,2.5396327999999997,2.9110427999999997,3.2468455999999999,3.5181517999999996,3.6986337999999996,3.8579977999999997,4.0067436000000001,4.1662108,4.3299957999999998,4.4936397999999995,4.6652815999999993,4.7729748000000001,4.8510228,4.9141257999999999,4.9856165999999993,5.0415977999999999,5.1051527999999999,5.1702328,5.2470685999999995,5.3069287999999997,5.3766147999999996,5.4464838000000002,5.5246015999999996,5.5870328000000002,5.6577517999999998,5.7288508]
[]
[null,{"$f":"Scenarios!$D$5","v":"Step Change"}]
[null,null,"2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,"NSW",3.3110531000000001,4.1014233999999998,5.2829444000000008,6.5225644000000003,7.7901918999999999,9.0184370000000005,10.011210500000001,10.5926402,11.172199699999998,11.743839099999999,12.405289199999999,12.9729464,13.542891900000001,14.103557,14.683355499999999,15.180985,15.6499974,16.043538900000001,16.3992799,16.685959400000002,17.0018487,17.303517800000002,17.603103399999998,17.797966500000001,18.007407199999999,18.217829399999999,18.457856700000001,18.6430021,18.857975100000001,19.074983100000001]
[null,"QLD",8.5668309999999998E-2,8.572254E-2,8.6019070000000003E-2,8.5852509999999993E-2,8.5927100000000006E-2,8.6007410000000006E-2,8.6328890000000005E-2,8.6183690000000007E-2,8.6276539999999999E-2,8.6369890000000005E-2,8.6700800000000008E-2,8.6558780000000002E-2,8.6654449999999994E-2,8.6750770000000005E-2,8.7085499999999996E-2,8.6944720000000003E-2,8.7042220000000003E-2,8.7139960000000002E-2,8.7476899999999996E-2,8.7335969999999999E-2,8.7434159999999997E-2,8.7532479999999996E-2,8.7871070000000009E-2,8.7729719999999997E-2,8.782877E-2,8.7928270000000003E-2,8.8269490000000006E-2,8.8129280000000004E-2,8.8231389999999993E-2,8.8334710000000011E-2]
[null,"SA",0.11754244999999998,0.14295725000000001,0.17503976999999998,0.20677759999999998,0.27247357999999999,0.37845951999999999,0.48519217999999997,0.59052817000000002,0.69652192000000002,0.76869310000000002,0.80181318000000001,0.83255148999999995,0.86443770999999991,0.89632436999999998,0.92944687000000004,0.96018574999999995,0.99207336999999995,1.02396131,1.05708541,1.0878248400000001,1.11971445,1.15160339,1.1847303300000001,1.2154704599999999,1.24736063,1.2792512899999999,1.3123808600000002,1.3431224099999999,1.3750152099999999,1.4069098500000001]
[null,"TAS",1.7198269399999997E-2,3.2262934300000004E-2,4.8565903899999999E-2,6.4737920399999996E-2,8.6568270000000003E-2,0.1150773499,0.14381617559999998,0.17212423859999998,0.20063329249999998,0.22353514869999999,0.24013239809999998,0.2560102695,0.27223353439999998,0.28845670239999999,0.30511686859999998,0.31783164649999995,0.32831092209999996,0.33879019980000002,0.34971168000000002,0.35977746119999998,0.37025674489999999,0.38073603029999997,0.39165752349999999,0.40172320699999997,0.41220249820000004,0.42268179160000002,0.43360329879999998,0.44366908640000002,0.4541483892,0.46462759599999998]
[null,"VIC",1.1611258999999998,1.5825248000000001,2.0957542,2.7234885000000002,3.5548177000000001,4.6777297000000004,5.7766063000000001,6.7994927000000001,7.7373085999999995,8.5976348000000016,9.3943598000000001,10.067579199999999,10.630012000000001,11.1922935,11.740730900000001,12.2058251,12.6567451,13.0385945,13.3244516,13.5123316,13.6267894,13.736726900000001,13.879064099999999,13.9631411,14.077678199999999,14.1924054,14.3360349,14.4226814,14.538260900000001,14.6542216]
[]
[null,{"$f":"Scenarios!$E$5","v":"Accelerated Transition"}]
[null,null,"2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,"NSW",3.4266364999999999,4.2614555000000003,5.4757360000000004,6.7760369999999996,8.1856034999999991,9.6477898,10.872997199999999,11.6848569,12.494763800000001,13.2956576,14.116225199999999,14.8628591,15.622546199999999,16.4114118,17.2358914,17.971085600000002,18.639652300000002,19.229435600000002,19.792204100000003,20.2062612,20.584134300000002,20.953684899999999,21.337624999999999,21.629181500000001,21.949779600000003,22.2751889,22.6410248,22.941666999999999,23.283168199999999,23.630625600000002]
[null,"QLD",8.5771539999999993E-2,8.588026E-2,8.6239440000000001E-2,8.6141190000000006E-2,8.6291350000000003E-2,8.6453440000000006E-2,8.6864070000000002E-2,8.6810720000000008E-2,8.6999389999999996E-2,8.7189149999999993E-2,8.7619589999999997E-2,8.7572429999999993E-2,8.776581E-2,8.796023E-2,8.8396829999999996E-2,8.8350750000000006E-2,8.8546410000000006E-2,8.8742070000000006E-2,8.9181270000000007E-2,8.9132900000000001E-2,8.9327879999999998E-2,8.9522580000000004E-2,8.9962840000000002E-2,8.9911419999999992E-2,9.0105869999999991E-2,9.030059E-2,9.0743829999999998E-2,9.0692019999999998E-2,9.0889230000000001E-2,9.1087769999999998E-2]
[null,"SA",0.11761567999999999,0.14306941000000001,0.17519658000000002,0.20698284999999997,0.27273198999999998,0.37877497999999998,0.48556934999999996,0.59096839000000001,0.69702791000000008,0.76926547000000001,0.80245429000000001,0.83325816000000008,0.86521190000000003,0.89716627999999998,0.93035909999999999,0.96116342999999993,0.99311904000000006,1.0250749800000001,1.0582703600000001,1.0890745900000001,1.1210322399999999,1.15298926,1.18618829,1.2169926499999999,1.2489511499999999,1.2809102700000001,1.31411327,1.3449189500000001,1.3768807199999999,1.40884458]
[null,"TAS",1.7198426399999998E-2,3.2263175700000001E-2,4.8566245199999997E-2,6.4738368500000004E-2,8.6568839199999997E-2,0.1150780512,0.14381702590000001,0.17212523609999997,0.20063444889999998,0.22353646629999999,0.24013389029999999,0.25601191679999996,0.27223534970000002,0.28845868800000002,0.30511904209999996,0.3178339785,0.32831342929999996,0.33879288330000001,0.3497145613,0.35978049939999995,0.37025996130000005,0.38073942550000001,0.3916611237,0.40172696109999995,0.41220643270000001,0.42268590710000004,0.43360762749999998,0.4436735671,0.454153054,0.4646324463]
[null,"VIC",1.3071553,1.8789466000000001,2.5394176000000002,3.4042979,4.2524921999999998,5.3920399000000003,6.5070339000000006,7.5460812000000006,8.5001043999999997,9.3766381999999986,10.2039022,10.937621699999999,11.5582998,12.178977099999999,12.823776199999999,13.3916577,13.9532107,14.450002099999999,14.8509685,15.152359499999999,15.3812958,15.6042007,15.8563049,16.050007300000001,16.272909599999998,16.4958016,16.7479078,16.941606100000001,17.164509500000001,17.387404]

{"sheet":"Electrification","index":26,"n_rows":37,"n_cols":32,"rows_kept":37,"cut":false,"hidden":false,"merged":[]}
[null,"Go to Assumptions Summary"]
[null,"Electrification (TWh)"]
[null,"Electrification of end-use energy consumption otherwise served by other fuels (e.g. gas heating, cooking and industrial processes)"]
[null,"The values do not include electrification of the road transportation sector."]
[null,"Electrification is based on 2024 CSIRO multi-sectoral modelling consultancy."]
[]
[null,"Consultant forecast mapping"]
[null,null,{"$f":"Scenarios!$C$5","v":"Slower Growth"},{"$f":"Scenarios!$D$5","v":"Step Change"},{"$f":"Scenarios!$E$5&\"*\"","v":"Accelerated Transition*"}]
[null,"Consultant's scenario name","Progressive Change","Step Change","Green Energy Industries"]
[null,"*WEM data for the High scenario is included in Accelerated Transition, and is based on Green Energy Exports."]
[]
[null,{"$f":"Scenarios!$C$5","v":"Slower Growth"}]
[null,null,"2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,"NSW",3.4765189453124998E-2,0.14118667968750001,0.3039579375,0.52137759375000003,0.77961462500000001,1.3333929062500001,2.1124572187499999,2.88097828125,3.6070553125,4.3057249999999998,5.0230641250000003,5.5519212500000004,6.0450763749999998,6.4930141250000002,6.9619252500000002,7.507952875,8.0860433749999991,8.672129,9.2490732500000004,9.6387158750000008,10.000042375,10.34710825,10.722558375,11.18721575,11.630545625,11.765988500000001,11.862060124999999,11.89920075,11.980386749999999,12.175076750000001]
[null,"QLD",1.15640734863281E-2,4.5464898437499998E-2,0.11058040625,0.22476266015624999,0.40013495312500003,0.73805850781250004,1.3795110937499999,2.2125147109375001,3.1196339687500001,4.1201931093750002,5.1347305624999997,6.2409774843749997,7.3472890468749998,8.4278120781249992,9.4584336874999995,10.1747428125,10.8353238125,11.4795456875,12.109733625000001,12.562503812499999,13.008054187500001,13.493031374999999,14.1050045625,15.104543062499999,16.144074,16.783298500000001,17.355379687500001,17.658603437499998,17.936154437500001,18.190726874999999]
[null,"SA",1.19715107421875E-2,3.80264111328125E-2,7.6260058593749999E-2,0.12328844921875,0.17367884765625,0.23582655859375001,0.306880828125,0.3725363203125,0.4363494765625,0.50617453906249998,0.57752851562499996,0.66253126562499998,0.76458793749999998,0.91807423437500002,1.0861583593749999,1.2405624531249999,1.4001862031250001,1.568682421875,1.7414932812499999,1.9009914218749999,2.0401194062500001,2.1880360625000002,2.3653662500000001,2.6649863749999998,2.96354496875,3.10843521875,3.2280125937499999,3.32120553125,3.4084490000000001,3.4814026249999999]
[null,"TAS",1.0226726165771499E-2,5.2853850708007799E-2,0.12421206469726601,0.216262903320313,0.31166359277343803,0.38446876953124998,0.44313526757812499,0.48562178906249998,0.51955949414062497,0.54679038867187502,0.57556401953125003,0.59306779101562501,0.61116925390624999,0.63084708007812496,0.65568953515624995,0.69288203515625002,0.73364504296874999,0.76552044531249996,0.79867231250000004,0.82977581249999999,0.8633865234375,0.89655882421874999,0.93222315624999996,0.96870718359374997,1.0033854687499999,1.0174256562499999,1.0279438359374999,1.0275905742187501,1.0266693515625001,1.0246547890625]
[null,"VIC",0.170609609375,0.69368135937499997,1.3340592499999999,2.0032234375,2.6157883750000002,3.78798725,4.6743534999999996,5.2990566250000004,5.8000892500000001,6.2873902499999996,6.8005667499999998,7.4467749999999997,8.0957037500000002,8.6408105000000006,9.1573995000000004,9.5254515000000008,9.886037,10.3192235,10.760161999999999,11.060764000000001,11.450490500000001,11.842259500000001,12.252132,12.649169000000001,13.032207,13.263026,13.484603,13.733263000000001,13.949996499999999,13.9558345]
[null,"WEM",5.5874547119140602E-3,3.3434111328125002E-2,0.18795154882812501,0.4354755078125,0.74575330468750001,0.90839389843749996,1.0901996328125001,1.2038814375,1.2983059374999999,1.3544883750000001,1.5247771718750001,1.6902002656249999,1.9166234375,2.3500777187500002,2.918752,3.4738339374999998,4.1283171562499996,4.84838865625,5.5801573437499998,6.1756372187500004,6.7669154374999998,7.4770427499999998,8.3416449687499998,9.9298110000000008,11.521967437500001,12.3276774375,12.972334,13.368285374999999,13.676387999999999,13.880716625]
[]
[null,{"$f":"Scenarios!$D$5","v":"Step Change"}]
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[null,"NSW",3.58446240234375E-2,0.14427015625,0.32072707812500001,0.57531759375000002,0.89660206249999996,1.4756825625000001,2.3503086249999998,3.5437970000000001,4.7458088125,5.7691675624999998,6.8144374374999996,7.8768027500000004,8.921024375,9.8906766249999993,10.80275825,11.422492,11.992222249999999,12.538762374999999,13.080471375,13.49538825,13.977278,14.404797,14.849080499999999,15.23551075,15.6250445,15.904877000000001,16.191365000000001,16.399650999999999,16.627771750000001,16.814668000000001]
[null,"QLD",1.5140583984375001E-2,7.6238107421875007E-2,0.23546245703124999,0.57739211328124995,1.2225459140624999,2.98796884375,5.389102796875,7.1674880312499996,8.6694480468750008,9.9708941875000008,11.30330371875,12.3680844375,13.39377840625,14.434995750000001,15.48223125,16.37603428125,17.266546093750001,18.137193,18.967980937499998,19.378210750000001,19.814615249999999,20.1518934375,20.497355249999998,20.723789499999999,20.967341000000001,21.114891437499999,21.290781750000001,21.351366500000001,21.457181625,21.546364000000001]
[null,"SA",1.22821301269531E-2,4.2592556640625001E-2,8.884765234375E-2,0.14971321874999999,0.22135505859374999,0.32638543749999999,0.44219392968749999,0.57312085937500001,0.72234703124999999,0.99511940624999995,1.2713306093750001,1.561913921875,1.8568247499999999,2.1739589531250001,2.4791176562500001,2.6816030312499999,2.8639608750000001,3.0326150312500002,3.1966722500000002,3.3237224374999998,3.4798235625,3.6158535937499998,3.755328,3.87725128125,3.9990648437499998,4.08967171875,4.1832585624999998,4.2575359375000001,4.3466839374999999,4.4429406250000003]
[null,"TAS",1.1089803741455099E-2,8.7995425537109401E-2,0.219819212890625,0.37194254296875001,0.52836971875000005,0.64111190332031298,0.72526471679687499,0.78278275390624996,0.82690173828125002,0.86425027343750005,0.90404071679687503,0.93677661328124995,0.96976819921875002,1.00217589453125,1.03575657421875,1.06039226953125,1.08595234375,1.1094302617187499,1.1341372656249999,1.1509273828125,1.1683183671874999,1.1820879140625,1.1940824296874999,1.1915843203125001,1.1828433281249999,1.1427874609374999,1.1004354375000001,1.0656745859375001,1.0380228281249999,1.0209241640625]
[null,"VIC",0.16945246875,0.54248356249999996,1.03805190625,1.6430226875,2.31598025,3.8409852500000001,4.9362089999999998,5.7618074999999997,6.4309237499999998,7.0396437499999998,7.6707105000000002,8.3199594999999995,8.9669974999999997,9.5780282499999991,10.173707,10.654092500000001,11.132464000000001,11.6519765,12.1748145,12.550300500000001,13.033250499999999,13.467389000000001,13.913099000000001,14.334372999999999,14.756228500000001,15.094958999999999,15.443894,15.784917500000001,16.16206,16.532316999999999]
[null,"WEM",4.1326041717529302E-3,2.69079208984375E-2,8.3993820312499995E-2,0.3466877578125,0.73907079687499999,1.1968571562500001,1.5681208906249999,1.9547465937499999,2.4134525624999998,3.2116311875000001,4.218064,5.1076779999999999,6.0913364687499998,7.4059574687499996,8.7966037499999992,10.040771937500001,11.256973374999999,12.401674874999999,13.44580375,13.966309624999999,14.4532095625,14.813692874999999,15.146816749999999,15.362619562500001,15.577553375000001,15.727470312499999,15.8946860625,15.969198375,16.0754371875,16.170916875]
[]
[null,{"$f":"Scenarios!$E$5","v":"Accelerated Transition"}]
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[null,"NSW",4.0276290039062503E-2,0.228419453125,0.53456670312499999,0.96192712499999999,1.5553083750000001,2.41895075,3.4547236875,4.7092527500000001,5.8483095,6.8303203750000003,7.8928041249999996,8.8695389999999996,9.8451296250000002,10.308349874999999,10.766594874999999,11.60874375,12.423318,13.220525,14.0285995,14.719984500000001,15.533478000000001,16.280763499999999,17.028619500000001,17.62177075,18.186183499999999,18.605109500000001,19.014117250000002,19.316505249999999,19.642232499999999,19.947126000000001]
[null,"QLD",2.1250668701171899E-2,0.15310271875000001,0.42159480468749999,0.91288506250000001,2.0143328046875002,3.6915039062499999,5.5496806249999997,7.0835823124999999,8.4414909062499994,9.9107650937499994,11.4454426875,12.8132860625,14.110361906250001,15.2576035,16.389104437499999,17.4491976875,18.4977459375,19.417144687499999,20.298459250000001,20.818722999999999,21.471451500000001,22.0022654375,22.538268062499998,22.896034,23.2596065625,23.510558562500002,23.789213374999999,23.934983249999998,24.136585875000002,24.334793375]
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[null,"VIC",0.17046720312499999,0.54296028124999995,1.0455134374999999,1.645397,2.3629253750000001,3.2946209999999998,4.133396125,5.0419292499999999,5.9510132499999999,7.30568975,8.7164304999999995,9.9622015000000008,11.114687,11.963236500000001,12.750696,13.496553499999999,14.203265500000001,14.861179999999999,15.50113,15.932943,16.629586,17.114439000000001,17.592457,18.024667000000001,18.460230500000002,18.829806000000001,19.2210015,19.603300000000001,20.039141000000001,20.479447]
[null,"WEM",5.1399114990234402E-3,4.8709876953125002E-2,0.18878355468749999,2.1988661640624998,2.6700170000000001,4.649051375,5.253656828125,5.6077847812500003,6.2811593437499997,7.3329290937499998,7.9441558749999999,8.5660618124999992,9.1938077187499996,9.980315375,10.85310525,11.838461562499999,12.843422125,13.7483710625,14.5875241875,15.074950687499999,15.511880625,15.877152562499999,16.223004937500001,16.460002187499999,16.689496875,16.848402499999999,17.017688,17.114762375000002,17.239906625,17.360279999999999]

{"sheet":"Embedded energy storages","index":27,"n_rows":116,"n_cols":34,"rows_kept":116,"cut":false,"hidden":false,"merged":[[12,1,12,25]]}
[null,"Go to Assumptions Summary"]
[null,"Distributed Energy Resources: Total embedded energy storage systems (aggregated and non-aggregated)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Note:","Further information is available at https://forecasting.aemo.com.au"]
[null,"Embedded energy storage forecasts for NEM subregions plus the WEM, based on 2024 CSIRO and Green Energy Markets (GEM) trajectories developed for AEMO"]
[null,"The use of batteries in managing consumer demand is 'netted' off the operational demand forecasts if 'non-aggregated', whereas the 'aggregated' share is modelled like a Virtual Power Plant, operated by a retailer / aggregator as an alternative supply source for arbitrage or emergency response."]
[null,"Embedded battery storages are the cumulative total of \"aggregated\" and \"non-aggregated\" battery installations."]
[]
[null,"Consultant forecast mapping"]
[null,null,{"$f":"Scenarios!C5","v":"Slower Growth"},{"$f":"Scenarios!D5","v":"Step Change"},{"$f":"Scenarios!E5","v":"Accelerated Transition"}]
[null,"Consultant's scenario name","CSIRO","2/3 CSIRO \n1/3 GEM ","2/3 CSIRO\n1/3 GEM"]
[]
[null,"Embedded energy storages (small-scale batteries, MW)"]
[null,"Battery capacity (MW) of embedded battery installations by NEM/WEM subregion. "]
[]
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[]
[]
[null,"Embedded energy storages (small-scale batteries, degraded MWh)"]
[null,"Storage capacity (degraded MWh) of embedded battery installations by NEM/WEM subregion. "]
[]
[null,"Subregion","Region","Scenario","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
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[null,"MEL","VIC",{"$f":"Scenarios!$E$5","v":"Accelerated Transition"},906.9823827637,1353.3849406017,1751.1856148293,2149.8524324312002,2616.3956500538002,3032.155934333,3459.9011599297,3894.2122583146001,4330.9118570665996,4757.2551901431998,5187.6171107242999,5638.0789642486998,6104.7781864499002,6677.7687650455,7195.2451388621002,7906.0313572894001,8620.3570769778999,9397.4275281142,10160.485939833599,10951.238940745199,11693.7489014197,12414.1110466267,13115.567452811199,13856.894027349999,14534.054483056199,15147.0746765739,15781.019061823101,16431.805880236599,17101.080913995302,17765.907637198899]
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[null,"WNV","VIC",{"$f":"Scenarios!$E$5","v":"Accelerated Transition"},252.3322174747,376.17835612959999,486.07120862990001,595.55443146619996,721.02970961749998,836.11255631129995,953.71728647429995,1072.7943743487999,1191.5386174400001,1307.5615875333001,1424.7793971545,1546.8752085705,1673.1813621087999,1824.6523769792,1961.2760066590999,2147.8937750278001,2334.0594670186001,2536.8078552452998,2735.2522828378001,2939.2459797574002,3131.7739139462001,3319.6318689914001,3503.0880301133998,3695.3131170534998,3872.4736640182,4033.9486749132002,4199.4713518295002,4369.2211153617,4543.2846896313004,4713.4107495470998]
[null,"WEM","WEM",{"$f":"Scenarios!$E$5","v":"Accelerated Transition"},468.81983600000001,748.96578599999998,1000.835858,1251.0926260000001,1557.2537339999999,1825.2707989999999,2095.726161,2367.1460510000002,2639.8311910000002,2904.506183,3169.1757520000001,3442.575124,3804.6094680000001,4167.3878070000001,4506.8256670000001,4960.3193330000004,5409.7489999999998,5891.3653340000001,6363.2816670000002,6854.4743330000001,7318.4539999999997,7767.8689999999997,8255.543334,8704.723,9127.3253339999992,9505.5626670000001,9896.0409999999993,10297.533667,10712.038,11126.531333999999]

{"sheet":"Aggregated energy storages","index":28,"n_rows":115,"n_cols":34,"rows_kept":115,"cut":false,"hidden":false,"merged":[[3,1,4,13],[11,1,11,24]]}
[null,"Go to Assumptions Summary"]
[null,"Distributed Energy Resources: Aggregated embedded energy storage systems",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Note:","Further information is available at https://forecasting.aemo.com.au"]
[null,"Aggregated embedded energy storage (VPP) forecasts based on the embedded energy storage forecast."]
[null,"The use of batteries in managing consumer demand is 'netted' off the operational demand forecasts if 'non-aggregated', whereas the 'aggregated' share is modelled like a Virtual Power Plant (VPP), operated by a retailer / aggregator as an alternative supply source for arbitrage or emergency response."]
[]
[]
[null,null,{"$f":"Scenarios!$C$5","v":"Slower Growth"},"Step Change","Accelerated Transition"]
[null,"Consultant's scenario name","CSIRO","2/3 CSIRO \n1/3 GEM ","2/3 CSIRO\n1/3 GEM"]
[]
[null,"Aggregated embedded energy storages (small-scale batteries, MW)"]
[null,"Battery capacity (MW) of aggregated battery installations by NEM/WEM subregion. "]
[]
[null,"Subregion","Region","Scenario","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
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[null,"SNW","NSW","Step Change",87.3369944095612,141.386482715607,204.750765323639,279.82952594757103,376.31549739837601,435.97188186645502,500.40736484527599,570.89364433288597,645.59611511230503,725.12205123901401,810.22867584228504,902.59317016601597,1001.15674972534,1109.2770042419399,1219.02027130127,1368.66125869751,1526.6259193420401,1699.57849502563,1877.9657363891599,2065.9866104125999,2254.3562927246098,2446.2801132202098,2639.2437667846698,2835.37107086182,3034.5505828857399,3146.1963729858398,3259.7336807250999,3375.0787048339798,3492.2072296142601,3611.0958251953102]
[null,"CQ","QLD","Step Change",5.8984022438526198,10.032856702804599,15.033860683441199,20.966588199138599,30.4967879056931,37.720530867576599,45.627871513366699,54.179352045059197,63.6701657772064,73.993579626083402,84.993941783905001,96.983331203460693,109.867858409882,124.23324584960901,138.84531927108799,156.905158996582,176.123662948608,197.201685905457,219.61542415618899,243.12377452850299,266.844081878662,290.62896347045898,315.34582328796398,340.70060157775902,365.88926506042498,380.53491592407198,395.38588523864701,410.43983459472702,425.70561408996599,441.18473434448202]
[null,"GG","QLD","Step Change",0.75431518629193295,1.2849921099841599,1.92592985928059,2.6832635849714301,3.8879290372133299,4.8101646751165399,5.8182045817375201,6.9078034460544604,8.1157479286193794,9.4289664328098297,10.8282819092274,12.353333055973099,13.9906879663467,15.8202097415924,17.677252471447002,19.952342510223399,22.370736002922101,25.0167475938797,27.826633930206299,30.767890095710801,33.724475026130698,36.6788054704666,39.741175293922403,42.874290585517898,45.974844455719001,47.721576452255199,49.489998340606697,51.279780149459803,53.092039823532097,54.9270534515381]
[null,"NQ","QLD","Step Change",9.1429892182350194,15.559847772121399,23.303198933601401,32.480675816535999,47.221452236175502,58.430444955825799,70.699840545654297,83.968671798706097,98.688675403594999,114.697563171387,131.75904273986799,150.36449909210199,170.367301940918,192.689403533936,215.38009834289599,243.37062168121301,273.15676116943399,305.80706405639597,340.51641654968302,376.90137672424299,413.57706642150902,450.31612586975098,488.46378707885702,527.56551361083996,566.36884307861305,588.73044586181595,611.39123535156295,634.34747314453102,657.61267471313499,681.18925476074196]
[null,"SQ","QLD","Step Change",44.471066474914601,75.736255168914795,113.499744415283,158.255133152008,229.96775150299101,284.773603439331,344.78971290588402,409.75485610961903,481.88243865966803,560.39163017272904,644.13000106811501,735.47874069213901,833.68350219726597,943.38368225097702,1054.8544082641599,1192.07069396973,1338.06285095215,1498.04016876221,1668.09030914307,1846.3061981201199,2025.78261566162,2205.4463195800799,2391.9109344482399,2582.9472961425799,2772.3669128418001,2880.6891784668001,2990.4596252441402,3101.6594696044899,3214.35595703125,3328.564453125]
[null,"CSA","SA","Step Change",97.907158851623507,137.259271144867,180.72474479675299,229.627058029175,250.59605312347401,280.875285148621,313.23037624359102,348.89479160308798,386.93244552612299,427.26754570007301,470.92097473144503,516.95569610595703,566.93443298339798,620.64684104919399,672.52801132202103,740.77455902099598,811.926795959473,888.91284561157204,969.33493423461903,1051.48474884033,1133.8973999023401,1214.40906524658,1295.05442810059,1377.74866485596,1458.6352233886701,1504.42639160156,1550.1420059204099,1595.82166290283,1641.45288848877,1687.0255889892601]
[null,"NSA","SA","Step Change",5.9903865456581098,8.4208778589963895,11.119195997715,14.165973842144,15.543862283229799,17.513688564300502,19.620797276496901,21.936138451099399,24.398146569728901,27.008397579193101,29.832945704460101,32.8101871013641,36.037837862968402,39.4919083118439,42.867946028709397,47.370939016342199,52.110115766525297,57.2293376922607,62.5966732501984,68.106434822082505,73.685931205749498,79.188885211944594,84.742622852325397,90.471296787262006,96.1519002914429,99.561994552612305,102.977359294891,106.399727344513,109.827521800995,113.259356021881]
[null,"SESA","SA","Step Change",5.4282959997653997,7.6309003531932804,10.076883465051701,12.843988597393,14.091458708047901,15.861842274665801,17.761336028575901,19.857741773128499,22.0966892242432,24.476861953735401,27.059234380722,29.7922346591949,32.766936659812899,35.971165299415603,39.093889355659499,43.254518747329698,47.631738901138299,52.382001638412497,57.3647301197052,62.483985424041698,67.652290582656903,72.737878322601304,77.860484123229995,83.135443210601807,88.340911865234403,91.428608894348102,94.522060871124296,97.622941970825195,100.729699134827,103.840880393982]
[null,"TAS","TAS","Step Change",3.5286182835698101,6.5270328670740101,10.3629285693169,15.0736222267151,24.3448086977005,29.319211602210999,34.402567744255101,40.430710792541497,46.568416953086903,53.809102296829202,61.032808303833001,69.5544784069061,78.201635360717802,88.193202733993502,97.551275968551593,110.00378656387301,123.31518888473499,138.08858966827401,153.551847457886,169.98347711563099,186.77101182937599,203.69986820220899,221.11819934844999,238.979053497314,257.16859340667702,267.59431552887003,277.96347332000698,288.29305171966598,298.59593963623001,308.92249393463101]
[null,"MEL","VIC","Step Change",56.869809865951503,94.231780290603595,138.075972080231,190.57440042495699,275.90380764007602,330.01296901702898,389.31150436401401,453.820606231689,523.83320045471203,599.32139205932594,680.801025390625,768.27469825744595,864.16263198852505,965.24522399902298,1070.33266067505,1203.59228897095,1345.5322647094699,1503.4590454101599,1669.10609436035,1844.7936553955101,2024.1335906982399,2206.0586471557599,2393.3461227417001,2586.1763839721698,2784.22116851807,2918.2097854614299,3053.7937927246098,3191.1642150878902,3330.7572479248001,3472.7613372802698]
[null,"SEV","VIC","Step Change",5.51918140053749,9.1656775474548304,13.4268978238106,18.501073062419898,26.832703471183802,32.1014242172241,37.8485300540924,44.078237771987901,50.819866180419901,58.0646395683289,65.856462240219102,74.186583518981905,83.290905475616498,92.853608608245906,102.75565052032501,115.369325637817,128.744505405426,143.603259086609,159.14246749877901,175.44500160217299,192.10018253326399,209.076725006104,226.51689243316699,244.43161010742199,262.79173660278298,275.215419769287,287.75049781799299,300.41281890869101,313.23837661743198,326.242763519287]
[null,"WNV","VIC","Step Change",15.962865114212001,26.542857527732799,38.885387539863601,53.565293550491297,77.796124935150104,93.136318683624296,109.860422134399,127.98355102539099,147.59377956390401,168.661713600159,191.313270568848,215.518390655518,241.971934318542,269.75644683837902,298.52203178405802,335.32715606689499,374.34817314147898,417.74229812622099,463.13418006897001,510.63888549804699,559.23711776733398,608.92751312255905,660.00600814819302,712.50562667846702,766.34652709960903,802.99787521362305,839.99286651611305,877.37707901000999,915.25279617309604,953.66509246826195]
[null,"WEM","WEM","Step Change",23.303923249244701,44.3991039991379,70.461594820022597,102.22273373603799,165.81955289840701,200.97349929809599,239.341629981995,281.14646053314198,326.694541931152,375.877400398254,428.88390350341803,485.68558311462402,551.51375770568802,625.10521507263195,696.99921226501499,786.48159790039097,881.39623641967796,985.68312835693405,1093.3954162597699,1207.6358222961401,1324.80991744995,1443.1802139282199,1565.15442657471,1686.03757476807,1805.9608535766599,1884.72299957275,1965.18007659912,2047.3289413452101,2131.1969528198201,2216.7874450683598]
[null,"CNSW","NSW","Accelerated Transition",17.6059380471706,31.066270828247099,47.023898780345903,65.832112073898301,90.406157374382005,107.97865033149699,127.29604601859999,148.264011144638,170.59082603454601,194.429884433746,219.95800304412799,247.25598430633499,277.59164237976103,311.51216411590599,344.10215568542498,379.73086071014399,416.48011207580601,457.46624374389597,498.954536437988,544.02995491027798,588.72655487060501,633.59075355529797,679.00995254516602,725.02140426635697,771.41189575195301,798.94300079345703,826.93377685546898,855.48875808715798,884.61907196044899,914.33662796020496]
[null,"NNSW","NSW","Accelerated Transition",22.940481603145599,40.338465273380301,60.835572600364699,84.865734219551101,116.064227581024,138.143240451813,162.31299304962201,188.45693922042801,216.235870838165,245.84779071807901,277.494077682495,311.252097129822,348.64005947112997,390.24259567260702,430.07929039001499,473.375526428223,517.91422080993698,567.42503166198696,617.48492813110397,671.78215789794899,725.55085372924805,779.49649047851597,834.05171203613304,889.26090240478504,944.88523101806595,977.61803817749001,1010.91749191284,1044.9130172729499,1079.6228866577101,1115.0663337707499]
[null,"SNSW","NSW","Accelerated Transition",27.2725993394852,48.1729205846787,72.970248103141799,102.223550796509,140.51567673683201,167.930784702301,198.09616994857799,230.86767292022699,265.78125095367398,303.07441425323498,343.03417015075701,385.78942489624001,433.35173320770298,486.61623001098599,537.80844306945801,593.75834274292004,651.50596618652298,715.95215797424305,781.19184875488304,852.13557815551803,922.48694992065396,993.09120941162098,1064.58556365967,1137.0204200744599,1210.0517082214401,1253.3823928833001,1297.4421920776399,1342.39588546753,1388.2598152160599,1435.051612854]
[null,"SNW","NSW","Accelerated Transition",104.746803998947,185.74818038940401,282.24917602539102,396.62734317779501,547.60368824005104,656.63051700591996,777.23968696594204,908.95169258117699,1049.82127189636,1200.8089332580601,1363.27612686157,1537.9480438232399,1733.49010848999,1954.3158493041999,2167.38230895996,2401.38743209839,2644.2658157348601,2916.8487854003902,3193.7158584594699,3496.5021057128902,3797.8035964965802,4100.8884963989303,4408.7652816772497,4721.4945220947302,5037.4439544677698,5227.3314514160202,5420.9979248046902,5619.1667938232404,5821.8894958496103,6029.2243957519504]
[null,"CQ","QLD","Accelerated Transition",7.3744218647480002,13.9498397111893,22.073334038257599,32.043242096900897,46.649789452552803,58.409229278564503,71.193522691726699,85.145553112030001,100.24733638763399,116.641105651855,134.121757030487,152.96653270721399,174.2132396698,197.66013526916501,220.97261142730699,250.32067489624001,280.60243415832502,314.28720855712902,349.42934226989701,386.773397445679,424.43003654479998,463.13225364685098,502.36828231811501,541.14486885070801,579.21007156372104,604.13890457153298,629.37071228027298,655.16308212280296,681.53658676147495,708.50630187988304]
[null,"GG","QLD","Accelerated Transition",0.94997380673885301,1.8058004081249199,2.8605569601059,4.1528132557869002,6.0271161794662502,7.53603547811508,9.1741766333579999,10.9601173996925,12.8916803002357,14.986074745655101,17.217569231987,19.620756030082699,22.332832872867598,25.3289803862572,28.297248005867001,32.002495527267499,35.812925338745103,40.040411233901999,44.448944330215497,49.124374866485603,53.8175179958344,58.6214597225189,63.472952604293802,68.2255086898804,72.859322309494004,75.812576532363906,78.805454492568998,81.857709646225004,84.971862316131606,88.149698972701998]
[null,"NQ","QLD","Accelerated Transition",11.4471629261971,21.6844528913498,34.314050078392,49.814037322997997,72.511432647705107,90.799761295318604,110.68620491027799,132.391352176666,155.88614320754999,181.386833190918,208.57855606079099,237.90413856506299,271.00025939941401,307.56347084045399,343.90379142761202,389.59669685363798,436.72849464416498,489.13657379150402,543.811435699463,601.88934326171898,660.37371826171898,720.398975372314,781.17947387695301,841.07755661010697,899.74549102783203,937.86954498291004,976.45372772216797,1015.85173797607,1056.0948181152301,1097.2053985595701]
[null,"SQ","QLD","Accelerated Transition",55.789905548095703,105.84214830398599,167.5973944664,243.408137321472,354.15100097656301,443.52125549316401,540.721254348755,646.85658454894997,761.82338333129906,886.68336105346702,1019.90423202515,1163.57958984375,1325.76647949219,1504.9567413330101,1682.7728652954099,1905.7345886230501,2135.4466400146498,2390.7120208740198,2657.0777893066402,2939.9698028564499,3224.57203674316,3516.4717407226599,3811.8822326660202,4102.4134521484402,4386.5660705566397,4570.1696777343795,4756.2250366210901,4946.2377624511701,5140.3611450195303,5338.7037353515598]
[null,"CSA","SA","Accelerated Transition",107.347577571869,159.514785051346,217.54313611984301,284.01664400100702,318.048915863037,366.49031829834001,418.80923938751198,475.75458717346203,537.57487487793003,603.34036254882801,673.94675827026401,750.35203933715798,835.17565536499001,924.77869033813499,1014.05523681641,1117.28867340088,1223.50867080688,1339.43785095215,1457.3498153686501,1582.05175018311,1708.6278686523401,1834.30225372314,1960.7635955810499,2087.2115707397502,2214.0352554321298,2285.13014221191,2356.4005050659198,2427.8269729614299,2499.67748260498,2571.94627380371]
[null,"NSA","SA","Accelerated Transition",6.5624732524156597,9.7586657702922803,13.3407495617867,17.450727701187098,19.660180926322901,22.811963200569199,26.221717178821599,29.929038107395201,33.947283267974903,38.226387262344403,42.822144746780403,47.792258262634299,53.2935757637024,59.113573074340799,64.966029644012494,71.881759405136094,79.052263736724896,86.912330627441406,94.965523242950397,103.515288352966,112.27298355102501,121.084769248962,130.03017187118499,139.06335115432699,148.206181526184,153.76227474212601,159.35895395278899,164.95950794219999,170.61410188674901,176.32129383087201]
[null,"SESA","SA","Accelerated Transition",5.9506549388170198,8.8611188828945195,12.1239914894104,15.8804612159729,17.8932094573975,20.7355819344521,23.8204652070999,27.1884081959724,30.852970957756,34.764843940734899,38.979761242866502,43.559272050857501,48.661156892776503,54.087525367736802,59.545809030532801,65.989000558853107,72.674980163574205,80.021557807922406,87.5408611297607,95.533226966857896,103.69545888900799,111.871664047241,120.14751720428499,128.47216415405299,136.865966796875,141.83996391296401,146.84140253067,151.85309553146399,156.90579080581699,161.997890472412]
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[null,"MEL","VIC","Accelerated Transition",71.970307350158706,134.15855932235701,210.21758365631101,302.14088249206497,432.79517555236799,525.01590156555199,626.23252868652298,737.40480613708496,856.211851119995,982.81270217895496,1121.0323066711401,1269.07312393188,1430.5741271972699,1613.5557327270501,1793.81285476685,2023.51854705811,2261.7479019164998,2526.4048614501999,2803.6815185546898,3100.3509979248001,3404.7894973754901,3713.3080291748001,4029.0133972168001,4357.3438720703098,4679.2644653320303,4901.51271057129,5128.0425872802698,5359.8616485595703,5597.3989715576199,5840.0526733398401]
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[]
[]
[null,"Aggregated embedded energy storages (small-scale batteries, degraded MWh)"]
[null,"Storage capacity (degraded MWh) of aggregated battery installations by NEM/WEM subregion. "]
[]
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[null,"MEL","VIC",{"$f":"Scenarios!$E$5","v":"Accelerated Transition"},141.15011501312301,268.00935411453202,420.063617706299,605.554968833923,868.64332580566395,1051.1473693847699,1250.17763137817,1466.81994247437,1694.8300285339401,1931.4455223083501,2185.7159881591801,2458.2024383544899,2755.2899093627898,3111.84007263184,3458.51441192627,3895.0380477905301,4344.6598358154297,4842.8078308105496,5357.9626007080096,5899.0672302246103,6439.3578643798801,6976.7305297851599,7519.5916900634802,8110.9024658203098,8671.9863891601599,9037.7555541992206,9416.0085144043005,9804.3110046386701,10203.644897460899,10600.325683593799]
[null,"SEV","VIC",{"$f":"Scenarios!$E$5","v":"Accelerated Transition"},13.5857120454311,25.7511887550354,40.298168540000901,57.966997146606403,83.098940134048505,100.544652462006,119.478823661804,140.03839731216399,161.55830049514799,183.88042926788299,207.857563972473,233.452492713928,261.305395126343,294.23133850097702,326.19393157959001,366.11168479919399,406.96664428710898,452.156543731689,498.75172805786099,547.35719299316395,595.99657249450695,644.44709777831997,693.41276168823197,746.42170333862305,796.90554428100597,829.65425491332996,863.259483337402,897.69443893432594,932.99403762817406,967.601406097412]
[null,"WNV","VIC",{"$f":"Scenarios!$E$5","v":"Accelerated Transition"},39.140980720519998,74.169096708297701,116.04235816001901,166.87737703323401,239.38185119628901,289.85234642028797,344.60987472534202,404.085862159729,466.28873825073202,530.86997985839798,600.30706787109398,674.43753051757801,755.162559509277,850.28801727294899,942.72002410888695,1058.1956253051801,1176.36598587036,1307.3016204834,1442.38966369629,1583.2738800048801,1724.5635452270501,1865.63304138184,2008.43700408936,2162.98999786377,2310.5760269164998,2406.92287445068,2505.6847457885701,2606.9685821533199,2710.8266143798801,2812.3351287841801]
[null,"WEM","WEM",{"$f":"Scenarios!$E$5","v":"Accelerated Transition"},60.335308551788302,130.1995408535,219.21502637863199,330.49725627899198,517.00821399688698,632.760547637939,757.25573158264206,891.62502861022904,1033.0538978576701,1179.2294387817401,1335.2794723510699,1500.9627037048299,1717.14710617065,1942.0026397705101,2166.2808532714798,2443.7838134765602,2726.5136108398401,3036.01710510254,3355.5703582763699,3692.2767257690398,4030.0289001464798,4365.5422363281295,4733.1779785156295,5095.1644134521503,5445.9708557128897,5671.6527252197302,5904.6376647949201,6144.1953430175799,6391.5164794921902,6638.8306579589798]

{"sheet":"Network representation","index":29,"n_rows":82,"n_cols":5,"rows_kept":82,"cut":false,"hidden":false,"merged":[[26,1,29,1],[30,1,33,1],[34,1,36,1],[37,1,39,1]]}
[null,"Go to Assumptions Summary"]
[null,"Existing network sub-regional topology representation in the capacity outlook market model",null,null,"Sub-regional representation"]
[null,"The table describes the sub-regional representation of the NEM through flow paths in the capacity outlook model. The capacity outlook model is described in the ISP Methodology.  "]
[]
[null,"Flow path definition","Definition of interconnector or flow path boundaries "]
[null,"CQ-NQ","Bouldercombe-Nebo 275 kV (1 circuit)\nBroadsound-Nebo 275 kV (3 circuits)\nDysart-Peak Downs/Moranbah 132 kV (1 circuit)\nDysart-Eagle Downs 132 kV (1 circuit)"]
[null,"CQ-GG","Bouldercombe-Calliope River 275 kV (1 circuit) \nRaglan-Larcom Creek  275 kV (1 circuit)\nCalvale-Wurdong 275 kV (1 circuit)\nGin Gin-Calliope River 275 kV (2 circuits)\nTeebar Creek-Wurdong 275 kV (1 circuit)"]
[null,"SQ-CQ","Woolooga-Teebar Creek 275 kV (1 circuit)\nWoolooga-Gin Gin 275 kV (2 circuits)\nHalys-Calvale 275 kV (2 circuits)"]
[null,"NNSW-SQ","Dumaresq-Bulli Creek 330 kV (2 circuits)"]
[null,"NNSW-SQ (Terranora)","Terranora-Mudgeeraba 110 kV (2 circuits) "]
[null,"CNSW-NNSW","Muswellbrook-Tamworth 330 kV (1 circuit)\nLiddell-Tamworth 330 kV (1 circuit)\nHawks Nest Tee-Taree 132 kV line (1 circuit)\nStroud-Taree  132 kV line (1 circuit)"]
[null,"CNSW-SNW","Wallerawang-Ingleburn 330 kV (1 circuit)\nWallerawang-Sydney South 330 kV (1 circuit)\nBayswater-Sydney West ­330 kV (1 circuit)\nBayswater-Regentville 330 kV (1 circuit)\nLiddell-Newcastle 330 kV (1 circuit)\nLiddell-Tomago 330 kV (1 circuit)\nBannaby-Sydney West 330 kV (1 circuit)\nMarulan-Avon 330 kV (1 circuit)\nMarulan-Dapto  330 kV (1 circuit)\nKangaroo Valley-Dapto 330 kV (1 circuit)\nStroud-Brandy Hill 132 kV (1 circuit)\nStroud-Tomago 132 kV (1 circuit)\nHawks Nest tee-Tomago 132 kV (1 circuit)\nSingleton - Rothbury 132 kV (1 circuit which is normally open)"]
[null,"SNSW-CNSW","Crookwell -Bannaby 330 kV (1 circuit)\nYass-Marulan  330 kV (1 circuit)\nCollector - Marulan 330 kV (1 circuit)\nCapital-Kangaroo Valley 330 kV (1 circuit)\nYass-Cowra 132 kV (2 circuits)"]
[null,"SNSW-CSA","Buronga  - Bundy 330 kV (2 circuits)"]
[null,"WNV-SNSW","Murray-Upper Tumut 330 kV (1 circuit)\nMurray-Lower Tumut 330 kV (1 circuit)\nWodonga-Jindera 330 kV (1 circuit)\nRed Cliffs-Buronga 220 kV line (2 circuits)\nJindabyne - Guthega 132 kV line (1 circuit)\nGeehi Dam - Guthega 132 kV line (1 circuit)"]
[null,"MEL-WNV","Sydenham-Moorabool 500 kV (2 circuits)\nSydenham-Bulgana 500 kV (2 circuits)-post Western Renewables Link (WRL) \nGeelong-Moorabool 220 kV (2 circuits)\nSouth Morang-Dederang 330 kV (2 circuits)\nThomastown-Eildon 220 kV (1 circuit)\nGeelong-Winchelsea 66 kV (1 circuit)\nBrooklyn-Bacchus Marsh 66 kV (1 circuit)"]
[null,"SEV-MEL","Hazelwood-South Morang 500 kV (2 circuits)\nHazelwood-Rowville 500 kV (1 circuit)\nHazelwood-Cranbourne 500 kV (1 circuit)\nHazelwood-Rowville 220 kV (2 circuits)\nYallourn-Rowville 220 kV (4 circuits)"]
[null,"TAS-SEV","George Town-Loy Yang HVDC cable"]
[null,"WNV-SESA","Heywood-South East 275 kV (2 circuits)"]
[null,"WNV-CSA (Murraylink)","Red Cliffs-Monash HVDC cable"]
[null,"SESA-CSA","Tailem Bend-Tungkillo 275 kV (2 circuits)\nTailem Bend-Mobilong 132 kV (1 circuit)"]
[null,"CSA-NSA","Bungama-Davenport 275 kV (1 circuit)\nBrinkworth-Davenport 275 kV (1 circuit)\nMt Lock-Davenport 275 kV (1 circuit)\nBelalie-Davenport 275 kV (1 circuit)"]
[]
[null,"Sub-regional Reference Nodes"]
[]
[null,"NEM region","ISP sub-region","Sub-regional reference node"]
[null,"Queensland","Northern Queensland (NQ)","Ross 275 kV"]
[null,null,"Central Queensland (CQ)","Broadsound 275 kV"]
[null,null,"Gladstone Grid (GG)","Calliope River 275 kV"]
[null,null,"Southern Queensland (SQ)","South Pine 275 kV"]
[null,"New South Wales","Northern New South Wales (NNSW)","Armidale 330 kV"]
[null,null,"Central New South Wales (CNSW)","Wellington 330 kV"]
[null,null,"Southern NSW (SNSW)","Canberra 330 kV"]
[null,null,"Sydney, Newcastle, Wollongong (SNW)","Sydney West 330 kV"]
[null,"Victoria","West and North Victoria (WNV)","Moorabool 220 kV"]
[null,null,"South East Victoria (SEV)","Hazelwood 500 kV"]
[null,null,"Greater Melbourne and Geelong (MEL)","Thomastown 66 kV"]
[null,"South Australia","Northern South Australia (NSA)","Davenport 275 kV"]
[null,null,"Central South Australia (CSA)","Torrens Island 66 kV"]
[null,null,"South East South Australia (SESA)","South East 132 kV"]
[null,"Tasmania","Tasmania (TAS)","George Town 220 kV"]
[null,"Note: The capacity outlook model represents flow path transfer limits between sub regions as the transfer between sub-regional reference nodes."]
[]
[null,"Regional topology representation"]
[null,"The time-sequential model uses detailed transmission constraint equations to represent the capability of the network to flow (intra- and inter-regionally). The time-sequential model is described in the ISP Methodology. "]
[null,"Interconnector","Definition of interconnector in NEM operations","Interconnector representation in PLEXOS capacity outlook model"]
[null,"Northern New South Wales (NNSW) to Southern Queensland (SQ)  (QNI)","Two 330 kV lines between Bulli Creek in Queensland and Dumaresq in New South Wales.","South Pine in Queensland and Sydney West in New South Wales"]
[null,"Northern New South Wales (NNSW) to Southern Queensland (SQ) (Terranora)","Two 110 kV lines between Mudgeeraba in Queensland and Terranora in New South Wales.","South Pine in Queensland and Sydney West in New South Wales"]
[null,"SNSW-CSA","Two 330 kV lines between Buronga and Bundy.","Sydney West in New South Wales and Torrens Island in South Australia."]
[null,"WNV-SNSW","The 330 kV line between Murray and Upper Tumut.\nThe 330 kV line between Murray and Lower Tumut.\nThe 330 kV line between Jindera and Wodonga.\nTwo 220 kV lines between Buronga and Red Cliffs.\nJindabyne - Guthega 132 kV line (1 circuit)\nGeehi Dam - Guthega 132 kV line (1 circuit)","Thomastown in Victoria and Sydney West in New South Wales."]
[null,"TAS-SEV","HVDC cable between Loy Yang in Victoria and George Town in Tasmania.","Thomastown in Victoria and Georgetown in Tasmania."]
[null,"WNV- SESA (Heywood)","Two 275 kV lines between Heywood in Victoria and South East in South Australia.","Thomastown in Victoria and Torrens Island in South Australia."]
[null,"WNV-CSA (Murraylink)","HVDC cable between Red Cliffs in Victoria and Monash in South Australia.","Thomastown in Victoria and Torrens Island in South Australia."]
[]
[null,"Regional Reference Nodes"]
[]
[null,"NEM region","ISP sub-region","Sub-regional reference node"]
[null,"Queensland","Southern Queensland (SQ)","South Pine 275 kV"]
[null,"New South Wales","Sydney, Newcastle, Wollongong (SNW)","Sydney West 330 kV"]
[null,"Victoria","Greater Melbourne and Geelong (MEL)","Thomastown 66 kV"]
[null,"South Australia","Central South Australia (CSA)","Torrens Island 66 kV"]
[null,"Tasmania","Tasmania (TAS)","George Town 220 kV"]
[null,"Note: The capacity outlook model represents flow path transfer limits as the transfer between reference nodes."]
[]
[null,"Load and generation representation within the sub-regional model"]
[]
[null,"NEM region / Sub-region","Reference node","Load and generation representation"]
[null,"Northern Queensland (NQ)","Ross 275 kV","All load and generation including and north of Nebo, Eagle Downs, Peak Downs and Moranbah."]
[null,"Central Queensland (CQ)","Broadsound 275 kV","All load and generation including and north of Calvale, Gin Gin, Teebar Creek substations, except load and generation in NQ and GG sub-regions."]
[null,"Gladstone Grid (GG)","Calliope River 275 kV","All load and generation at Calliope River, Boyne Island, Larcom Creek and Wurdong substations."]
[null,"Southern Queensland (SQ)","South Pine 275 kV","All Queensland load and generation except load and generation in NQ, CQ and GG sub-regions. This includes the Brisbane area."]
[null,"Northern New South Wales (NNSW)","Armidale 330 kV","Load and generation in northern New South Wales, including and north of Tamworth substation."]
[null,"Central New South Wales (CNSW)","Wellington 330 kV","Load and generation in central New South Wales, including and west of Wallerawang, Wollar, Bayswater, Liddell, Muswellbrook and Bannaby substations. "]
[null,"Southern NSW (SNSW)","Canberra 330 kV","Load and generation in southern New South Wales, including and south of Gullen Range, Marulan and Kangaroo Valley substations. All load and generation in South West New South Wales."]
[null,"Sydney, Newcastle, Wollongong (SNW)","Sydney West 330 kV","All New South Wales region load and generation except load and generation in CNSW, SNSW, NNSW sub-regions. This includes Greater Sydney, Newcastle and Wollongong areas. "]
[null,"West and North Victoria (WNV)","Moorabool 220 kV","Load and generation in the north and west of Victoria, including and north and west of Moorabool, Eildon, Dederang, Winchelsea and Bacchus Marsh substations. "]
[null,"South East Victoria (SEV)","Hazelwood 500 kV","Load and generation in south east Victoria and Gippsland region including at Hazelwood, Loy Yang, Yallourn, Jeeralang and Morwell substations."]
[null,"Greater Melbourne and Geelong (MEL)","Thomastown 66 kV","All Victorian region load and generation, except load and generation in WNV and SEV sub-regions. This includes Greater Melbourne and Geelong areas."]
[null,"Northern South Australia (NSA)","Davenport 275 kV","Load and generation in northern South Australia, including and north of Davenport and Eyre Region."]
[null,"Central South Australia (CSA)","Torrens Island 66 kV","All South Australian region load and generation except NSA and SESA sub-region load and generation. This includes the Greater Adelaide area."]
[null,"South East South Australia (SESA)","South East 132 kV","Load and generation in south east South Australia, including and south of Tailem Bend."]
[null,"Tasmania (TAS)","George Town 220 kV","All load and generation within Tasmania."]

{"sheet":"Renewable energy zones","index":30,"n_rows":52,"n_cols":8,"rows_kept":52,"cut":false,"hidden":false,"merged":[[49,1,49,5],[51,1,51,5],[3,1,3,4],[33,7,48,15],[47,1,47,6],[48,1,48,5],[50,1,50,5]]}
[null,"Go to Assumptions Summary"]
[null,"Candidate Renewable Energy Zones",null,null,null,null,null,"Renewable Energy Zone Map"]
[null,"List of Candidate Renewable Energy Zones (REZs) by NEM region and zone"]
[null,"A KMZ file with the indicative candidate REZ boundaries is available at https://aemo.com.au/consultations/current-and-closed-consultations/2025-iasr"]
[]
[null,"ID","Name","NEM region","ISP sub-region"]
[null,"Q1","Far North QLD","QLD","NQ"]
[null,"Q2","North Qld Clean Energy Hub","QLD","NQ"]
[null,"Q3","Northern Qld","QLD","NQ"]
[null,"Q4","Isaac","QLD","CQ"]
[null,"Q5","Barcaldine","QLD","CQ"]
[null,"Q6","Fitzroy","QLD","CQ"]
[null,"Q7","Wide Bay","QLD","SQ"]
[null,"Q8","Darling Downs","QLD","SQ"]
[null,"Q9","Banana","QLD","CQ"]
[null,"Q10","Collinsville","QLD","NQ"]
[null,"N1","North West NSW","NSW","NNSW"]
[null,"N2","New England","NSW","NNSW"]
[null,"N3","Central-West Orana","NSW","CNSW"]
[null,"N4","Broken Hill","NSW","SNSW"]
[null,"N5","South West NSW","NSW","SNSW"]
[null,"N6","Wagga Wagga","NSW","SNSW"]
[null,"N7","Tumut","NSW","SNSW"]
[null,"N8","Cooma-Monaro","NSW","SNSW"]
[null,"N9","Hunter-Central Coast","NSW","CNSW"]
[null,"N10","Hunter Coast","NSW","SNW"]
[null,"N11","Illawarra Coast","NSW","SNW"]
[null,"N12","Illawarra","NSW","SNW"]
[null,"N13","South Cobar","NSW","SNSW"]
[null,"S1","South East SA","SA","SESA"]
[null,"S2","Riverland","SA","CSA"]
[null,"S3","Mid-North SA","SA","CSA"]
[null,"S4","Yorke Peninsula","SA","CSA"]
[null,"S5","Northern SA","SA","NSA",null,null,"† The REZs N2 New England, N3 Central-West Orana, N5 South West NSW, N10 Hunter-Central Coast and N12 Illawarra REZs are aligned with the New South Wales Government’s declaration for these REZs. The boundaries for these REZs are aligned with the indicative geographical area defined in New South Wales Department of Planning, Industry and Environment publications.\n* AEMO has aligned the boundaries of its candidate offshores REZs with the areas published in the Commonwealth Notice of proposal  to declare priority areas – Gippsland and Southern Ocean in Victoria, Hunter Coast and Illawarra Coast in NSW, and Bass Strait in Tasmania. At: https://www.dcceew.gov.au/energy/renewable/offshore-wind/areas.\n**AEMO has modified the REZ boundary for S5 Northern South Australia REZ to include the Whyalla West proposed release area declared by the South Australian Government for consultation in September 2024 under the Hydrogen and Renewable Energy Act 2023 as defined in https://www.energymining.sa.gov.au/public-consultations/current-consultations/release-areas-hydrogen-and-renewable-energy-act.\n*** The candidate REZs in Victoria have been updated to be consistent with material published in May 2025 in the Victorian Government’s Draft 2025 Victorian Transmission Plan. The information in this section will be updated following the release of the 2025 Victorian Transmission Plan."]
[null,"S6","Roxby Downs","SA","NSA"]
[null,"S7","Eastern Eyre Peninsula","SA","NSA"]
[null,"S8","Western Eyre Peninsula","SA","NSA"]
[null,"T1","North East Tasmania","TAS","TAS"]
[null,"T2","North West Tasmania","TAS","TAS"]
[null,"T3","Central Highlands","TAS","TAS"]
[null,"T4","North Tasmania Coast","TAS","TAS"]
[null,"DN1","Dubbo","NSW","CNSW"]
[null,"DN2","Yass","NSW","SNSW"]
[null,"DN3","Marulan","NSW","CNSW"]
[]
[]
[null,"Note: "]
[null,"1.\tThe Queensland Government released its Queensland REZ Roadmap in March 2024, nominating 12 potential future REZs across Queenland. AEMO has modified its candidate REZ boundaries for Queensland through joint planning with Powerlink to include the Roadmap REZ connection points. Broadly, Far Northern QREZ is included in Q1, Flinders REZ in Q2, Isaac REZ and Capricorn REZ in Q4, Calliope REZ and Callide REZ in Q6, Woolooga REZ in Q7, Darling Downs REZ, Western Downs REZ, Tarong REZ and Southern Downs REZ in Q8 and Collinsville REZ in Q10. AEMO will engage with the Queensland Government and Powerlink as the Roadmap is developed."]
[null,"2.\tThe N13 South Cobar REZ has been added as a new candidate REZ in the vicinity of Central West New South Wales based on joint planning with Transgrid and EnergyCo, and in recognition of concepts explored in Transgrid’s 2024 Transmission Annual Planning Report."]
[null,"3. The S5 Northern South Australia REZ has been modified to include the Whyalla West proposed release area declared by the South Australian Government for consultation in September 2024 under the Hydrogen and Renewable Energy Act 2023 to assess the benefits of this zone. The REZ boundaries are aligned with the indicative geographical area defined in https://www.energymining.sa.gov.au/public-consultations/current-consultations/release-areas-hydrogen-and-renewable-energy-act. AEMO will engage with the South Australian Government as the consultation is progressed. The REZ boundary of S8 Eastern Eyre Peninsula REZ has been slightly modified to avoid overlap with the proposed release area."]
[null,"4.\tThe REZ boundaries of S3 and S5 have been modified to reflect the sub-regional definition changes (refer to \"Network representation\" sheet)."]
[null,"5.\tThe candidate REZs in Victoria have been updated to be consistent with material published in May 2025 in the Victorian Government’s Draft 2025 Victorian Transmission Plan. The information in this section will be updated following the release of the 2025 Victorian Transmission Plan."]

{"sheet":"Network capability","index":31,"n_rows":151,"n_cols":22,"rows_kept":151,"cut":false,"hidden":false,"merged":[[44,1,44,5],[45,1,45,5],[46,1,46,5],[50,8,50,9],[74,8,75,9],[50,12,50,13],[50,10,50,11],[74,6,75,7],[149,1,149,6],[50,6,50,7],[50,1,51,1],[50,2,50,3],[50,4,50,5],[94,1,94,3],[98,2,98,3],[73,0,73,1],[74,0,75,0],[74,2,75,3],[74,4,75,5],[84,0,84,1],[43,1,43,5],[5,10,6,10],[5,8,5,9],[33,2,33,4],[33,5,33,7],[33,8,33,9],[26,1,26,5],[5,2,5,4],[5,5,5,7],[5,1,6,1],[28,1,28,5],[27,1,27,5],[33,10,34,10],[33,1,34,1]]}
[null,"Go to Assumptions Summary"]
[null,"Flow path transfer capability (MW)"]
[null,"This table describes the transfer capability along the flow paths for capacity outlook model under different system conditions. Please note that some flow paths are the same as the regional model. Refer to the section 2.3.1 of the ISP Methodology for more information."]
[null,"Transfer capability values represent the transmission network from 1 July 2025. All committed and anticipated projects with full capacity release from 1 July 2025 are taken into account in the transfer limits."]
[]
[null,"Flow Paths","Forward direction capability approximation (MW) - Notes 1,2&3",null,null,"Reverse direction capability approximation (MW) - Notes 1,2&3",null,null,"Dominant constraints",null,"Notes"]
[null,null,"Peak demand","Summer typical","Winter refernce","Peak demand","Summer typical","Winter refernce","Forward direction","Reverse direction"]
[null,"CQ-NQ",1200,1200,1400,1440,1440,1910,"Voltage stability in NQ for the loss of NQ or CQ transmission network elements. ","Thermal capability of Broadsound to Nebo 275 kV line 1 for the loss of second Broadsound to Nebo 275 kV line or thermal capability of Dysart to Peak Downs/Moranbah 132 kV line.","Limits were determined with the inclusion of a minor Strathmore to Ross line upgrade. AEMO is working with Powerlink to further investigate possible voltage or transient stability limits associated with CQ – NQ reverse flow capability. "]
[null,"CQ-GG",700,700,1050,750,750,1100,"Thermal overload of Calvale to Wurdong 275 kV line","Thermal capacity of Calliope River-Woolooga for the loss of one of the parallel lines","CQ-GG limits are heavily influenced by the amount of generation and northern and central QLD, particularly at Gladstone. The provided transfer limit is a representation with typical generation output from Stanwell and Calvale and reduced generation at Gladstone. This limit will be further reviewed with hourly simulation results."]
[null,"SQ-CQ",1100,1100,1100,2100,2100,2100,"Thermal capability of Blackwall -South Pine 275 kV line.","Transient stability or voltage stability for a contingency of the Calvale-Halys 275 kV circuit.","It is assumed Powerlink will establish a new substation at Karana Downs for teeing-in both Blackwall – Rocklea 275 kV lines to South Pine."]
[null,"NNSW-SQ",950,950,950,1450,1450,1450,"QNI forward direction maximum transfer capacity of 950 MW (design limit with QNI minor).","Thermal capacity of Sapphire-Armidale 330 kV line for an outage of Dumaresq-Armidale 330 kV line. This assumes no Sapphire wind and/or Tilbuster solar generation.\n","These transfer limits include the completion of the QNI minor project. QNI minor is currently undergoing inter-network testing to release the designed maximum capacity. QLD to NSW transfer limit influenced by generation output from Sapphire Wind Farm and Tilbuster Solar Farm. "]
[null,"NNSW-SQ (Terranora)",0,50,50,130,150,200,"Thermal capability of Lismore - Dunoon 132 kV lines.","Thermal capability of Mudgeeraba 275/110 kV transformers"]
[null,"CNSW-NNSW",910,910,910,930,930,1025,"Voltage stability for an outage of Kogan Creek generator.","Thermal capability of Tamworth-Armidale 330 kV circuits."]
[null,"CNSW-SNW-NTH",4490,4490,4730,4490,4490,4730,"Maximum transfer capability is limited by several 330 kV lines and the most limiting elements are Liddell-Newcastle and Liddell-Tomago 330 kV lines. ",null,"For long-term capacity outlook modelling, CNSW-SNW transfer limit is represented as two limits. One as CNSW-SNW_South and other as CNSW-SNW_North. AEMO has worked closely with EnergyCo and Transgrid to refine this limit to be used for the long-term capacity outlook model. The transfer limit for this flow path has been formulated for the long-term capacity outlook model and shouldn't be used for other applications. \nCNSW-SNW transfer limit improvement with Waratah Super Battery (WSB) with a System Integrity Protection Scheme (SIPS) and associated minor network augmentation, are provided in a table below titled 'Notional transfer capability uplift between the sub-regions for committed and anticipated projects'. Central West Orana REZ Network Infrastructure Project also improves CNSW-SNW transfer limit.\nPower is not expected to frequently flow from SNW to CNSW since the major load centre is SNW. Forward direction transfer limit will be assessed if material importance."]
[null,"CNSW-SNW-STH",2540,2540,2720,2540,2540,2720,"Maximum transfer capability is limited by several 330 kV lines and the most limiting element is Bannaby-Sydney West 330 kV line. ",null,"For long-term capacity outlook modelling, CNSW-SNW transfer limit is represented as two limits. One as CNSW-SNW_South and other as CNSW-SNW_North. AEMO has worked closely with EnergyCo and Transgrid to refine this limit to be used for the long-term capacity outlook model. The forward limit for this flow path has been formulated for the detailed long-term capacity outlook model and shouldn't be used for other applications. \nCNSW-SNW transfer limit improvement with Waratah Super Battery (WSB) with a System Integrity Protection Scheme (SIPS) and associated minor network augmentation, are provided in a table below titled 'Notional transfer capability uplift between the sub-regions for committed and anticipated projects'. Central West Orana REZ Network Infrastructure Project also improves CNSW-SNW transfer limit.\nPower is not expected to frequently flow from SNW to CNSW since the major load centre is SNW. Forward direction transfer limit will be assessed if material importance."]
[null,"SNSW-CNSW","2700\n(Snowy 2.0 generation\n or pump load <= 660)","2700\n(Snowy 2.0 generation\n or pump load <= 660)","2950\n(Snowy 2.0 generation\n or pump load <= 660)","2,320\n","2,320\n","2,590\n","Thermal capability of Crookwell-Bannaby, Collector-Marula or  Yass-Marulan 330 kV lines.\nPrior to HumeLink service, Snowy 2.0 generation or pump load is limited by a transient stability limit.","Thermal capability of Yass-Canberra,  Collector -Yass or Gullen Range-Yass 330 kV line.","For all forward direction transfer limits - The limit of 660 MW of Snowy 2.0 generation  or pumping load represents with Snowy 2.0 connection to the existing network and prior to HumeLink in service. With HumeLink in service, up to 2,200 MW of Snowy 2.0 generation or pumping load is made available in the modelling."]
[null,"SNSW-CSA",150,150,150,150,150,150,"Project EnergyConnect Stage 1 design limit.","Project EnergyConnect Stage 1 design limit.","WNV - CSA and SNSW - CSA combined maximum transfer limit is 750 MW in forward direction (import into SA) and 700 MW in reverse direction (export from SA).\nThis transfer limit will increase with full capacity release of Project EnergyConnect (Stage 2 completion).  Additional transfer capacity is provided in a table below titled 'Notional transfer capability uplift between the sub-regions for committed and anticipated projects'."]
[null,"WNV-SNSW",870,1000,1000,"400 (with VNI SIPS)\n(Snowy 2.0 generation \nor pump load <= 660)","400\n(Snowy 2.0 generation \nor pump load <= 660)","400\n(Snowy 2.0 generation \nor pump load <= 660)","Transient stability for a fault on a Hazelwood-South 500 circuit or volage stability in Southern New South Wales for loss of largest load in Victoria.","Voltage stability  in SNSW for loss of the largest generator in Victoria. \nPrior to HumeLink service, Snowy 2.0 generation or pump load is limited by a transient stability limit.","The forward direction transfer limits include the completion of the VNI minor project. \n\nFor peak demand limit in reverse direction - Victoria system integrity protection scheme (SIPS) with 250 MW battery storage in western side of Melbourne raises the thermal capacity in the reverse direction of Victoria-New South Wales interconnector. SSNW to WNV transfer limit during peak periods reduces to 250 MW on conclusion of the VNI SIPS agreement 31 March 2032.\n\nFor all reverse direction transfer limits - The limit of 660 MW of Snowy 2.0 generation  or pumping load represents with Snowy 2.0 connection to the existing network and prior to HumeLink in service. With HumeLink in service, up to 2,200 MW of Snowy 2.0 generation or pumping load is made available in modelling.Access of Snowy 2.0 generation to Victoria is subject to NSW to VIC interconnetor transfer limit."]
[null,"MEL-WNV",3000,3000,3000,2300,2550,4880,"Thermal capability of 220kV line between Ballarat-Bendigo with loss of South Morang to Dederang 330kV line and 5000MW load in Victoria.","Thermal capability of 220 kV lines between Moorabool and Geelong for loss of a parallel 220 kV circuit. ","New flow path added in this 2025 IASR.\nGeneration from MEL is not expected to supply WNV (Forward direction) at times of high demand periods. For the forward direction transfer limits – a maximum transfer capacity of 3,000 MW represents with demand in Victoria between 4,000 MW to 6,000 MW. These limits have been reviewed in collaboration with AEMO (Victorian Planning) and VicGrid.\nTransfer limits associated with post Western Renewables Link are available in the “Network Capability” worksheet in the 2025 Inputs and Assumptions Workbook."]
[null,"SEV-MEL",7100,7430,8170,7100,7430,8170,"Thermal capability of 220 kV lines between Rowville and Yallourn or 220 lines between Brunswick and Richmond.","-","New flow path added in this 2025 IASR.\nThis limit is applicable for the existing network before retirement of Yallourn Power Station. \nPower is not expected to frequently flow from MEL to SEV since the major load centre is MEL. Reverse direction transfer limit will be assessed if material importance.\nA transient or voltage stability limit lower than the thermal limit may be applicable for this flow path. This limit is applicable until Yallourn power station closure. AEMO will continue to engage with AEMO (Victorian Planning) and VicGrid to further refine this limit.\nTransfer limits with Western Renewables Link and post Yallourn power station closure are available in the “Network Capability” worksheet in the 2025 Inputs and Assumptions Workbook. "]
[null,"TAS-SEV",594,594,594,478,478,478,"Basslink HVDC submarine cable transfer limit. ","Basslink HVDC submarine cable transfer limit. ","The TAS - VIC (Basslink) allowable capability is limited by a daily energy throughput limit, as outlined in the table below. APA has advised AEMO of a new Cable Load Prediction System (CLPS) for Basslink that allows for this dynamic capacity on this existing cable between Tasmania and Victoria, increasing peak transfer capacity to its original design transfer capacity (594 MW towards Victoria and 478 MW towards Tasmania). Source: 2023 ESOO update, https://www.aemo.com.au/-/media/files/electricity/nem/planning_and_forecasting/nem_esoo/2023/may-2024-update-to-the-2023-electricity-statement-of-opportunities.pdf"]
[null,"WNV-SESA",650,650,650,650,650,650,"Thermal capability of Heywood-South East 275 kV line or transient stability limit for loss of the largest generator in South Australia or transient stability  limit of loss of South East - Tailem Bend 275 kV line.","\nOscillatory stability limit.","Heywood interconnector currently operates at 600 MW forward capability and 550 MW reverse capability. AEMO and ElectraNet work towards to release the transfer capability to its designed capability of 650 MW in both directions. "]
[null,"WNV-CSA (Murraylink)",165,220,220,100,200,200,"Murraylink thermal capacity. Assumes high renewable generation in North West Victoria during high ambient temperature.","Thermal capability of 132 kV lines between Robertstown and North West Bend"]
[null,"SESA-CSA",750,750,800,790,790,820,"Thermal capacity of South East -Tailem Bend 275 kV circuit or Tailem Bend -Tungkillo 275 kV for loss of parallel circuit. ","Thermal capability of Tailem Bend - Tungkillo 275 kV circuit for loss of a parallel circuit..\n","This transfer limit considers Project EnergyConnect Stage 1 in service. Transient and oscillatory stability limits may also be applicable on this flow path. "]
[null,"CSA-NSA",1070,1070,1230,1150,1150,1200,"Thermal capability of 275 kV line between Bungama and  Davenport.","Thermal capability of 275 kV line between Brinkworth to Davenport.","A transient or voltage stability limit lower than the thermal limit may be applicable for this flow path."]
[null,"Additional table notes:"]
[null,"1.\tSee table below for reference temperatures for each system condition. The limit is the notional maximum transfer limit at the time of these reference temperatures  in the importing region as referred to in the ISP Methodology. The figure quoted is the minimum of the following required limits: transmission asset thermal capacity; voltage stability; transient stability; oscillatory stability; and system strength and inertia."]
[null,"2.\tThese transfer limits are formulated for representation in the capacity outlook model. The actual transfer capability at any point in time is the result of all constraints invoked at the given time. See  https://www.aemo.com.au/Electricity/National-Electricity-Market-NEM/Security-and-reliability/Congestion-information for further details. The actual interconnector limits for historical dispatch intervals and constraints can be found here: https://www.aemo.com.au/Electricity/National-Electricity-Market-NEM/Data/Market-Management-System-MMS/Dispatch."]
[null,"3.\tSimilar to real time operation, constraint equations are used in time-sequential modelling. These constraint equations are represented with seasonal thermal ratings and location of generation and include both thermal constraints and stability constraints. Refer to section 3 of the ISP Methodology for more information."]
[]
[null,"Interconnector transfer capability (MW)"]
[null,"This table describes the transfer capability for a regional capacity outlook model for different system conditions. These conditions are the same as the flow path transfer capabilities. This table is included for convenience but not used in the ISP."]
[]
[null,"Flow Paths","Forward direction capability approximation (MW) - Notes 1,2&3",null,null,"Reverse direction capability approximation (MW) - Notes 1,2&3",null,null,"Dominant constraints",null,"Notes"]
[null,null,"Peak demand","Summer typical","Winter refernce","Peak demand","Summer typical","Winter refernce","Forward direction","Reverse direction"]
[null,"NNSW-SQ",950,950,950,1450,1450,1450,"QNI forward direction maximum transfer capacity of 950 MW (design limit with QNI minor).","Thermal capacity of Sapphire-Armidale 330 kV line for an outage of Dumaresq-Armidale 330 kV line. This assumes no Sapphire wind and/or Tilbuster solar generation.\n","These transfer limits include the completion of the QNI minor project. QNI minor is currently undergoing inter-network testing to release the designed maximum capacity. QLD to NSW transfer limit influenced by generation output from Sapphire Wind Farm and Tilbuster Solar Farm. "]
[null,"NNSW-SQ (Terranora)",0,50,50,130,150,200,"Thermal capability of Lismore - Dunoon 132 kV lines.","Thermal capability of Mudgeeraba 275/110 kV transformers"]
[null,"SNSW-CSA",150,150,150,150,150,150,"Project EnergyConnect Stage 1 design limit.","Project EnergyConnect Stage 1 design limit.","WNV - CSA and SNSW - CSA combined maximum transfer limit is 750 MW in forward direction (import into SA) and 700 MW in reverse direction (export from SA).\nThis transfer limit will increase with full capacity release of Project EnergyConnect (Stage 2 completion).  Additional transfer capacity is provided in a table below titled 'Notional transfer capability uplift between the sub-regions for committed and anticipated projects'."]
[null,"WNV-SNSW",870,1000,1000,"400 (with VNI SIPS)\n(Snowy 2.0 generation \nor pump load <= 660)","400\n(Snowy 2.0 generation \nor pump load <= 660)","400\n(Snowy 2.0 generation \nor pump load <= 660)","Transient stability for a fault on a Hazelwood-South 500 circuit or volage stability in Southern New South Wales for loss of largest load in Victoria.","Voltage stability  in SNSW for loss of the largest generator in Victoria. \nPrior to HumeLink service, Snowy 2.0 generation or pump load is limited by a transient stability limit.","The forward direction transfer limits include the completion of the VNI minor project. \n\nFor peak demand limit in reverse direction - Victoria system integrity protection scheme (SIPS) with 250 MW battery storage in western side of Melbourne raises the thermal capacity in the reverse direction of Victoria-New South Wales interconnector. SSNW to WNV transfer limit during peak periods reduces to 250 MW on conclusion of the VNI SIPS agreement 31 March 2032.\n\nFor all reverse direction transfer limits - The limit of 660 MW of Snowy 2.0 generation  or pumping load represents with Snowy 2.0 connection to the existing network and prior to HumeLink in service. With HumeLink in service, up to 2,200 MW of Snowy 2.0 generation or pumping load is made available in modelling.Access of Snowy 2.0 generation to Victoria is subject to NSW to VIC interconnetor transfer limit."]
[null,"TAS-SEV",594,594,594,478,478,478,"Basslink HVDC submarine cable transfer limit. ","Basslink HVDC submarine cable transfer limit. ","The TAS - VIC (Basslink) allowable capability is limited by a daily energy throughput limit, as outlined in the table below. APA has advised AEMO of a new Cable Load Prediction System (CLPS) for Basslink that allows for this dynamic capacity on this existing cable between Tasmania and Victoria, increasing peak transfer capacity to its original design transfer capacity (594 MW towards Victoria and 478 MW towards Tasmania). Source: 2023 ESOO update, https://www.aemo.com.au/-/media/files/electricity/nem/planning_and_forecasting/nem_esoo/2023/may-2024-update-to-the-2023-electricity-statement-of-opportunities.pdf"]
[null,"WNV-SESA",650,650,650,650,650,650,"Thermal capability of Heywood-South East 275 kV line or transient stability limit for loss of the largest generator in South Australia or transient stability  limit of loss of South East - Tailem Bend 275 kV line.","\nOscillatory stability limit.","Heywood interconnector currently operates at 600 MW forward capability and 550 MW reverse capability. AEMO and ElectraNet work towards to release the transfer capability to its designed capability of 650 MW in both directions. "]
[null,"WNV-CSA (Murraylink)",165,220,220,100,200,200,"Murraylink thermal capacity. Assumes high renewable generation in North West Victoria during high ambient temperature.","Thermal capability of 132 kV lines between Robertstown and North West Bend"]
[null,"Additional table notes:"]
[null,"1.\tSee table below for reference temperatures for each system condition. The limit is the notional maximum transfer limit at the time of these reference temperatures  in the importing region as referred to in the ISP Methodology. The figure quoted is the minimum of the following required limits: transmission asset thermal capacity; voltage stability; transient stability; oscillatory stability; and system strength and inertia."]
[null,"2.\tThese transfer limits are formulated for representation in the capacity outlook model. The actual transfer capability at any point in time is the result of all constraints invoked at the given time. See  https://www.aemo.com.au/Electricity/National-Electricity-Market-NEM/Security-and-reliability/Congestion-information for further details. The actual interconnector limits for historical dispatch intervals and constraints can be found here: https://www.aemo.com.au/Electricity/National-Electricity-Market-NEM/Data/Market-Management-System-MMS/Dispatch."]
[null,"3.\tSimilar to real time operation, constraint equations are used in time-sequential modelling. These constraint equations are represented with seasonal thermal ratings and location of generation and include both thermal constraints and stability constraints. Refer to the section 3 of the ISP Methodology for more information."]
[]
[null,"Notional transfer capability uplift between the sub-regions for committed and anticipated projects"]
[null,"This table describes the notional transfer capability uplift for flow paths which see an increase in transfer capability after a committed or anticipated project is in service."]
[]
[null,"Flow paths\n(Forward power flow direction)","Project EnergyConnect",null," Waratah Super Battery (WSB) network augmentations and System Integrity Protection Scheme (SIPS) control (Note 1)",null," Waratah Super Battery network augmentations only (without WSB SIPS control) (Note 1)",null,"Humelink",null,"Western Renewables Link",null,"Latrobe Valley reconfiguration (post Yallourn Power Station retirement)"]
[null,null,"Forward direction","Reverse direction","Forward direction","Reverse direction","Forward direction","Reverse direction","Forward direction","Reverse direction","Forward direction","Reverse direction","Forward direction","Reverse direction"]
[null,"SNSW – CSA (Project EnergyConnect Stage 2)","650 (Note 2)","650 (Note 2)"]
[null,"WNV – SESA (after completion of Project EnergyConnect Stage 2)","(Note 2)","(Note 2)"]
[null,"CNSW – SNW Northern limit",null,null,"660 (Note 3)","(Note 4)"]
[null,"CNSW – SNW Southern limit",null,null,"250 (Note 3)","(Note 4)",250]
[null,"SNSW – CNSW",null,null,"250 (Note 3)",0,0,0,2200,2200]
[null,"CNSW – NNSW",null,null,0,"300 (Note 3)",0,0]
[null,"MEL – WNV",null,null,null,null,null,null,null,null,"695 (Note 5)","695 (Note 6)"]
[null,"SEV – MEL",null,null,null,null,null,null,null,null,null,null,"-1775 (Note 7)"]
[null,"Notes:"]
[null,"1. Waratah Super Battery network augmentation refers to uprating of Bannaby-Sydney West, Yass-Marulan and Yass-Collector-Marulan 330 kV lines and upgrading equipment at 22 substations along the northern and southern transmission line routes. This limit has been formulated for the detailed long-term capacity outlook model and shouldn't be used for other applications. "]
[null,"2. Following completion of PEC  stage 2, total maximum transfer capacity of SNSW-CSA and WNV-SESA is limited to 1,300 in forward direction and 1,450 MW in reverse direction."]
[null,"3. The increase in capacity between CNSW and SNW is dependent on the output of the generation paired with the SIPS control scheme for a given period in time."]
[null,"4. Power is not expected to flow from SNW to CNSW since the major load centre is SNW. For detailed long-term capacity outlook modelling, no additional transfer limit is assumed. This will be reviewed if it becomes material."]
[null,"5.  Forward direction transfer limits are assumed to be equal to reverse direction limits. These limits will be reviewed in collaboration with AEMO (Victorian Planning) and VicGrid."]
[null,"6. Additional network capability with Western Renewables Link includes consideration of removal of a thermal limitation on the Moorabool to Geelong 220 kV lines. AEMO Victorian Planning has published the Western Metropolitan Melbourne Reinforcement Project Specification Consultation \nReport (PSCR)\non March 2025 to address thermal capacity limitation in the Moorabool - Geelong  - Deer Park - Keilor 220 kV corridor\n"]
[null,"during contingent conditions, as referred to in the 2024 Victorian Annual Planning Report (Reference:  https://www.aemo.com.au/-/media/files/electricity/nem/planning_and_forecasting/vapr/2024/2024-victorian-annual-planning-report.pdf?la=en). The network capability increase is presented for pre-closure of Yallourn power station."]
[null," AEMO (National Planning) and AEMO (Victorian Planning) are working on the network capability for post-closure of Yallourn Power station, for inclusion in the Final 2025 IASR. "]
[null,"7. As referred to in the 2024 Victorian Annual Planning Report, post Yallourn generators retirement, Latrobe Valley 220 kV network is configured as modified parallel mode with minor network augmentation and an inter-trip protection scheme application (Reference:  https://www.aemo.com.au/-/media/files/electricity/nem/planning_and_forecasting/vapr/2024/2024-victorian-annual-planning-report.pdf?la=en). -1,175 MW refers to peak demand. For summer typical  -1,560 MW and for winter typical -2,000."]
[]
[null,"Generator coefficients for Sydney Ring modelling"]
[null,"This table describes the generator co-efficients for generators in NNSW, CNSW and SNSW used in the detailed long term capacity outlook modelling for the CNSW-SNW transfer limit represented as two limits CNSW-SNW_South and CNSW-SNW_North."]
[]
[null,"Flow paths","Existing Network",null,"WSB + SIPS Contract period",null,"Humelink",null,"Hunter Transmission Project",null,"Hunter Transmission Project + CNSW- SNW Option 2",null,"HumeLink + CNSW- SNW Option 2d",null,"HumeLink + CNSW- SNW Option 3 stage 1",null,"HumeLink + CNSW- SNW Option 3 stage 2",null,"HumeLink + CNSW- SNW Option 4",null,"CNSW- SNW Option 2"]
[null,"(Forward power flow direction)"]
[null,"(Note 1)","CNSW-SNW Northern Limit","CNSW-SNW Southern Limit","CNSW-SNW Northern Limit","CNSW-SNW Southern Limit","CNSW-SNW Northern Limit","CNSW-SNW Southern Limit","CNSW-SNW Northern Limit","CNSW-SNW Southern Limit","CNSW-SNW Northern Limit","CNSW-SNW Southern Limit","CNSW-SNW Northern Limit","CNSW-SNW Southern Limit","CNSW-SNW Northern Limit","CNSW-SNW Southern Limit","CNSW-SNW Northern Limit","CNSW-SNW Southern Limit","CNSW-SNW Northern Limit","CNSW-SNW Southern Limit","CNSW-SNW Northern Limit","CNSW-SNW Southern Limit"]
[null,"NNSW generators",0.8,0.2,0.8,0.2,0.8,0.2,0.85,0.15,0.86,0.14000000000000001,0.87,0.13,0.81,0.19,0.83,0.17,0.83,0.17,0.81,0.19]
[null,"CNSW generators",0.67,0.33,0.67,0.33,0.66,0.34,0.75,0.25,0.75,0.25,0.8,0.2,0.77,0.23,0.65,0.35,0.65,0.35,0.66,0.34]
[null,"SNSW generators (330 kV)",0.3,0.7,0.3,0.7,0.3,0.7,0.34,0.66,0.34,0.66,0.34,0.66,0.17,0.83,0.17,0.83,0.17,0.83,0.32,0.68]
[null,"Bayswater",0.8,0.2,0.8,0.2,0.8,0.2,0.85,0.15,0.86,0.14000000000000001,0.87,0.13,0.81,0.19,0.83,0.17,0.83,0.17,0.81,0.19]
[null,"Mount Piper",0.67,0.33,0.67,0.33,0.66,0.34,0.75,0.25,0.75,0.25,0.8,0.2,0.77,0.23,0.65,0.35,0.65,0.35,0.66,0.34]
[null,"Goulburn River Solar Farm",0.67,0.33,0.67,0.33,0.66,0.34,0.75,0.25,0.75,0.25,0.8,0.2,0.77,0.23,0.65,0.35,0.65,0.35,0.66,0.34]
[null,"SNSW generators (500 kV)","-","-","-","-",0.48,0.52,0.37,0.63,0.37,0.63,0.37,0.63,0.18,0.82,0.18,0.82,0.18,0.82,0.35,0.65]
[]
[null,"Common reference temperature and summer typical temperature"]
[null,"This table lists the temperature basis for the flow path transfer capabilities described above."]
[]
[null,"Region","Summer 10% POE demand  reference temperature (Peak demand )","Summer temperature (Summer typical)","Winter reference temperature (Winter typical)"]
[null,"Queensland",37,32,15]
[null,"New South Wales",42,32,9]
[null,"Victoria",41,32,8]
[null,"South Australia",43,35,11]
[null,"Tasmania",7.7,"N/A (note 1)",1.2]
[null,"Note 1: Tasmania summer ratings are based on peak demand periods driven by cold weather. AEMO only uses the 10% POE demand reference temperature for Tasmanian summer ratings."]
[]
[null,"Transfer Capability - Dynamic - Temperature dependent"]
[null,"This table describes the representation of Murraylink's transfer capability in the time sequential (ST) stage of the ISP modelling. These transfer limits are temperature dependent."]
[null,null,"VIC – SA (Murraylink) (Note 1)"]
[null,"Ambient temperature °C","Forward (MW)","Reverse (MW)"]
[null,"<33",220,220]
[null,34,220,220]
[null,35,220,220]
[null,36,220,220]
[null,37,220,220]
[null,38,220,220]
[null,39,192.5,192.5]
[null,40,165,165]
[null,41,137.5,137.5]
[null,42,110,110]
[null,43,82.5,82.5]
[null,44,55,55]
[null,45,27.5,27.5]
[null,46,0,0]
[null,"47>",0,0]
[null,"Notes"]
[null,"1. Murray link will be taken as the highest temperature at either Red Cliffs or Berri."]
[]
[null,"Basslink Static Daily Energy Throughput Limit"]
[null,"This table describes the static daily energy throughput limit (in both forward and reverse direction) for Basslink. This limit is applied in the time sequential (ST) stage of the ISP modelling."]
[]
[null,"Month of the year","Static daily energy limit (MWh)"]
[null,"January",10728]
[null,"February",10632]
[null,"March",10584]
[null,"April",10536]
[null,"May",10512]
[null,"June",10512]
[null,"July",10512]
[null,"August",10584]
[null,"September",10872]
[null,"October",10992]
[null,"November",10920]
[null,"December",10824]
[]
[null,"Committed and anticipated project timing"]
[null,"This table lists the timing as per latest project advice for committed and anticipated transmission projects. Some committed and anticipated transmission projects are not included in this list because they are unlikely to impact AEMO’s modelling."]
[]
[null,"Project (Note 1)","Service date (Note 1 + Note 2)"]
[null,"CopperString 2032 (QEJP Stage 4)","2031-06-30"]
[null,"Project EnergyConnect - Stage 2","2027-11-01"]
[null,"Waratah Super Battery Network Augmentations and SIPS Control","2025-08-01"]
[null,"Ararat synchronous condenser","2026-02-01"]
[null,"Humelink","2027-12-01"]
[null,"Central-West Orana REZ Network Infrastructure Project","2028-12-01"]
[null,"Murray River REZ and Western Victoria REZ minor augmentations","2026-02-01"]
[null,"Victoria Central North REZ minor augmentations","2027-04-01"]
[null,"Western Renewables Link (WRL)","2029-11-01"]
[null,"Notes"]
[null,"1. For further details on these projects please refer to the Transmission Augmentation Page at https://aemo.com.au/energy-systems/electricity/national-electricity-market-nem/nem-forecasting-and-planning/forecasting-and-planning-data/transmission-augmentation-information. "]
[null,"2. Service date refers to capacity release date in the Transmission Augmentation Information page, or the in-service date in the Transmission Augmentation Information page if no capacity release date is available. "]

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[null,"Go to Assumptions Summary"]
[null,"Network loss equations for Inter-Regional Losses"]
[null,"Losses due to interconnector flow are assigned asymmetrically to regions either side of the interconnector."]
[]
[null,"Existing Flow Paths"]
[null,"This table describes the loss equations and proportioning factors for the existing flow paths. These have been calculated according to section 2.3.6 of the ISP Methodology."]
[null,"Flow Path","Interconnector/Flow path Name","From region/sub-region","To region/Subregion","Loss Equation","MLF Equation","From region loss proportion","To region loss proportion","Notes"]
[null,"Central Queensland (CQ) to North Queensland (NQ)","CQ-NQ","CQ","NQ","'= (-0.0047 + 1.1199e-05*CQd + 2.3299e-05*NQd)*CQ-NQt + 6.0892e-05*CQ-NQt^2","'= 0.9953 + 1.2178e-04*CQ-NQt + 1.1199e-05*CQd + 2.3299e-05*NQd",0.2467099018913744,0.75329009810862435]
[null,"Southern Queensland (SQ) to Central Queensland (CQ)","SQ-CQ","SQ","CQ","'= (-0.0485 + -1.9891e-06*SQd + 1.9117e-05*CQd)*SQ-CQt + 4.4756e-05*SQ-CQt^2","'= 0.9515 + 8.9513e-05*SQ-CQt + -1.9891e-06*SQd + 1.9117e-05*CQd",0.31834480547974803,0.68165519452025103]
[null,"Central Queensland (CQ) to Gladstone Grid (GG)","CQ-GG","CQ","GG","'= (-0.0472 + 4.5878e-05*CQd + 1.4402e-05*GGd)*CQ-GGt + 4.5523e-05*CQ-GGt^2","'= 0.9528 + 9.1047e-05*CQ-GGt + 4.5878e-05*CQd + 1.4402e-05*GGd",0.28197852073310198,0.71802147926689697]
[null,"Northern New South Wales (NNSW) to Southern Queensland (SQ)  (QNI)","NNSW-SQ","NNSW","SQ","'= (-0.0046 + 7.2074e-06*NNSWd + 8.3633e-06*SQd)*NNSW-SQt + 4.8125e-05*NNSW-SQt^2","'= 0.9954 + 9.6250e-05*NNSW-SQt + 7.2074e-06*NNSWd + 8.3633e-06*SQd",0.71829173679675395,0.28170826320324499]
[null,"Central New South Wales (CNSW) to Northern New South Wales (NNSW)","CNSW-NNSW","CNSW","NNSW","'= (-0.0964 + 3.8654e-05*CNSWd + -1.1803e-05*NNSWd)*CNSW-NNSWt + 7.9013e-05*CNSW-NNSWt^2","'= 0.9036 + 1.5803e-04*CNSW-NNSWt + 3.8654e-05*CNSWd + -1.1803e-05*NNSWd",0.71638613081344604,0.28361386918655301]
[null,"Southern New South Wales (SNSW) to Central New South Wales (CNSW)","SNSW-CNSW","SNSW","CNSW","'= (-0.0461 + -8.4596e-06*SNSWd + 6.9715e-06*CNSWd)*SNSW-CNSWt + 3.3162e-05*SNSW-CNSWt^2","'= 0.9539 + 6.6323e-05*SNSW-CNSWt + -8.4596e-06*SNSWd + 6.9715e-06*CNSWd",0.28028356655238201,0.71971643344761704]
[null,"Central New South Wales (CNSW) to Sydney, Newcastle and Wollongong (SNW)","CNSW-SNW","CNSW","SNW","'= (-0.0694 + -3.1616e-05*CNSWd + 4.7811e-06*SNWd)*CNSW-SNWt + 1.4326e-05*CNSW-SNWt^2","'= 0.9306 + 2.8652e-05*CNSW-SNWt + -3.1616e-05*CNSWd + 4.7811e-06*SNWd",0.53345732271254898,0.46654267728745002]
[null,"WNV-SNSW","WNV-SNSW","WNV","SNSW","'= (-0.1011 + -1.1897e-04*WNVd + 1.3507e-04*SNSWd)*WNV-SNSWt + 5.9747e-05*WNV-SNSWt^2","'= 0.8989 + 1.1949e-04*WNV-SNSWt + -1.1897e-04*WNVd + 1.3507e-04*SNSWd",0.35830000000000001,0.64169999999999994]
[null,"MEL-WNV","MEL-WNV","MEL","WNV","'= (-0.0537 + 9.7776e-06*MELd + 2.4079e-06*WNVd)*MEL-WNVt + 8.1329e-06*MEL-WNVt^2","'= 0.9463 + 1.6266e-05*MEL-WNVt + 9.7776e-06*MELd + 2.4079e-06*WNVd",0.80580196121827297,0.19419803878172601]
[null,"SEV-MEL","SEV-MEL","SEV","MEL","'= (0.0104 + 3.4618e-06*SEVd + -8.7738e-07*MELd)*SEV-MELt + 3.0617e-06*SEV-MELt^2","'= 1.0104 + 6.1235e-06*SEV-MELt + 3.4618e-06*SEVd + -8.7738e-07*MELd",0.68677550492204897,0.31322449507795003]
[null,"WNV- SESA (Heywood)","WNV-SESA","WNV","SESA","'= (0.0168 + 2.8691e-06*WNVd + 1.1275e-05*SESAd)*WNV-SESAt + 3.9000e-05*WNV-SESAt^2","'= 1.0168 + 7.7999e-05*WNV-SESAt + 2.8691e-06*WNVd + 1.1275e-05*SESAd",0.43113124838069899,0.56886875161929995]
[null,"SESA-CSA","SESA-CSA","SESA","CSA","'= (0.0034 + 6.7351e-05*SESAd + -4.9188e-08*CSAd)*SESA-CSAt + 1.2719e-04*SESA-CSAt^2","'= 1.0034 + 2.5438e-04*SESA-CSAt + 6.7351e-05*SESAd + -4.9188e-08*CSAd",0.94232102243507398,5.7678977564925703E-2]
[null,"CSA-NSA","CSA-NSA","CSA","NSA","'= (-0.1005 + 3.3115e-05*CSAd + 6.7173e-05*NSAd)*CSA-NSAt + 3.2182e-05*CSA-NSAt^2","'= 0.8995 + 6.4363e-05*CSA-NSAt + 3.3115e-05*CSAd + 6.7173e-05*NSAd",0.84230398613111601,0.15769601386888299]
[]
[null,"Additional table notes:"]
[null,"1. Loss factors for existing interconnectors were sourced from Marginal Loss Factors: Financial Year 2025-26.\nRefer to the AEMO website for the latest Marginal Loss Factors (Reference: https://aemo.com.au/-/media/files/electricity/nem/security_and_reliability/loss_factors_and_regional_boundaries/2025-26-financial-year/mlfs-for-the-2025-26-financial-year.pdf?la=en. "]
[null,"The following notation is used in equations:\n    Qd = Queensland demand\n    Vd = Victorian demand\n    Nd = New South Wales demand\n    Sd = South Australia demand\n    NQd = North Queensland demand\n    CQd = Central Queensland demand\n    SQd = South Queensland demand\n    NSAd = Northern South Australia demand\n    CSAd = Central South Australia demand\n    NQt = transfer from New South Wales to Queensland\n    VNt = transfer from Victoria to New South Wales\n    VSAt = transfer from Victoria to South Australia\n    CQ-NQt = transfer from Central QLD to Northern QLD\n    CSA-NSAt = transfer from Central to Northern South Australia\n    P(receive) = Power in MW measured at the receiving end\n    P(send) = Power in MW measured at the sending end"]
[]
[null,"Committed/Anticipated Projects"]
[null,"This table describes the loss equations and proportioning factors that are applied to the flow paths following the completion of an anticipated project. These have been calculated according to section 2.3.6 of the ISP Methodology. "]
[null,"These loss equations have been recalibrated for the latest Marginal Loss Factors: Financial Year 2025-26 report."]
[null,"Flow Path","Interconnector Name","From region","To region","Loss Equation","MLF Equation","From region loss proportion","To region loss proportion","Notes"]
[null,"SNSW-CNSW","Southern New South Wales (SNSW) to Central New South Wales (CNSW)","SNSW","CNSW","'= (-0.0361 + -6.6159e-06*SNSWd + 5.4521e-06*CNSWd)*SNSW-CNSWt + 2.5934e-05*SNSW-CNSWt^2","'= 0.9639 + 5.1868e-05*SNSW-CNSWt + -6.6159e-06*SNSWd + 5.4521e-06*CNSWd",0.29749999999999999,0.70250000000000001]
[null,"SNSW-CNSW Option 1\n(HumeLink)","SNSW-CNSW","SNSW","CNSW","'= (8.8880 + 8.8800e-01*SNSWd + 8.8800e-01*CNSWd)*SNSW-CNSWt + 8.8800e-01*SNSW-CNSWt^2","'= 9.8880 + 1.7760e+00*SNSW-CNSWt + 8.8800e-01*SNSWd + 8.8800e-01*CNSWd",0.5,0.5]
[]
[null,"Development Options"]
[null,"This table describes the loss equations and proportioning factors that are applied to the flow paths for the various candidate development options. These have been calculated according to section 2.3.6 of the ISP Methodology. (Source 2025 Electricity Network Options Report)."]
[]
[null,"Development Option","Included Option","From region","To region","Loss Equation","MLF Equation","From region loss proportion","To region loss proportion","Notes"]
[null,"CQ-NQ Option 1",null,"CQ","NQ","'= (-0.0044 + 1.0600e-05*CQd + 2.2000e-05*NQd)*CQ-NQt + 5.7400e-05*CQ-NQt^2","'= 0.9956 + 1.1480e-04*CQ-NQt + 1.0600e-05*CQd + 2.2000e-05*NQd",0.25729999999999997,0.74270000000000003]
[null,"CQ-NQ Option 2",null,"CQ","NQ","'= (-0.0024 + 5.7600e-06*CQd + 1.2000e-05*NQd)*CQ-NQt + 3.1300e-05*CQ-NQt^2","'= 0.9976 + 6.2600e-05*CQ-NQt + 5.7600e-06*CQd + 1.2000e-05*NQd",0.21249999999999999,0.78749999999999998]
[null,"CQ-NQ Option 3",null,"CQ","NQ","This value will be provided in an updated version as soon as possible."]
[null,"CQ-NQ Option 4",null,"CQ","NQ","'= (-0.0041 + 9.8700e-06*CQd + 2.0500e-05*NQd)*CQ-NQt + 5.3700e-05*CQ-NQt^2","'= 0.9959 + 1.0740e-04*CQ-NQt + 9.8700e-06*CQd + 2.0500e-05*NQd",0.23080000000000001,0.76919999999999999]
[null,"NNSW-SQ Option 1",null,"NNSW","SQ","'= (-0.0035 + 5.5355e-06*NNSWd + 6.4233e-06*SQd)*NNSW-SQt + 3.6962e-05*NNSW-SQt^2","'= 0.9965 + 7.3923e-05*NNSW-SQt + 5.5355e-06*NNSWd + 6.4233e-06*SQd",0.66449999999999998,0.33550000000000002]
[null,"NNSW-SQ Option 2",null,"NNSW","SQ","'= (-0.0033 + 5.2110e-06*NNSWd + 6.0467e-06*SQd)*NNSW-SQt + 3.4795e-05*NNSW-SQt^2","'= 0.9967 + 6.9589e-05*NNSW-SQt + 5.2110e-06*NNSWd + 6.0467e-06*SQd",0.62919999999999998,0.37080000000000002]
[null,"SNSW-CNSW Option 3",null,"SNSW","CNSW","This value will be provided in an updated version as soon as possible."]
[null,"SNSW-CNSW Option 4",null,"SNSW","CNSW","This value will be provided in an updated version as soon as possible."]
[null,"SNSW-CNSW Option 5",null,"SNSW","CNSW","This value will be provided in an updated version as soon as possible."]
[null,"CQ-GG Option 1",null,"CQ","GG","'= (-0.0381 + 3.7000e-05*CQd + 1.1600e-05*GGd)*CQ-GGt + 3.6700e-05*CQ-GGt^2","'= 0.9619 + 7.3400e-05*CQ-GGt + 3.7000e-05*CQd + 1.1600e-05*GGd",0.24279999999999999,0.75719999999999998]
[null,"CQ-GG Option 2",null,"CQ","GG","'= (-0.0381 + 3.7000e-05*CQd + 1.1600e-05*GGd)*CQ-GGt + 3.6700e-05*CQ-GGt^2","'= 0.9619 + 7.3400e-05*CQ-GGt + 3.7000e-05*CQd + 1.1600e-05*GGd",0.30009999999999998,0.69989999999999997]
[null,"CQ-GG Option 3",null,"CQ","GG","'= (-0.0376 + 3.6600e-05*CQd + 1.1500e-05*GGd)*CQ-GGt + 3.6300e-05*CQ-GGt^2","'= 0.9624 + 7.2600e-05*CQ-GGt + 3.6600e-05*CQd + 1.1500e-05*GGd",0.31,0.69]
[null,"CQ-GG Option 4",null,"CQ","GG","'= (-0.0376 + 3.6600e-05*CQd + 1.1500e-05*GGd)*CQ-GGt + 3.6300e-05*CQ-GGt^2","'= 0.9624 + 7.2600e-05*CQ-GGt + 3.6600e-05*CQd + 1.1500e-05*GGd",0.30969999999999998,0.69030000000000002]
[null,"SQ-CQ Option 1",null,"SQ","CQ","This value will be provided in an updated version as soon as possible."]
[null,"SQ-CQ Option 2",null,"SQ","CQ","This value will be provided in an updated version as soon as possible."]
[null,"SQ-CQ Option 3",null,"SQ","CQ","This value will be provided in an updated version as soon as possible."]
[null,"SQ-CQ Option 4",null,"SQ","CQ","This value will be provided in an updated version as soon as possible."]
[null,"SQ-CQ Option 5",null,"SQ","CQ","This value will be provided in an updated version as soon as possible."]
[null,"SQ-CQ Option 6",null,"SQ","CQ","This value will be provided in an updated version as soon as possible."]
[null,"NNSW–SQ Option 3",null,"NNSW","SQ","This value will be provided in an updated version as soon as possible."]
[null,"NNSW–SQ Option 4",null,"NNSW","SQ","This value will be provided in an updated version as soon as possible."]
[null,"CNSW-NNSW Option 2",null,"CNSW","NNSW","This value will be provided in an updated version as soon as possible."]
[null,"CNSW-NNSW Option 6",null,"CNSW","NNSW","This value will be provided in an updated version as soon as possible."]
[null,"CNSW-SNW Option 1",null,"CNSW","SNW","This value will be provided in an updated version as soon as possible."]
[null,"CNSW-SNW Option 2\n\n",null,"CNSW","SNW","This value will be provided in an updated version as soon as possible."]
[null,"CNSW-SNW Option 2d\n\n",null,"CNSW","SNW","This value will be provided in an updated version as soon as possible."]
[null,"CNSW-SNW Option 3 - Stage 1",null,"CNSW","SNW","This value will be provided in an updated version as soon as possible."]
[null,"CNSW-SNW Option 3 - Stage 2",null,"CNSW","SNW","This value will be provided in an updated version as soon as possible."]
[null,"CNSW-SNW Option 4 - Stage 1",null,"CNSW","SNW","This value will be provided in an updated version as soon as possible."]
[null,"CNSW-SNW Option 4 - Stage 2",null,"CNSW","SNW","This value will be provided in an updated version as soon as possible."]
[null,"H-Newcastle ",null,"CNSW","SNW","This value will be provided in an updated version as soon as possible."]
[null,"H-Dapto",null,"CNSW","SNW","This value will be provided in an updated version as soon as possible."]
[null,"CNSW-SNW Option 6a",null,"CNSW","SNW","This value will be provided in an updated version as soon as possible."]
[null,"CNSW-SNW Option 6b",null,"CNSW","SNW","This value will be provided in an updated version as soon as possible."]
[null,"SNSW-CNSW Option 1\n(HumeLink)",null,"SNSW","CNSW","This value will be provided in an updated version as soon as possible."]
[null,"SNSW-CNSW Option 2",null,"SNSW","CNSW","This value will be provided in an updated version as soon as possible."]
[null,"VIC-SNSW Option 1 - VNI West (Kerang)",null,"WNV","SNSW","This value will be provided in an updated version as soon as possible."]
[null,"\nTAS-SEV Option 1 \n(Project Marinus Stage 1)",null,"TAS","SEV","This value will be provided in an updated version as soon as possible."]
[null,"\nTAS-SEV Option 2 \n(Project Marinus Stage 2)",null,"TAS","SEV","This value will be provided in an updated version as soon as possible."]
[null,"WNV-SESA Option 1",null,"WNV","SESA","This value will be provided in an updated version as soon as possible."]
[null,"WNV-SESA Option 2",null,"WNV","SESA","This value will be provided in an updated version as soon as possible."]
[null,"WNV-SESA Option 3",null,"WNV","SESA","This value will be provided in an updated version as soon as possible."]
[null,"SESA-CSA Option 1",null,"SESA","CSA","This value will be provided in an updated version as soon as possible."]
[null,"SESA-CSA Option 2",null,"SESA","CSA","This value will be provided in an updated version as soon as possible."]
[null,"SESA-CSA Option 3",null,"SESA","CSA","This value will be provided in an updated version as soon as possible."]
[null,"SESA-CSA Option 4",null,"SESA","CSA","This value will be provided in an updated version as soon as possible."]
[null,"CSA-NSA Option 1",null,"CSA","NSA","This value will be provided in an updated version as soon as possible."]
[null,"CSA-NSA Option 2",null,"CSA","NSA","This value will be provided in an updated version as soon as possible."]
[null,"CSA-NSA Option 3",null,"CSA","NSA","This value will be provided in an updated version as soon as possible."]
[null,"MEL-WNV Option 1",null,"MEL","WNV","This value will be provided in an updated version as soon as possible."]
[null,"MEL-WNV Option 2",null,"MEL","WNV","This value will be provided in an updated version as soon as possible."]
[null,"MEL-WNV Option 3",null,"MEL","WNV","This value will be provided in an updated version as soon as possible."]
[null,"MEL-WNV Option 4",null,"MEL","WNV","This value will be provided in an updated version as soon as possible."]
[null,"SEV-MEL Option 1",null,"SEV","MEL","This value will be provided in an updated version as soon as possible."]
[null,"SEV-MEL Option 2",null,"SEV","MEL","This value will be provided in an updated version as soon as possible."]
[null,"SEV-MEL Option 3",null,"SEV","MEL","This value will be provided in an updated version as soon as possible."]
[null,"SEV-MEL Option 3a",null,"SEV","MEL","This value will be provided in an updated version as soon as possible."]
[null,"SEV-MEL Option 4",null,"SEV","MEL","This value will be provided in an updated version as soon as possible."]
[null,"SEV-MEL Option 5",null,"SEV","MEL","This value will be provided in an updated version as soon as possible."]

{"sheet":"Transmission Reliability","index":33,"n_rows":13,"n_cols":5,"rows_kept":13,"cut":false,"hidden":false,"merged":[[1,1,1,3]]}
[null,"Go to Assumptions Summary"]
[null,"Transmission Reliability"]
[null,"AEMO applies the following rates to probabilistic modelling of single credible contingencies and reclassifications on 4 lines that materially contribute to inter-regional transfer capability."]
[null,"These rates apply to Reliability Forecast modelling only"]
[]
[null,"Transmission unplanned outage rates"]
[null,"Line/Flowpath","Implementation","Unplanned Outage Rate (%)","Mean Time to Repair"]
[null,"Liddell – Bulli Creek (QNI) Credible Contingency","Static annual unplanned outage rate",2.8700000000000002E-3,21.1]
[null,"Liddell – Bulli Creek (QNI) Reclassification","Static annual unplanned outage rate",1.7610000000000001E-2,3.9]
[null,"Murraylink – Credible Contingency","Static annual unplanned outage rate",1.32E-2,65.3]
[null,"Basslink – Credible Contingency","Static annual unplanned outage rate",4.5269999999999998E-2,189.5]
[null,"Mortlake – South East (VSA) Credible Contingency","Annual, set to 0% post PEC stage 2",2.7999999999999998E-4,2.2000000000000002]
[null,"Mortlake – South East (VSA) Reclassification","Annual, set to 0% post PEC stage 2",9.0000000000000006E-5,4.7]

{"sheet":"Connection cost","index":34,"n_rows":63,"n_cols":18,"rows_kept":63,"cut":false,"hidden":false,"merged":[]}
[null,"Go to Assumptions Summary"]
[null,"Initial connection costs ($/kW) "]
[null,"Connection costs increase the build costs of new technologies to cater for transmission infrastructure to connect to the grid, and varies depending on the proximity to transmission assets."]
[null,"Final connection costs will be subject to modelling outcomes."]
[]
[]
[null,"Connection costs for wind and solar"]
[null,"REZ ID","REZ names","Region","REZ network voltage (kV)","Connection capacity (MVA)","Feeder length (km)","Total cost ($M)","$/kW","Notes"]
[null,"N0","Non REZ NSW","NSW",500,600,20,177,295]
[null,"N1","North West NSW","NSW",330,400,10,72,180]
[null,"N2","New England","NSW",330,400,10,72,180]
[null,"N3","Central-West Orana","NSW",330,400,10,75,187.5]
[null,"N4","Broken Hill","NSW",220,250,10,56,224]
[null,"N5","South West NSW","NSW",330,400,10,75,187.5]
[null,"N6","Wagga Wagga","NSW",330,400,10,75,187.5]
[null,"N7","Tumut","NSW",330,400,5,58,145]
[null,"N8","Cooma-Monaro","NSW",330,400,5,58,145]
[null,"N9","Hunter-Central Coast","NSW",330,400,5,54,135]
[null,"N10","Hunter Coast","NSW","-","-","-","-","-"]
[null,"N11","Illawarra Coast","NSW","-","-","-","-","-"]
[null,"N12","Illawarra","NSW",330,400,5,55,137.5]
[null,"N13","South Cobar","NSW",330,400,10,69,172.5]
[null,"Q1","Far North QLD","QLD",275,300,5,52,173.33333333333329]
[null,"Q2","North Qld Clean Energy Hub","QLD",275,300,10,70,233.33333333333329]
[null,"Q3","Northern Qld","QLD",275,300,5,52,173.33333333333329]
[null,"Q4","Isaac","QLD",275,300,5,46,153.33333333333329]
[null,"Q5","Barcaldine","QLD",275,300,10,59,196.66666666666671]
[null,"Q6","Fitzroy","QLD",275,300,5,46,153.33333333333329]
[null,"Q7","Wide Bay","QLD",275,300,5,50,166.66666666666671]
[null,"Q8","Darling Downs","QLD",275,300,5,49,163.33333333333329]
[null,"Q9","Banana","QLD",275,1800,144,839,466.11111111111109]
[null,"Q10","Collinsville","QLD",275,300,5,46,153.33333333333329]
[null,"S1","South East SA","SA",275,300,10,74,246.66666666666671]
[null,"S2","Riverland","SA",275,300,10,74,246.66666666666671]
[null,"S3","Mid-North SA","SA",275,300,5,53,176.66666666666671]
[null,"S4","Yorke Peninsula","SA",275,300,5,48,160]
[null,"S5","Northern SA","SA",275,300,5,64,213.33333333333329]
[null,"S6","Roxby Downs","SA",275,300,10,61,203.33333333333329]
[null,"S7","Eastern Eyre Peninsula","SA",275,300,10,62,206.66666666666671]
[null,"S8","Western Eyre Peninsula","SA",275,300,10,62,206.66666666666671]
[null,"T1","North East Tasmania","TAS",220,150,5,50,333.33333333333331]
[null,"T2","North West Tasmania","TAS",220,150,5,50,333.33333333333331]
[null,"T3","Central Highlands","TAS",220,150,5,50,333.33333333333331]
[null,"T4","North Tasmania Coast","TAS","-","-","-","-","-"]
[null,"V0","Non REZ Victoria","VIC",500,600,20,205,342]
[null,"DN1","Dubbo","NSW",220,150,5,50,333.33333333333331]
[null,"DN2","Yass","NSW",220,150,5,50,333.33333333333331]
[null,"DN3","Marulan","NSW",220,150,5,50,333.33333333333331]
[null,"Additional table notes:"]
[null,"1. The connection costs for all REZs were reviewed and consulted on through the 2025 Network Expansion Options Report. "]
[null,"2. System strength remediation costs considered are a blend of remediation with synchronous condensers and grid forming batteries to meet efficient level of system strength and are presented in the \"Power System Security\" sheet."]
[]
[null,"Other generation - regional connection costs derived from connection voltage1 ($/kW)"]
[null,"Region","CCGT","CCGT with CCS","OCGT (small GT)","OCGT (large GT)","Distributed Resources Solar","Distributed Resources Batteries","Biomass","Battery storage (1hr storage)","Battery storage (2hrs storage)","Battery storage (4hrs storage)","Battery Storage (8hrs storage)","Pumped Hydro (10hrs storage)","Pumped Hydro (24hrs storage)","Pumped Hydro (48hrs storage)","Alkaline Electrolyser","BOTN - Cethana"]
[null,"Table Note Number",2,null,2,null,null,null,null,null,null,null,null,3]
[null,"QLD",110.49433333333297,110.49433333333297,110.49433333333332,110.49433333333332,0,0,110.49433333333332,103.36566666666667,103.36566666666667,103.36566666666667,103.36566666666667,110.49433333333332,110.49433333333332,110.49433333333332,110.49433333333332,0]
[null,"NSW",85.543999999999997,85.543999999999997,85.543999999999997,85.543999999999997,0,0,85.543999999999997,77.524249999999995,77.524249999999995,77.524249999999995,77.524249999999995,85.543999999999997,85.543999999999997,85.543999999999997,85.543999999999997,0]
[null,"VIC",80.197499999999991,80.197499999999991,115.48439999999999,115.48439999999999,0,0,115.48439999999999,106.92999999999999,106.92999999999999,106.92999999999999,106.92999999999999,115.48439999999999,115.48439999999999,115.48439999999999,115.48439999999999,0]
[null,"SA",110.49433333333332,110.49433333333332,110.49433333333332,110.49433333333332,0,0,110.49433333333332,103.36566666666667,103.36566666666667,103.36566666666667,103.36566666666667,110.49433333333332,110.49433333333332,110.49433333333332,110.49433333333332,0]
[null,"TAS",115.48439999999999,115.48439999999999,115.48439999999999,115.48439999999999,0,0,115.48439999999999,106.92999999999999,106.92999999999999,106.92999999999999,106.92999999999999,115.48439999999999,115.48439999999999,115.48439999999999,115.48439999999999,0]
[null,"Notes"]
[null,"1. The connection costs were reviewed and consulted on through the 2025 Network Expansion Options Report. "]
[null,"2. CCGT and OCGT - The physical location of these regional connections will depend on fuel / network infrastructure. For Victoria, OCGTs are assumed to connect to the 220 kV network, and larger CCGTs to the 500 kV network."]

{"sheet":"Connection cost forecasts","index":35,"n_rows":121,"n_cols":35,"rows_kept":121,"cut":false,"hidden":false,"merged":[]}
[null,"Go to Assumptions Summary"]
[null,"Connection costs forecast per REZ (real 2025 dollars)"]
[null,"Connection costs increase the build costs of new technologies to cater for transmission infrastructure to connect to the grid, and varies depending on the proximity to transmission assets"]
[null,"Final connection costs will be subject to modelling outcomes.\nThe below connection costs are forecasted escalated costs based on real 2025 dollars.\nFinal connection costs will be subject to modelling outcomes.\nThe below connection costs are forecasted escalated costs based on real 2025 dollars.\nFinal connection costs will be subject to modelling outcomes.\nThe below connection costs are forecasted escalated costs based on real 2025 dollars"]
[null,"AEMO has applied escalation factors to REZ augmentation project cost estimates for the ISP, consistent with its transmission cost forecasting approach. Details are available in the 2025 Electricity Network Options Report."]
[null,"The worksheet has Slower Growth and Step Change/Accelerated Transition cost forecast. These cost escalations are year-on-year cost escalation."]
[]
[]
[null,"Connection Costs for wind and solar"]
[null,"REZ ID","REZ names","Scenario","Notes","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,"N1","North West NSW  ","Accelerated Transition",null,73411174.031901568,74369058.389458641,75857527.575248241,77035414.870411798,78195678.059848249,79464702.729416996,81032383.933811232,82369382.904300094,83551734.472832873,84884897.828586027,86267959.155116946,87567267.767359436,88744701.484178901,89928032.493103027,91137491.027051985,92370775.331576228,93628972.921802282,94916108.026667118,96233259.565760896,97579973.016985238,98957062.588556439,100365274.6215601,101805349.5400307,103278009.1870811,104784127.9132998,106324442.53637181,107899868.3432344,109511268.6999141,111159548.2592791,112845723.1979278]
[null,"N12","Illawarra    ","Accelerated Transition",null,56205529.283059746,56839721.647054553,57956899.722947963,58872284.758708626,59784215.902492195,60770889.389147073,61983548.046035476,63029009.489525922,63957028.110782117,64998506.884692334,66080002.714910194,67101857.849101789,68027906.051191226,68957638.123733535,69907592.774728283,70876581.606255621,71865481.59693937,72877331.993354529,73913032.07823348,74972271.881825298,76055709.955343947,77163955.131940201,78297612.582577676,79457274.74218522,80643651.563425452,81857348.861951947,83099111.214638919,84369644.230771616,85669686.928385839,87000065.587554857]
[null,"N13","South Cobar   ","Accelerated Transition",null,69776216.237491906,70511609.0267988,71864449.322955742,72896642.376426697,73918546.858050182,75039647.497911766,76442286.551864579,77629995.890476286,78667160.81535469,79840223.980864525,81057289.753047213,82184732.355550811,83180784.124703869,84171647.546547592,85181151.405833572,86207242.481908754,87250618.004415393,88314743.218263954,89400406.794129416,90506885.360211313,91634643.357484907,92784069.585238934,93955535.670467809,95149378.644706637,96366069.183354914,97605931.871355727,98869442.344817951,100157015.20899761,101469085.2195816,102806173.87759991]
[null,"N2","New England   ","Accelerated Transition",null,73411174.031901568,74369058.389458641,75857527.575248241,77035414.870411798,78195678.059848249,79464702.729416996,81032383.933811232,82369382.904300094,83551734.472832873,84884897.828586027,86267959.155116946,87567267.767359436,88744701.484178901,89928032.493103027,91137491.027051985,92370775.331576228,93628972.921802282,94916108.026667118,96233259.565760896,97579973.016985238,98957062.588556439,100365274.6215601,101805349.5400307,103278009.1870811,104784127.9132998,106324442.53637181,107899868.3432344,109511268.6999141,111159548.2592791,112845723.1979278]
[null,"N3","Central-West Orana   ","Accelerated Transition",null,76438353.027389094,77581527.514893681,79182947.922980487,80482168.827269778,81757656.621178478,83149871.858831972,84854999.537007749,86316326.343863174,87619588.795810223,89086082.979729667,90607384.771181554,92049822.741217405,93378310.652663514,94721927.934462145,96097907.959285095,97503741.994684577,98940842.58405073,100413699.476087,101923633.30857369,103470413.45641971,105055145.4126662,106678873.27784461,108342644.6087584,110047501.71813561,111794655.1357234,113585184.9850629,115420372.69262531,117301455.3506967,119229728.94072621,121206621.60324]
[null,"N4","Broken Hill   ","Accelerated Transition",null,56887048.788050272,57487689.379773274,58621852.275662094,59503733.540786207,60366374.423140787,61325797.987437472,62505385.120817609,63487847.851450972,64356746.313884042,65340711.280133963,66359466.33613082,67306747.10739322,68146368.211803734,68984982.54564479,69839817.785230726,70708579.800181299,71592185.40076074,72493456.348692879,73412963.99336715,74350172.269910216,75305473.48437053,76279199.654646099,77271671.769383967,78283182.757972896,79314136.543330312,80364816.010441199,81435630.471626773,82526938.581221044,83639116.623249471,84772612.722640827]
[null,"N5","South West NSW  ","Accelerated Transition",null,76680156.09071523,77838131.064445511,79448573.717863217,80757486.430405259,82042178.061408967,83444233.436292589,85160339.975795463,86631597.761867821,87944518.255854234,89421662.554198533,90954006.628892779,92407877.394022003,93748431.115598068,95104851.641554996,96494132.963282764,97913749.815477669,99365140.703929126,100852832.5618301,102378165.3347715,103940926.28196399,105542244.16351131,107183186.8641825,108864826.47373611,110588230.9031664,112354637.5353238,114165153.9161147,116021090.71826941,117923714.88633999,119874353.66007,121874468.0865753]
[null,"N6","Wagga Wagga   ","Accelerated Transition",null,76438353.027389094,77581527.514893681,79182947.922980487,80482168.827269778,81757656.621178478,83149871.858831972,84854999.537007749,86316326.343863174,87619588.795810223,89086082.979729667,90607384.771181554,92049822.741217405,93378310.652663514,94721927.934462145,96097907.959285095,97503741.994684577,98940842.58405073,100413699.476087,101923633.30857369,103470413.45641971,105055145.4126662,106678873.27784461,108342644.6087584,110047501.71813561,111794655.1357234,113585184.9850629,115420372.69262531,117301455.3506967,119229728.94072621,121206621.60324]
[null,"N7","Tumut    ","Accelerated Transition",null,59187630.306875683,60052855.326347418,61298241.165124096,62356269.495062448,63402925.092565283,64533434.932244375,65904642.536204673,67094409.519014023,68164300.977283701,69361912.300156608,70605261.134770587,71796385.169375256,72903708.314405993,74026709.020972505,75177726.146708176,76355321.51520209,77560781.443398356,78797700.628531113,80067278.5007395,81369502.863995463,82705401.31331791,84075961.04105781,85482177.882513419,86925052.575395912,88405721.861041382,89925229.451407075,91484785.242707863,93085570.745589599,94728823.291144773,96415892.914591268]
[null,"N8","Cooma-Monaro    ","Accelerated Transition",null,59187630.306875683,60052855.326347418,61298241.165124096,62356269.495062448,63402925.092565283,64533434.932244375,65904642.536204673,67094409.519014023,68164300.977283701,69361912.300156608,70605261.134770587,71796385.169375256,72903708.314405993,74026709.020972505,75177726.146708176,76355321.51520209,77560781.443398356,78797700.628531113,80067278.5007395,81369502.863995463,82705401.31331791,84075961.04105781,85482177.882513419,86925052.575395912,88405721.861041382,89925229.451407075,91484785.242707863,93085570.745589599,94728823.291144773,96415892.914591268]
[null,"N9","Hunter-Central Coast   ","Accelerated Transition",null,54654733.559443019,55194003.508351237,56253317.720635369,57106544.673757501,57959447.321328141,58883011.422492251,60025257.525618777,61007026.971625373,61873104.068704404,62846278.695930593,63856955.218089774,64805486.509746499,65654151.048890822,66501769.950425155,67366417.186059728,68247010.390783548,69144260.03425552,70060966.881591737,70997906.385537595,71954653.875981942,72931718.681624413,73929557.0962134,74948616.94944337,75989326.502631605,77052223.48697561,78137737.845722929,79246426.585860208,80378803.860176325,81535408.212704197,82716854.878217831]
[null,"Q1","Far North QLD  ","Accelerated Transition",null,52544356.171518102,53233349.51082164,54290333.187992759,55166203.840732872,56021322.52976492,56957641.033036582,58111794.653915182,59097596.76719325,59972562.089589484,60957662.85292615,61980544.091588899,62955095.701387718,63854158.626904726,64762711.453575745,65692536.450915486,66642039.191579625,67612059.228365883,68605604.219356507,69623528.819653034,70665598.671726465,71732491.242283463,72824839.528162464,73943273.938017905,75088417.00648573,76261000.422218978,77461662.000104338,78691171.115158468,79950261.910815895,81239701.768000916,82560341.605903536]
[null,"Q10","Collinsville    ","Accelerated Transition",null,47046469.763681963,47425654.147272751,48289756.111305289,48960825.150545999,49623217.466717474,50353569.661190495,51277338.967826046,52057468.527976431,52734087.731507495,53499913.367371537,54296079.492007494,55036636.369503245,55689066.293709241,56336152.812516212,56995077.820718236,57664698.718859814,58345377.600002728,59039399.003785267,59747292.855584435,60468535.819012709,61203403.495109789,61952120.828747854,62714899.27683682,63491924.933364011,64283471.789385386,65089713.63326589,65910922.913828,66747330.362983719,67599176.576250046,68466757.649927795]
[null,"Q2","North Qld Clean Energy Hub","Accelerated Transition",null,70991168.75917688,72197760.836624235,73724224.050766125,75002281.112788975,76241157.860808641,77596543.269041136,79245623.648605362,80656598.515059844,81922493.865190163,83346268.537105307,84822350.048648149,86238063.077829286,87567773.329081357,88922030.984172881,90310597.375963092,91730692.556200862,93183804.540997803,94674321.60188292,96203533.217763066,97771355.172275364,99378943.703571916,101027401.7255542,102717837.61817269,104451362.29728539,106229242.3719323,108052628.7297001,109922864.8311207,111841253.42808041,113809157.36127849,115828066.75564151]
[null,"Q3","Northern Qld   ","Accelerated Transition",null,52544356.171518102,53233349.51082164,54290333.187992759,55166203.840732872,56021322.52976492,56957641.033036582,58111794.653915182,59097596.76719325,59972562.089589484,60957662.85292615,61980544.091588899,62955095.701387718,63854158.626904726,64762711.453575745,65692536.450915486,66642039.191579625,67612059.228365883,68605604.219356507,69623528.819653034,70665598.671726465,71732491.242283463,72824839.528162464,73943273.938017905,75088417.00648573,76261000.422218978,77461662.000104338,78691171.115158468,79950261.910815895,81239701.768000916,82560341.605903536]
[null,"Q4","Isaac    ","Accelerated Transition",null,47046469.763681963,47425654.147272751,48289756.111305289,48960825.150545999,49623217.466717474,50353569.661190495,51277338.967826046,52057468.527976431,52734087.731507495,53499913.367371537,54296079.492007494,55036636.369503245,55689066.293709241,56336152.812516212,56995077.820718236,57664698.718859814,58345377.600002728,59039399.003785267,59747292.855584435,60468535.819012709,61203403.495109789,61952120.828747854,62714899.27683682,63491924.933364011,64283471.789385386,65089713.63326589,65910922.913828,66747330.362983719,67599176.576250046,68466757.649927795]
[null,"Q5","Barcaldine    ","Accelerated Transition",null,60264793.073491737,60866947.917563707,62017098.933790058,62895588.073802337,63758455.69276917,64712000.858609758,65911601.47025124,66921309.211590625,67800231.308924541,68796200.234899685,69829960.587677196,70789149.923757523,71637679.220674247,72481816.142223269,73341856.689500287,74215902.43040812,75104509.857173935,76010656.437334195,76934998.102144197,77876886.837524757,78836694.841762587,79814728.919424713,80811280.075660959,81826607.730679199,82861085.525565386,83914959.032221168,84988602.208236367,86082335.649680808,87196494.438990548,88331486.241705611]
[null,"Q6","Fitzroy    ","Accelerated Transition",null,47046469.763681963,47425654.147272751,48289756.111305289,48960825.150545999,49623217.466717474,50353569.661190495,51277338.967826046,52057468.527976431,52734087.731507495,53499913.367371537,54296079.492007494,55036636.369503245,55689066.293709241,56336152.812516212,56995077.820718236,57664698.718859814,58345377.600002728,59039399.003785267,59747292.855584435,60468535.819012709,61203403.495109789,61952120.828747854,62714899.27683682,63491924.933364011,64283471.789385386,65089713.63326589,65910922.913828,66747330.362983719,67599176.576250046,68466757.649927795]
[null,"Q7","Wide Bay   ","Accelerated Transition",null,50774789.093116902,51364066.343735561,52358968.503705963,53168921.062479004,53962008.23262269,54832033.76942084,55912035.167495511,56831638.863427818,57642763.87774273,58557288.056205824,59507198.052431501,60406435.378869981,61226116.227859341,62050512.683120415,62893144.954609349,63752564.041732699,64629455.820590012,65526595.204077967,66444732.328763664,67383539.825470284,68343565.815152049,69325311.957753137,70329273.816796675,71355933.45275341,72405875.238282681,73479587.635229722,74577680.076377317,75700724.675537884,76849319.260821238,78024136.174370453]
[null,"Q8","Darling Downs   ","Accelerated Transition",null,49598841.508115903,50152380.659954101,51129519.655210577,51936795.5552876,52732503.407213137,53599609.31242279,54667934.288605265,55582317.30095005,56392835.161073454,57304050.782482512,58250177.52548027,59147361.846527673,59964755.431751929,60786781.876788981,61626718.052752629,62483297.610448487,63357272.044368468,64251315.758175366,65166177.634729452,66101557.034331024,67057999.904088929,68036007.300477281,69036075.053021148,70058685.883362204,71104423.189928532,72173776.130772084,73267353.392482445,74385726.751615614,75529493.890155509,76699325.915828332]
[null,"Q9","Banana    ","Accelerated Transition",null,854433594.86253619,867304066.6940397,885122426.47506952,897802827.5757854,910066380.28291321,923886001.37902832,941082261.35999739,955194865.7357856,967524553.47854578,981629921.35404313,996203367.88377738,1009473076.313521,1021136780.260923,1032781736.751477,1044652752.003916,1056703157.7632979,1068943456.9883261,1081417755.023385,1094132519.2866299,1107078078.973655,1120259229.233948,1133679746.477433,1147343174.15398,1161252618.5148199,1175412776.127933,1189826553.634048,1204498661.323159,1219433008.9128871,1234633744.8010278,1250106042.7577]
[null,"S1","South East SA  ","Accelerated Transition",null,75403083.7809304,75993833.465003341,77552120.142715693,78925814.171568394,80249854.906189531,81696340.303003237,83449519.730897024,84945813.544826671,86289031.851528302,87800311.67669183,89365468.628643215,90871162.97652775,92295384.501547471,93749714.782463267,95240421.784801573,96764271.112853393,98322812.090823576,99920665.112364188,101559106.8782796,103238010.14313839,104958544.3313915,106721820.3604904,108528950.891497,110381050.4336375,112279389.8918847,114225117.2531721,116219578.8960875,118264072.1039516,120359954.3382034,122508711.60515259]
[null,"S2","Riverland    ","Accelerated Transition",null,75403083.7809304,75993833.465003341,77552120.142715693,78925814.171568394,80249854.906189531,81696340.303003237,83449519.730897024,84945813.544826671,86289031.851528302,87800311.67669183,89365468.628643215,90871162.97652775,92295384.501547471,93749714.782463267,95240421.784801573,96764271.112853393,98322812.090823576,99920665.112364188,101559106.8782796,103238010.14313839,104958544.3313915,106721820.3604904,108528950.891497,110381050.4336375,112279389.8918847,114225117.2531721,116219578.8960875,118264072.1039516,120359954.3382034,122508711.60515259]
[null,"S3","Mid-North SA   ","Accelerated Transition",null,53629769.584994733,53967370.06727349,55022901.940896943,55945115.398311324,56846506.225879475,57826599.097815014,59022433.065168552,60046745.37800172,60960736.022674233,61987379.668693505,63052133.956633963,64070753.178438947,65015971.320918821,65973447.131890498,66952928.989715032,67952772.187905222,68973913.321586147,70019378.515586764,71090014.621786952,72185591.957254738,73306792.573590174,74454252.966442928,75628606.00478597,76830476.726234525,78060598.047124103,79319606.991795734,80608273.684745029,81927329.129194498,83277537.802761629,84659747.279190525]
[null,"S4","Yorke Peninsula   ","Accelerated Transition",null,48404620.551308952,48728308.406535864,49640428.871793456,50390298.122193292,51131075.021558307,51939492.380635187,52942584.565334439,53797300.074346282,54549343.803089224,55396295.70604188,56275715.239743479,57103682.95625101,57848059.426869005,58592654.168347694,59352074.829188131,60125135.928705007,60912424.729687519,61716393.093950488,62537667.963439249,63375834.229460202,64231292.385730982,65104394.783474162,65995483.834601015,66904882.275875293,67833005.827947482,68780172.288037404,69746807.965198025,70733298.29403989,71740046.027104571,72767517.258699581]
[null,"S5","Northern SA   ","Accelerated Transition",null,65208818.677685574,65772424.828141592,67050915.866287284,68088366.369072437,69099049.350102156,70210595.843061805,71587736.077397168,72753146.548541471,73780406.44276613,74941107.699954659,76144676.569848463,77278409.8550331,78310789.30367583,79349788.644960433,80411156.279841289,81492553.762090921,82594848.868570969,83721541.605865642,84873479.630524859,86050173.931479767,87252244.613788232,88480248.229160696,89734730.75696826,91016216.917514071,92325358.767029941,93662681.48037602,95028860.652255148,96424519.361669689,97850309.344481617,99306972.340667829]
[null,"S6","Roxby Downs   ","Accelerated Transition",null,62389550.208633214,62945649.696501046,64146762.030402772,65091222.919776388,66015245.447572239,67034163.126082674,68307308.081622526,69381211.321416512,70321091.538851649,71384838.764277473,72488408.873279154,73519274.704540998,74443288.518232167,75367426.277002946,76310058.237567246,77269093.732433692,78245212.05357407,79241603.359643325,80258996.653131783,81296802.875105977,82355490.213950247,83435461.909111753,84537107.221668959,85660787.76322642,86806984.444697872,87976050.199548736,89168475.11427331,90384695.813729689,91625168.862294003,92890430.169843286]
[null,"S7","Eastern Eyre Peninsula  ","Accelerated Transition",null,63259238.941263817,63817654.086524419,65042636.224939346,66015782.576489925,66966538.145345725,68014029.986667424,69319255.435146511,70421386.851481035,71388221.976261437,72481877.608755529,73616295.363726214,74678893.776192427,75636336.251522675,76595906.543669,77575166.118541062,78571947.873792991,79586989.245268613,80623575.973599464,81682473.663713664,82763124.119471252,83866042.392554879,84991679.016221896,86140471.596053928,87312832.059472844,88509294.112348422,89730263.8212201,90976288.498206645,92247862.285593212,93545501.954310939,94869806.908764094]
[null,"S8","Western Eyre Peninsula  ","Accelerated Transition",null,63259238.941263817,63817654.086524419,65042636.224939346,66015782.576489925,66966538.145345725,68014029.986667424,69319255.435146511,70421386.851481035,71388221.976261437,72481877.608755529,73616295.363726214,74678893.776192427,75636336.251522675,76595906.543669,77575166.118541062,78571947.873792991,79586989.245268613,80623575.973599464,81682473.663713664,82763124.119471252,83866042.392554879,84991679.016221896,86140471.596053928,87312832.059472844,88509294.112348422,89730263.8212201,90976288.498206645,92247862.285593212,93545501.954310939,94869806.908764094]
[null,"T1","North East Tasmania  ","Accelerated Transition",null,50675347.537948467,51771514.045793161,53027598.997966751,54152175.480071038,55261092.71549198,56471947.189277105,57894054.198503248,59144446.717340432,60314955.575369366,61619507.849399276,62978718.614879027,64316629.195565253,65609292.541478753,66944749.945908442,68328361.145821765,69759182.393328249,71240243.288066402,72776318.782178864,74369948.203574836,76022863.681170911,77737779.502832904,79517473.766046688,81364839.915749833,83282892.537622929,85274885.83614783,87344113.76740256,89494160.299544841,91728716.4678296,94051675.271247804,96467192.38722986]
[null,"T2","North West Tasmania  ","Accelerated Transition",null,50675347.537948467,51771514.045793161,53027598.997966751,54152175.480071038,55261092.71549198,56471947.189277105,57894054.198503248,59144446.717340432,60314955.575369366,61619507.849399276,62978718.614879027,64316629.195565253,65609292.541478753,66944749.945908442,68328361.145821765,69759182.393328249,71240243.288066402,72776318.782178864,74369948.203574836,76022863.681170911,77737779.502832904,79517473.766046688,81364839.915749833,83282892.537622929,85274885.83614783,87344113.76740256,89494160.299544841,91728716.4678296,94051675.271247804,96467192.38722986]
[null,"T3","Central Highlands   ","Accelerated Transition",null,50675347.537948467,51771514.045793161,53027598.997966751,54152175.480071038,55261092.71549198,56471947.189277105,57894054.198503248,59144446.717340432,60314955.575369366,61619507.849399276,62978718.614879027,64316629.195565253,65609292.541478753,66944749.945908442,68328361.145821765,69759182.393328249,71240243.288066402,72776318.782178864,74369948.203574836,76022863.681170911,77737779.502832904,79517473.766046688,81364839.915749833,83282892.537622929,85274885.83614783,87344113.76740256,89494160.299544841,91728716.4678296,94051675.271247804,96467192.38722986]
[null,"DN1","Dubbo","Accelerated Transition",null,50675347.537948467,51771514.045793161,53027598.997966751,54152175.480071038,55261092.71549198,56471947.189277105,57894054.198503248,59144446.717340432,60314955.575369366,61619507.849399276,62978718.614879027,64316629.195565253,65609292.541478753,66944749.945908442,68328361.145821765,69759182.393328249,71240243.288066402,72776318.782178864,74369948.203574836,76022863.681170911,77737779.502832904,79517473.766046688,81364839.915749833,83282892.537622929,85274885.83614783,87344113.76740256,89494160.299544841,91728716.4678296,94051675.271247804,96467192.38722986]
[null,"DN2","Yass","Accelerated Transition",null,50675347.537948467,51771514.045793161,53027598.997966751,54152175.480071038,55261092.71549198,56471947.189277105,57894054.198503248,59144446.717340432,60314955.575369366,61619507.849399276,62978718.614879027,64316629.195565253,65609292.541478753,66944749.945908442,68328361.145821765,69759182.393328249,71240243.288066402,72776318.782178864,74369948.203574836,76022863.681170911,77737779.502832904,79517473.766046688,81364839.915749833,83282892.537622929,85274885.83614783,87344113.76740256,89494160.299544841,91728716.4678296,94051675.271247804,96467192.38722986]
[null,"DN3","Marulan","Accelerated Transition",null,50675347.537948467,51771514.045793161,53027598.997966751,54152175.480071038,55261092.71549198,56471947.189277105,57894054.198503248,59144446.717340432,60314955.575369366,61619507.849399276,62978718.614879027,64316629.195565253,65609292.541478753,66944749.945908442,68328361.145821765,69759182.393328249,71240243.288066402,72776318.782178864,74369948.203574836,76022863.681170911,77737779.502832904,79517473.766046688,81364839.915749833,83282892.537622929,85274885.83614783,87344113.76740256,89494160.299544841,91728716.4678296,94051675.271247804,96467192.38722986]
[null,"N1","North West NSW  ","Step Change",null,73411174.031901568,74228232.529062733,75134325.380342066,76034697.051475346,77002738.076895475,78341596.817555293,79369435.50833571,80230519.101586923,81266568.960768968,82330917.545499638,83309257.619190231,84150475.716006875,85004637.492296129,85875580.507311642,86763594.851352647,87667868.811694816,88593833.870444745,89541513.174112678,90510483.446207091,91501399.399553388,92514913.036390439,93551572.520204723,94611998.258898914,95696827.917033598,96806744.410551623,97942430.41126737,99104618.774551973,100294082.49958619,101511581.6108014,102757979.6611079]
[null,"N12","Illawarra    ","Step Change",null,56205529.283059746,56740716.337147988,57454111.530027807,58171502.558231689,58929485.773382418,59968380.599857971,60780721.795700729,61464751.467863627,62280808.414463326,63119241.832993366,63899378.893168025,64568867.356462888,65248457.005534366,65941094.928650603,66647581.71098505,67367302.702327982,68104370.491922915,68858884.089630887,69630553.34247075,70419913.31026946,71227499.912811369,72053769.036189348,72899233.627231866,73764421.061720178,74649894.526972413,75556218.062159076,76483995.781711951,77433864.416810423,78406451.934542984,79402467.815652028]
[null,"N13","South Cobar   ","Step Change",null,69776216.237491906,70363137.31815955,71119725.776176274,71888528.618447453,72713329.769038647,73887841.02066192,74771155.915138036,75490773.411039263,76368477.55751653,77270404.48995252,78080487.953855723,78743067.83816129,79407480.454630971,80081406.782706082,80765078.673800334,81457360.163637429,82163020.420471728,82881860.848571122,83613164.30260475,84357233.587516665,85114354.507003307,85884700.703074574,86668502.001822025,87465986.298783004,88277410.353603691,89103016.050141856,89943074.073397115,90797876.574502364,91667685.967960462,92552841.933574602]
[null,"N2","New England   ","Step Change",null,73411174.031901568,74228232.529062733,75134325.380342066,76034697.051475346,77002738.076895475,78341596.817555293,79369435.50833571,80230519.101586923,81266568.960768968,82330917.545499638,83309257.619190231,84150475.716006875,85004637.492296129,85875580.507311642,86763594.851352647,87667868.811694816,88593833.870444745,89541513.174112678,90510483.446207091,91501399.399553388,92514913.036390439,93551572.520204723,94611998.258898914,95696827.917033598,96806744.410551623,97942430.41126737,99104618.774551973,100294082.49958619,101511581.6108014,102757979.6611079]
[null,"N3","Central-West Orana   ","Step Change",null,76438353.027389094,77447069.087770492,78477668.62787953,79487610.318176389,80574940.965353668,82050667.668424979,83198865.225873217,84177761.245758355,85345680.810900316,86545293.528544724,87663757.065507337,88653744.384771839,89665928.538074806,90700946.29898797,91759136.258932456,92839956.740640432,93949390.798669994,95087646.245625585,96254544.537864938,97451033.455755696,98678069.970286861,99936514.145003125,101227311.66285059,102551441.44247051,103909941.30114509,105303860.9972188,106734318.2797866,108202486.5964506,109709540.3792935,111256779.4607525]
[null,"N4","Broken Hill   ","Step Change",null,56887048.788050272,57383322.143233418,58022769.64882946,58667960.897864714,59385077.285324849,60372484.224430993,61096432.268370062,61704017.311037101,62440025.449439116,63195962.56363108,63877737.668043204,64438556.255518518,65004591.017654121,65579032.17150411,66161580.945587672,66751850.000831798,67353594.20007585,67966594.74330318,68590321.961161345,69225023.991688654,69870944.940516785,70528234.809832036,71197093.262445793,71877717.783502117,72570329.064456269,73275137.596017897,73992376.791210696,74722299.015268013,75465132.038356498,76221168.416665554]
[null,"N5","South West NSW  ","Step Change",null,76680156.09071523,77704181.251075611,78744726.05666399,79763419.910715282,80860279.097832531,82346938.452270553,83504749.958118305,84493056.523498252,85671509.492482066,86881926.751828656,88011582.980968863,89013453.592820346,90038260.156259298,91086383.774550438,92158166.913256466,93253089.46482864,94377178.541975781,95530656.707942218,96713364.967699334,97926274.511076063,99170366.669159725,100446526.4192479,101755725.4263982,103098969.86772649,104477325.9090967,105891872.6307559,107343758.52609299,108834189.0294725,110364371.67476611,111935641.14326701]
[null,"N6","Wagga Wagga   ","Step Change",null,76438353.027389094,77447069.087770492,78477668.62787953,79487610.318176389,80574940.965353668,82050667.668424979,83198865.225873217,84177761.245758355,85345680.810900316,86545293.528544724,87663757.065507337,88653744.384771839,89665928.538074806,90700946.29898797,91759136.258932456,92839956.740640432,93949390.798669994,95087646.245625585,96254544.537864938,97451033.455755696,98678069.970286861,99936514.145003125,101227311.66285059,102551441.44247051,103909941.30114509,105303860.9972188,106734318.2797866,108202486.5964506,109709540.3792935,111256779.4607525]
[null,"N7","Tumut    ","Step Change",null,59187630.306875683,59963877.326561622,60827551.238704607,61675644.19169455,62576321.802643992,63776013.44131089,64731505.94857607,65557579.005133815,66531756.531941839,67532356.986063927,68482015.132156089,69334228.80011262,70208453.951241881,71103406.414967373,72019936.2826491,72957792.202211976,73921736.048715562,74912106.300020143,75928937.446565509,76973138.054749191,78045633.079388723,79147277.877442673,80279001.34846279,81441767.440647602,82636593.118468836,83864512.097743079,85126620.733584881,86424067.748984143,87758011.485486597,89129718.954680562]
[null,"N8","Cooma-Monaro    ","Step Change",null,59187630.306875683,59963877.326561622,60827551.238704607,61675644.19169455,62576321.802643992,63776013.44131089,64731505.94857607,65557579.005133815,66531756.531941839,67532356.986063927,68482015.132156089,69334228.80011262,70208453.951241881,71103406.414967373,72019936.2826491,72957792.202211976,73921736.048715562,74912106.300020143,75928937.446565509,76973138.054749191,78045633.079388723,79147277.877442673,80279001.34846279,81441767.440647602,82636593.118468836,83864512.097743079,85126620.733584881,86424067.748984143,87758011.485486597,89129718.954680562]
[null,"N9","Hunter-Central Coast   ","Step Change",null,54654733.559443019,55091736.221434258,55741347.792372137,56402607.115972914,57099479.364256911,58068258.002980001,58818940.467705101,59442615.926362567,60191117.245633304,60960256.103387766,61668609.2129125,62261884.58331731,62860520.834233597,63469104.786748551,64088412.179360628,64717690.02520024,65360768.348059565,66017651.555072308,66687924.118888415,67371970.963551044,68070171.776182264,68782822.659367949,69510269.924548492,70252866.126204744,71010992.638990104,71785025.447050318,72575371.48733227,73382462.345002979,74206713.689954534,75048611.500974104]
[null,"Q1","Far North QLD  ","Step Change",null,52544356.171518102,53161776.982294716,53870652.577196896,54553926.786513999,55291912.47544495,56300121.426265635,57081546.816571414,57744110.571565986,58535019.829144798,59347419.750004061,60111869.281447813,60789079.777455643,61480781.215008229,62187382.346057832,62909140.348615132,63645559.599184558,64400677.862985514,65174585.837735593,65967078.015912183,66778720.872368507,67610086.092076793,68461671.652659088,69334030.307392582,70227731.971032679,71143381.450967893,72081585.871633306,73042992.520397946,74028280.727036491,75038124.299052432,76073275.465149507]
[null,"Q10","Collinsville    ","Step Change",null,47046469.763681963,47342573.83314389,47837745.51010593,48337509.10556373,48875515.808735721,49653268.801202327,50235054.986107662,50703736.485574894,51276818.479861498,51866607.367807589,52401173.658557214,52834510.788934261,53267415.22704985,53706052.485484093,54150684.198500849,54600432.65266633,55058458.848757826,55524628.374141015,55998409.64813973,56479963.281533383,56969439.643663056,57466908.794149227,57972478.065903485,58486250.257267945,59008345.694057591,59538872.43692185,60077954.80359704,60625729.443100885,61182310.818097651,61747862.07712134]
[null,"Q2","North Qld Clean Energy Hub","Step Change",null,70991168.75917688,72104899.50470987,73165860.681511402,74171745.272659123,75265024.221671775,76722554.801818505,77862521.054746151,78850103.128444731,80020277.603257179,81220768.787575394,82358908.93859385,83399544.054618135,84470653.229587734,85567654.625975877,86690553.068015307,87839097.803996176,89019088.78150171,90230766.562698767,91474117.427033603,92750159.578402072,94059928.977994487,95404373.754203424,96784524.719583273,98201450.792608827,99656278.054064229,101150146.77054261,102684265.9647097,104259900.0012145,105878318.2893091,107540912.4130751]
[null,"Q3","Northern Qld   ","Step Change",null,52544356.171518102,53161776.982294716,53870652.577196896,54553926.786513999,55291912.47544495,56300121.426265635,57081546.816571414,57744110.571565986,58535019.829144798,59347419.750004061,60111869.281447813,60789079.777455643,61480781.215008229,62187382.346057832,62909140.348615132,63645559.599184558,64400677.862985514,65174585.837735593,65967078.015912183,66778720.872368507,67610086.092076793,68461671.652659088,69334030.307392582,70227731.971032679,71143381.450967893,72081585.871633306,73042992.520397946,74028280.727036491,75038124.299052432,76073275.465149507]
[null,"Q4","Isaac    ","Step Change",null,47046469.763681963,47342573.83314389,47837745.51010593,48337509.10556373,48875515.808735721,49653268.801202327,50235054.986107662,50703736.485574894,51276818.479861498,51866607.367807589,52401173.658557214,52834510.788934261,53267415.22704985,53706052.485484093,54150684.198500849,54600432.65266633,55058458.848757826,55524628.374141015,55998409.64813973,56479963.281533383,56969439.643663056,57466908.794149227,57972478.065903485,58486250.257267945,59008345.694057591,59538872.43692185,60077954.80359704,60625729.443100885,61182310.818097651,61747862.07712134]
[null,"Q5","Barcaldine    ","Step Change",null,60264793.073491737,60751634.897396773,61395659.757350892,62043515.164090604,62746635.137203805,63754546.171776228,64505016.360240847,65114334.177950054,65859527.689655192,66625704.776941165,67315342.754467383,67880180.965019077,68446377.226849422,69020581.141687751,69602806.227916405,70192056.276404127,70792420.667418763,71403700.772859067,72025246.703489989,72657284.822450727,73300029.104188591,73953592.809129253,74618137.734750181,75293821.455462992,75980824.828563243,76679314.447261378,77389479.02053602,78111524.142947912,78845627.942038581,79592032.706553325]
[null,"Q6","Fitzroy    ","Step Change",null,47046469.763681963,47342573.83314389,47837745.51010593,48337509.10556373,48875515.808735721,49653268.801202327,50235054.986107662,50703736.485574894,51276818.479861498,51866607.367807589,52401173.658557214,52834510.788934261,53267415.22704985,53706052.485484093,54150684.198500849,54600432.65266633,55058458.848757826,55524628.374141015,55998409.64813973,56479963.281533383,56969439.643663056,57466908.794149227,57972478.065903485,58486250.257267945,59008345.694057591,59538872.43692185,60077954.80359704,60625729.443100885,61182310.818097651,61747862.07712134]
[null,"Q7","Wide Bay   ","Step Change",null,50774789.093116902,51288789.8829998,51928882.060119241,52553090.963838227,53226710.784993745,54160744.4534107,54877913.338720076,55478073.538781576,56198872.225623459,56939621.856551193,57630080.44230558,58228797.086839132,58837201.30502028,59457554.737953551,60090115.997953281,60734266.480850033,61393761.753691494,62068620.059466653,62758530.939718127,63463930.236606874,64185254.029125787,64922862.563857816,65677165.229674928,66448581.59376879,67237560.526759014,68044548.522834837,68870024.544708073,69714493.253211483,70578448.423352525,71462452.680631533]
[null,"Q8","Darling Downs   ","Step Change",null,49598841.508115903,50079947.890424222,50717297.777399719,51345999.139748104,52019022.685080118,52941510.57516706,53655985.124384962,54258565.402885303,54977954.160840981,55716887.632202141,56408022.221160233,57006475.116221189,57614928.730554454,58235036.013439372,58867263.427066632,59511090.439153209,60170127.362982452,60844414.646111406,61533667.842524387,62238320.982509077,62958810.443236485,63695497.918259911,64448794.097451724,65219119.71392072,66006924.200869843,66812655.140269697,67636792.05170925,68479840.23703438,69342294.197936907,70224716.672959492]
[null,"Q9","Banana    ","Step Change",null,854433594.86253619,864988736.52565169,873986000.82200968,882875542.05966246,892923294.47393847,907149777.32571328,917288054.99050772,925572084.73260236,935877194.55450523,946449621.28930604,955595945.51324368,963044604.25252771,970539927.42325127,978150780.28027892,985860211.16076672,993658578.35283697,1001605554.787904,1009695469.14635,1017919164.7908031,1026279681.2337611,1034779699.334982,1043420630.9235581,1052204489.016872,1061133267.7808939,1070209281.211982,1079434636.367563,1088811784.063746,1098343379.1318822,1108031688.2213619,1117879876.7539332]
[null,"S1","South East SA  ","Step Change",null,75403083.7809304,75908375.462178648,77014097.505447552,78101282.122867078,79284003.784729242,80848195.340230227,82072053.636509553,83136367.981057063,84395711.725897372,85685379.617889062,86913620.848302275,88049946.954864576,89222415.221010774,90422817.363495201,91650939.083396882,92906536.153784066,94195738.641798928,95518714.998898625,96875429.439954966,98266916.23221381,99694226.550184771,101158317.5543776,102660228.2240351,104201036.51607651,105781875.5779089,107403888.87477051,109068289.06564969,110776341.8663092,112529313.6193143,114328594.2683176]
[null,"S2","Riverland    ","Step Change",null,75403083.7809304,75908375.462178648,77014097.505447552,78101282.122867078,79284003.784729242,80848195.340230227,82072053.636509553,83136367.981057063,84395711.725897372,85685379.617889062,86913620.848302275,88049946.954864576,89222415.221010774,90422817.363495201,91650939.083396882,92906536.153784066,94195738.641798928,95518714.998898625,96875429.439954966,98266916.23221381,99694226.550184771,101158317.5543776,102660228.2240351,104201036.51607651,105781875.5779089,107403888.87477051,109068289.06564969,110776341.8663092,112529313.6193143,114328594.2683176]
[null,"S3","Mid-North SA   ","Step Change",null,53629769.584994733,53902435.863253318,54631511.694598861,55360949.316695601,56144183.28062477,57195516.356895618,58017246.923562601,58721560.472950891,59556764.197242551,60413056.166356839,61224363.702665545,61950357.602838472,62694060.818784826,63453414.647969417,64228771.805020384,65019738.082653917,65830375.197645456,66660759.091381565,67510698.959413826,68380767.698115885,69271545.088341981,70183535.184165627,71117296.22576344,72073403.926532269,73052467.278495833,74055096.133360818,75081940.199198499,76133680.139320478,77210988.916060641,78314618.030350536]
[null,"S4","Yorke Peninsula   ","Step Change",null,48404620.551308952,48653031.597769566,49220130.785306379,49796567.062669404,50412794.446948133,51270504.928636253,51927264.622127771,52472902.911545888,53128873.860448793,53802629.941362433,54426083.95013582,54952757.434708036,55485003.87222188,56025913.43175634,56575913.011004977,57134342.651384421,57704551.992731318,58286485.055955499,58879733.213318922,59484584.110856235,60101321.893683262,60730152.430521503,61371323.980779879,62025087.024380259,62691713.978162616,63371469.312443525,64064640.717346534,64771533.979559734,65492437.120565921,66227695.720861152]
[null,"S5","Northern SA   ","Step Change",null,65208818.677685574,65666788.404766478,66456494.036470003,67245173.049683198,68102064.895789474,69288498.793771148,70190498.937369555,70945237.869802728,71854898.492549479,72788438.889769837,73650177.911742836,74397629.912701055,75157546.030894741,75931763.430945665,76720212.545084059,77522130.665626422,78342258.597697482,79180507.415920943,80036416.361958176,80910463.179679781,81803122.258307159,82714768.998765931,83645837.607860416,84596771.512041464,85568047.200575054,86560134.299651191,87573539.171288028,88608796.147003323,89666420.549810454,90747010.372643858]
[null,"S6","Roxby Downs   ","Step Change",null,62389550.208633214,62834432.842929482,63536742.757942632,64242868.744601071,65009650.934294246,66091614.304778218,66904603.172706373,67573727.674935028,68386681.90538241,69221733.690936983,69982114.928937435,70622022.100203976,71267845.122840241,71924199.27388148,72591055.011589095,73267506.24016656,73957909.558269486,74662104.861835957,75379513.864332765,76110460.400664225,76855259.347565055,77614125.217810959,78387324.965751171,79175126.535668418,79977824.815156296,80795703.077277467,81629072.354543075,82478264.71096848,83343587.771835029,84225420.512652487]
[null,"S7","Eastern Eyre Peninsula  ","Step Change",null,63259238.941263817,63708158.685634047,64437428.455985613,65169020.423563324,65963599.665486187,67077790.133763105,67918237.225119531,68613772.090928942,69456558.336553097,70321991.916817278,71113640.032609984,71786722.663277507,72467741.156216249,73160453.795560449,73864818.692330137,74579973.983134329,75310394.786748603,76055942.956332102,76816076.46048218,77591166.611984551,78381577.494030759,79187573.250218406,80009472.428981289,80847597.107390806,81702298.193575695,82573916.446863919,83462823.15506804,84369412.777739584,85294057.01081492,86237202.392360747]
[null,"S8","Western Eyre Peninsula  ","Step Change",null,63259238.941263817,63708158.685634047,64437428.455985613,65169020.423563324,65963599.665486187,67077790.133763105,67918237.225119531,68613772.090928942,69456558.336553097,70321991.916817278,71113640.032609984,71786722.663277507,72467741.156216249,73160453.795560449,73864818.692330137,74579973.983134329,75310394.786748603,76055942.956332102,76816076.46048218,77591166.611984551,78381577.494030759,79187573.250218406,80009472.428981289,80847597.107390806,81702298.193575695,82573916.446863919,83462823.15506804,84369412.777739584,85294057.01081492,86237202.392360747]
[null,"T1","North East Tasmania  ","Step Change",null,50675347.537948467,51720875.386713631,52668749.270665236,53590047.429223605,54599198.153711326,55863858.552838668,56898161.7220992,57853431.727331437,58955304.617911048,60095081.812756225,61213116.109224707,62274549.607982866,63383781.199902475,64533841.477734797,65726118.209417135,66962476.217708796,68248578.505492166,69586174.113340259,70977033.757107064,72423731.572597191,73928968.522729829,75495487.466565728,77126211.147378907,78824216.669899419,80592752.644906208,82435215.435967252,84355200.487041265,86356499.034817308,88443065.766557023,90619124.61279811]
[null,"T2","North West Tasmania  ","Step Change",null,50675347.537948467,51720875.386713631,52668749.270665236,53590047.429223605,54599198.153711326,55863858.552838668,56898161.7220992,57853431.727331437,58955304.617911048,60095081.812756225,61213116.109224707,62274549.607982866,63383781.199902475,64533841.477734797,65726118.209417135,66962476.217708796,68248578.505492166,69586174.113340259,70977033.757107064,72423731.572597191,73928968.522729829,75495487.466565728,77126211.147378907,78824216.669899419,80592752.644906208,82435215.435967252,84355200.487041265,86356499.034817308,88443065.766557023,90619124.61279811]
[null,"T3","Central Highlands   ","Step Change",null,50675347.537948467,51720875.386713631,52668749.270665236,53590047.429223605,54599198.153711326,55863858.552838668,56898161.7220992,57853431.727331437,58955304.617911048,60095081.812756225,61213116.109224707,62274549.607982866,63383781.199902475,64533841.477734797,65726118.209417135,66962476.217708796,68248578.505492166,69586174.113340259,70977033.757107064,72423731.572597191,73928968.522729829,75495487.466565728,77126211.147378907,78824216.669899419,80592752.644906208,82435215.435967252,84355200.487041265,86356499.034817308,88443065.766557023,90619124.61279811]
[null,"DN1","Dubbo","Step Change",null,50675347.537948467,51720875.386713631,52668749.270665236,53590047.429223605,54599198.153711326,55863858.552838668,56898161.7220992,57853431.727331437,58955304.617911048,60095081.812756225,61213116.109224707,62274549.607982866,63383781.199902475,64533841.477734797,65726118.209417135,66962476.217708796,68248578.505492166,69586174.113340259,70977033.757107064,72423731.572597191,73928968.522729829,75495487.466565728,77126211.147378907,78824216.669899419,80592752.644906208,82435215.435967252,84355200.487041265,86356499.034817308,88443065.766557023,90619124.61279811]
[null,"DN2","Yass","Step Change",null,50675347.537948467,51720875.386713631,52668749.270665236,53590047.429223605,54599198.153711326,55863858.552838668,56898161.7220992,57853431.727331437,58955304.617911048,60095081.812756225,61213116.109224707,62274549.607982866,63383781.199902475,64533841.477734797,65726118.209417135,66962476.217708796,68248578.505492166,69586174.113340259,70977033.757107064,72423731.572597191,73928968.522729829,75495487.466565728,77126211.147378907,78824216.669899419,80592752.644906208,82435215.435967252,84355200.487041265,86356499.034817308,88443065.766557023,90619124.61279811]
[null,"DN3","Marulan","Step Change",null,50675347.537948467,51720875.386713631,52668749.270665236,53590047.429223605,54599198.153711326,55863858.552838668,56898161.7220992,57853431.727331437,58955304.617911048,60095081.812756225,61213116.109224707,62274549.607982866,63383781.199902475,64533841.477734797,65726118.209417135,66962476.217708796,68248578.505492166,69586174.113340259,70977033.757107064,72423731.572597191,73928968.522729829,75495487.466565728,77126211.147378907,78824216.669899419,80592752.644906208,82435215.435967252,84355200.487041265,86356499.034817308,88443065.766557023,90619124.61279811]
[null,"N1","North West NSW  ","Slower Growth",null,73411174.031901568,74388196.002129957,75667913.853489712,76415573.745338634,77126007.014523551,77928891.306295261,79015982.141518652,79869446.386796311,80549681.714797094,81362058.744898751,82210018.89334774,82966614.181907967,83599399.537212551,84225441.328508526,84866550.037509575,85520785.915939212,86188391.950318426,86873307.475712031,87576453.91914916,88297285.860536888,89036440.710424989,89794474.142626673,90571997.326429754,91369618.162579834,92187971.669747427,93027704.678708389,93889580.919871435,94774243.871706665,95682512.283135191,96615150.427182391]
[null,"N12","Illawarra    ","Slower Growth",null,56205529.283059746,56854313.955056839,57815566.631865643,58405910.420072831,58977840.848177716,59612055.616034567,60461205.719064184,61140697.655447371,61688457.759235218,62335404.42942176,63011288.94877886,63621365.598160349,64134277.9242521,64641277.034752265,65160019.806152917,65689563.080655336,66230138.850376971,66784727.846939318,67354105.34619309,67937892.760593936,68536614.035737202,69150732.740461335,69780756.700208366,70427190.831185684,71090563.689615309,71771413.891316697,72470371.639109969,73187975.199587643,73924900.504156291,74681783.284894601]
[null,"N13","South Cobar   ","Slower Growth",null,69776216.237491906,70527967.632804513,71669318.399657622,72268566.798984975,72836411.352662534,73486311.992412925,74402587.614414781,75100298.552751958,75628556.301768631,76273477.150279745,76947457.117939636,77523542.245524451,77965632.680693403,78389236.317618549,78819666.214596972,79255199.306807011,79695659.004717663,80144363.768572211,80601908.887522206,81067427.655931681,81541159.687334925,82023255.554102555,82513898.753901422,83013255.05437617,83521497.015445516,84038794.546173945,84565404.128898472,85101453.045538634,85647212.842655808,86202883.840893075]
[null,"N2","New England   ","Slower Growth",null,73411174.031901568,74388196.002129957,75667913.853489712,76415573.745338634,77126007.014523551,77928891.306295261,79015982.141518652,79869446.386796311,80549681.714797094,81362058.744898751,82210018.89334774,82966614.181907967,83599399.537212551,84225441.328508526,84866550.037509575,85520785.915939212,86188391.950318426,86873307.475712031,87576453.91914916,88297285.860536888,89036440.710424989,89794474.142626673,90571997.326429754,91369618.162579834,92187971.669747427,93027704.678708389,93889580.919871435,94774243.871706665,95682512.283135191,96615150.427182391]
[null,"N3","Central-West Orana   ","Slower Growth",null,76438353.027389094,77602979.473723158,78997928.905633703,79869185.322741166,80698365.930682287,81628654.424715757,82857999.518398285,83841174.523997024,84647976.200469136,85599810.10029152,86592660.280125737,87499583.742679372,88291179.100583896,89085810.615188062,89902371.835778117,90738742.56092228,91595515.198478281,92477146.145695761,93384828.435984999,94318284.214628771,95278482.17601493,96266315.36089398,97282751.101849422,98328765.506388068,99405378.727066085,100513634.7732427,101654719.80958711,102829707.2010892,104039871.4047094,105286446.35086739]
[null,"N4","Broken Hill   ","Slower Growth",null,56887048.788050272,57503331.88696707,58463329.049803242,58980322.065827459,59460835.930354208,60024902.286102906,60796265.388054915,61367268.555890903,61809854.051468551,62351374.465969257,62915229.230774455,63400578.021613397,63775708.470434368,64138760.171146713,64508138.819698967,64881798.450762048,65259980.46396789,65645366.545490392,66038346.699164949,66438268.094172232,66845330.673279762,67259663.035467893,67681424.104474828,68110757.559899449,68547813.817636192,68992742.717618361,69445764.168721542,69906992.147727162,70376661.003017351,70854946.447077185]
[null,"N5","South West NSW  ","Slower Growth",null,76680156.09071523,77859767.887133837,79263921.713370159,80145050.69449465,80983716.526241794,81924181.73147516,83164889.719627395,84158425.678192168,84975337.140316188,85938310.486583814,86942734.099467918,87861665.379540786,88665946.061032966,89474044.07748653,90304619.981329113,91155539.157007486,92027421.923232898,92924765.978816748,93848786.052369729,94799225.661590189,95777079.962944031,96783268.945161715,97818788.390210211,98884643.816979885,99981886.14150463,101111591.09871989,102274978.59622799,103473156.3372187,104707435.1794071,105979086.568205]
[null,"N6","Wagga Wagga   ","Slower Growth",null,76438353.027389094,77602979.473723158,78997928.905633703,79869185.322741166,80698365.930682287,81628654.424715757,82857999.518398285,83841174.523997024,84647976.200469136,85599810.10029152,86592660.280125737,87499583.742679372,88291179.100583896,89085810.615188062,89902371.835778117,90738742.56092228,91595515.198478281,92477146.145695761,93384828.435984999,94318284.214628771,95278482.17601493,96266315.36089398,97282751.101849422,98328765.506388068,99405378.727066085,100513634.7732427,101654719.80958711,102829707.2010892,104039871.4047094,105286446.35086739]
[null,"N7","Tumut    ","Slower Growth",null,59187630.306875683,60070218.01779329,61165351.762097299,61906912.449139953,62624044.861734346,63413691.179043494,64433952.394230984,65271105.720081948,65974697.435856216,66792596.728236973,67646029.562468484,68441894.3554122,69153351.776986003,69871770.791829675,70610693.487182632,71368957.330129161,72147246.657433853,72949165.978687555,73775831.895396382,74627221.811931476,75504283.284165502,76407912.479501054,77339073.605587035,78298743.740241393,79287945.300012097,80307726.31789799,81359257.815519542,82443630.200208738,83562102.888308302,84715914.009924144]
[null,"N8","Cooma-Monaro    ","Slower Growth",null,59187630.306875683,60070218.01779329,61165351.762097299,61906912.449139953,62624044.861734346,63413691.179043494,64433952.394230984,65271105.720081948,65974697.435856216,66792596.728236973,67646029.562468484,68441894.3554122,69153351.776986003,69871770.791829675,70610693.487182632,71368957.330129161,72147246.657433853,72949165.978687555,73775831.895396382,74627221.811931476,75504283.284165502,76407912.479501054,77339073.605587035,78298743.740241393,79287945.300012097,80307726.31789799,81359257.815519542,82443630.200208738,83562102.888308302,84715914.009924144]
[null,"N9","Hunter-Central Coast   ","Slower Growth",null,54654733.559443019,55207410.198281281,56109630.805096813,56636657.239718199,57147754.5075083,57716701.284165159,58492975.849932678,59106018.166814372,59588939.504128322,60164443.713358872,60766102.413429499,61299167.333502732,61730722.768156409,62151354.927002288,62580215.003961816,63016452.285714038,63460119.759066373,63913933.269478515,64378528.951371163,64853391.145939566,65338874.085141316,65835268.507861815,66342899.780390002,66862084.190024421,67393152.9924694,67936441.332639888,68492363.004202142,69061236.046871662,69643502.93705298,70239558.805697531]
[null,"Q1","Far North QLD  ","Slower Growth",null,52544356.171518102,53247479.19559937,54168994.284498356,54766273.260476187,55331419.326868497,55967384.386473753,56812039.61794129,57486609.529399522,58037876.864414446,58687234.348605156,59365094.383839026,59989406.707605809,60536917.742842913,61085626.628089674,61648420.428999498,62223933.189696871,62812438.022388339,63416917.870309979,64038125.960443184,64675780.241609178,65330451.993703336,66002656.617085636,66692955.393282942,67401908.32485792,68130100.567662075,68878128.178487092,69646676.48552306,70436347.059166729,71247872.011539713,72081948.644784391]
[null,"Q10","Collinsville    ","Slower Growth",null,47046469.763681963,47435601.324111588,48160136.855179429,48548574.800984249,48914715.06749893,49337229.404253848,49942992.007188141,50402397.796034932,50745390.191455476,51164757.669357173,51604313.352193557,51982128.551269613,52269583.484594397,52542505.36079587,52819047.11305134,53098255.75103844,53379892.510859661,53666135.702340215,53957370.897474974,54252960.8303326,54553015.766635023,54857585.338827156,55166738.648063593,55480529.130935624,55799012.852434501,56122242.984693959,56450325.921458088,56783279.006782018,57121213.875675112,57464191.711703837]
[null,"Q2","North Qld Clean Energy Hub","Slower Growth",null,70991168.75917688,72219786.014321834,73573404.770185977,74491010.464171544,75356087.420321852,76325422.711116061,77577398.423168764,78589922.510644674,79441969.633942142,80436943.52734746,81473055.37775071,82443131.743614078,83326234.288328186,84223952.760929182,85147607.087204009,86094762.316999629,87066219.198532507,88066389.531003848,89096467.203847498,90156361.485233799,91247139.276313856,92369798.936728209,93525417.294226304,94715081.466124833,95939926.409343526,97201111.174080536,98499935.712435737,99837597.304635257,101215486.0524148,102634958.8824534]
[null,"Q3","Northern Qld   ","Slower Growth",null,52544356.171518102,53247479.19559937,54168994.284498356,54766273.260476187,55331419.326868497,55967384.386473753,56812039.61794129,57486609.529399522,58037876.864414446,58687234.348605156,59365094.383839026,59989406.707605809,60536917.742842913,61085626.628089674,61648420.428999498,62223933.189696871,62812438.022388339,63416917.870309979,64038125.960443184,64675780.241609178,65330451.993703336,66002656.617085636,66692955.393282942,67401908.32485792,68130100.567662075,68878128.178487092,69646676.48552306,70436347.059166729,71247872.011539713,72081948.644784391]
[null,"Q4","Isaac    ","Slower Growth",null,47046469.763681963,47435601.324111588,48160136.855179429,48548574.800984249,48914715.06749893,49337229.404253848,49942992.007188141,50402397.796034932,50745390.191455476,51164757.669357173,51604313.352193557,51982128.551269613,52269583.484594397,52542505.36079587,52819047.11305134,53098255.75103844,53379892.510859661,53666135.702340215,53957370.897474974,54252960.8303326,54553015.766635023,54857585.338827156,55166738.648063593,55480529.130935624,55799012.852434501,56122242.984693959,56450325.921458088,56783279.006782018,57121213.875675112,57464191.711703837]
[null,"Q5","Barcaldine    ","Slower Growth",null,60264793.073491737,60880813.022802055,61850124.686274149,62360281.556830339,62837098.222612448,63389991.180147395,64175887.404174261,64768626.31567391,65214329.058189251,65760592.478440247,66331772.567484021,66820933.074281,67196666.197085887,67556324.249952734,67921500.865540877,68290566.789439306,68663324.099650174,69042614.75569202,69428915.352166519,69821442.133306742,70220362.561669707,70625766.283752725,71037769.883461073,71456472.167965621,71881975.837984666,72314380.775817424,72753857.432532832,73200463.262838528,73654377.8177028,74115716.95654358]
[null,"Q6","Fitzroy    ","Slower Growth",null,47046469.763681963,47435601.324111588,48160136.855179429,48548574.800984249,48914715.06749893,49337229.404253848,49942992.007188141,50402397.796034932,50745390.191455476,51164757.669357173,51604313.352193557,51982128.551269613,52269583.484594397,52542505.36079587,52819047.11305134,53098255.75103844,53379892.510859661,53666135.702340215,53957370.897474974,54252960.8303326,54553015.766635023,54857585.338827156,55166738.648063593,55480529.130935624,55799012.852434501,56122242.984693959,56450325.921458088,56783279.006782018,57121213.875675112,57464191.711703837]
[null,"Q7","Wide Bay   ","Slower Growth",null,50774789.093116902,51376849.83330211,52234964.459769003,52765025.202375025,53266118.633672424,53833381.769666001,54601146.265427791,55206462.773017295,55690694.078361429,56266026.252951302,56867184.896893919,57412158.877811082,57875967.434978515,58335910.642716609,58806570.455426589,59286713.835629791,59776449.141473688,60278500.334344186,60793502.306627855,61321058.676604114,61861592.340690821,62415468.785716206,62983090.87847852,63564855.57661736,64161177.741129451,64772478.694236323,65399257.426459327,66041927.467260279,66701021.220038302,67377031.243802443]
[null,"Q8","Darling Downs   ","Slower Growth",null,49598841.508115903,50165485.909287296,51009329.560000822,51539466.393950246,52045823.885039732,52613117.070541024,53372186.453894325,53975177.82441707,54462024.67484276,55037358.912639752,55638098.73908326,56184367.718758553,56649307.311088979,57110462.519674785,57582106.660178445,58063173.006454311,58553854.977988914,59056774.390262604,59572562.172786057,60100851.473777637,60642064.423211597,61196567.723909184,61764765.5395924,62347055.928556994,62943855.254373364,63555586.392400026,64182748.752640054,64825757.604618147,65485145.92995207,66161407.660117663]
[null,"Q9","Banana    ","Slower Growth",null,854433594.86253619,867522008.43373549,882560096.4811188,889631045.18963099,896029298.28181577,903773711.54704714,914707281.30903435,922526567.3551861,928337640.57253909,935684195.95124245,943320744.11579728,949573145.88966918,954198882.24721861,958647075.29201579,963183620.21006143,967767371.45457304,972398389.12967813,977118923.4884975,981933464.63052297,986830933.73228693,991813636.68309033,996882715.46685028,1002039688.2026269,1007285893.372767,1012622692.33894,1018051350.22844,1023574202.362919,1029192001.8370628,1034907176.547518,1040721253.719769]
[null,"S1","South East SA  ","Slower Growth",null,75403083.7809304,76018543.463936642,77406312.92381689,78421817.676559001,79375697.40045619,80440457.049230322,81801410.52741982,82904647.795030639,83839574.200261369,84927977.26496847,86059497.02963841,87126301.287846565,88111070.002890944,89116396.573800623,90150170.525585234,91209508.273342833,92295272.686629996,93412135.50202252,94561282.168489382,95742594.690864414,96957163.751781181,98206003.909381539,99490211.327101156,100810888.37480399,102169185.1409613,103566270.420048,105003459.386438,106481953.8128105,108003152.569142,109568414.6033652]
[null,"S2","Riverland    ","Slower Growth",null,75403083.7809304,76018543.463936642,77406312.92381689,78421817.676559001,79375697.40045619,80440457.049230322,81801410.52741982,82904647.795030639,83839574.200261369,84927977.26496847,86059497.02963841,87126301.287846565,88111070.002890944,89116396.573800623,90150170.525585234,91209508.273342833,92295272.686629996,93412135.50202252,94561282.168489382,95742594.690864414,96957163.751781181,98206003.909381539,99490211.327101156,100810888.37480399,102169185.1409613,103566270.420048,105003459.386438,106481953.8128105,108003152.569142,109568414.6033652]
[null,"S3","Mid-North SA   ","Slower Growth",null,53629769.584994733,53983197.637604587,54907945.956917338,55555479.940234952,56171406.608453676,56856312.206634693,57748129.718419552,58466870.231417403,59063233.525307335,59760480.913486339,60486824.191937372,61162010.140101068,61762761.988526292,62367838.233560324,62988059.023799002,63621994.763506591,64270035.466999657,64935195.164510563,65618218.793919556,66318839.859953865,67037641.065447129,67775147.329418838,68531931.140974432,69308561.421143174,70105632.5841434,70923747.234407872,71763598.921902075,72625793.25972715,73511067.4324525,74420121.150696456]
[null,"S4","Yorke Peninsula   ","Slower Growth",null,48404620.551308952,48740378.8756245,49518133.140836179,49989801.727044582,50439600.963756211,50946263.647967465,51637885.613269888,52178729.842116699,52604492.444482587,53112732.629539825,53643689.854937248,54117408.561330527,54505735.226195544,54885604.062854469,55272581.766563907,55665669.2669053,56064883.235388666,56472598.169225395,56889308.07122384,57314510.202805378,57748461.45943442,58191360.133558042,58643432.845618106,59104894.04725565,59575968.180871643,60056880.109896138,60547918.992023535,61049285.878756553,61561286.993256949,62084182.48194439]
[null,"S5","Northern SA   ","Slower Growth",null,65208818.677685574,65789804.723026462,66890788.801964194,67563180.187209889,68192945.313267544,68909953.059451297,69880325.051797256,70636486.691550136,71238571.169214606,71958221.204558402,72708542.804455578,73382284.499474332,73952611.708284676,74518558.653964564,75097275.373457983,75686718.236702234,76287021.72148557,76901609.835540935,77531178.453543738,78175148.669667944,78833975.516411155,79508036.303513631,80197752.404692292,80903534.620079517,81625811.223177627,82365014.035813212,83121669.263090402,83896189.378061235,84689132.445050195,85500999.822294161]
[null,"S6","Roxby Downs   ","Slower Growth",null,62389550.208633214,62961002.419146501,63982674.750382155,64560176.637611449,65100306.458250418,65721141.899309985,66583496.878513545,67243673.239868581,67753708.831020623,68371378.608050302,69016278.19316563,69581316.722282588,70037028.325263664,70481462.919556901,70934331.577064529,71393822.960897505,71859870.10892421,72335551.964025036,72821429.006969586,73316794.865078956,73821928.779033706,74337031.824749738,74862338.759904653,75398069.128005818,75944451.581478208,76501714.129148766,77070164.783229589,77649997.732518807,78241538.51287134,78845051.312353954]
[null,"S7","Eastern Eyre Peninsula  ","Slower Growth",null,63259238.941263817,63833632.151834153,64879770.59337426,65486544.019719362,66054324.564659424,66704827.265533283,67600503.363421917,68290289.29053393,68828720.148163736,69477848.82404612,70155269.022020206,70753840.334419027,71244908.591818616,71726827.350545481,72218517.653715372,72718096.506575614,73225559.08723785,73744090.78428553,74274293.844838485,74815501.217228621,75368046.370445743,75932184.745065585,76508208.666134268,77096396.676056758,77697039.006424293,78310426.538355425,78936934.592267156,79576824.693345815,80230494.107894242,80898280.186300144]
[null,"S8","Western Eyre Peninsula  ","Slower Growth",null,63259238.941263817,63833632.151834153,64879770.59337426,65486544.019719362,66054324.564659424,66704827.265533283,67600503.363421917,68290289.29053393,68828720.148163736,69477848.82404612,70155269.022020206,70753840.334419027,71244908.591818616,71726827.350545481,72218517.653715372,72718096.506575614,73225559.08723785,73744090.78428553,74274293.844838485,74815501.217228621,75368046.370445743,75932184.745065585,76508208.666134268,77096396.676056758,77697039.006424293,78310426.538355425,78936934.592267156,79576824.693345815,80230494.107894242,80898280.186300144]
[null,"T1","North East Tasmania  ","Slower Growth",null,50675347.537948467,51790118.181215614,52924308.489474744,53781176.737149067,54613135.658359393,55539517.992112644,56669372.765562177,57626870.897604659,58494622.728064626,59486005.769301035,60524552.222752765,61538373.238607369,62507333.070364088,63513106.807364181,64562175.331755288,65653918.13880758,66791037.797807105,67978466.652226791,69218801.86024867,70513946.102711648,71866722.412858993,73280018.5610452,74756912.702591822,76300619.997161061,77914535.19163613,79602215.362320676,81367488.003902718,83214260.459156319,85146768.065204605,87169402.36480841]
[null,"T2","North West Tasmania  ","Slower Growth",null,50675347.537948467,51790118.181215614,52924308.489474744,53781176.737149067,54613135.658359393,55539517.992112644,56669372.765562177,57626870.897604659,58494622.728064626,59486005.769301035,60524552.222752765,61538373.238607369,62507333.070364088,63513106.807364181,64562175.331755288,65653918.13880758,66791037.797807105,67978466.652226791,69218801.86024867,70513946.102711648,71866722.412858993,73280018.5610452,74756912.702591822,76300619.997161061,77914535.19163613,79602215.362320676,81367488.003902718,83214260.459156319,85146768.065204605,87169402.36480841]
[null,"T3","Central Highlands   ","Slower Growth",null,50675347.537948467,51790118.181215614,52924308.489474744,53781176.737149067,54613135.658359393,55539517.992112644,56669372.765562177,57626870.897604659,58494622.728064626,59486005.769301035,60524552.222752765,61538373.238607369,62507333.070364088,63513106.807364181,64562175.331755288,65653918.13880758,66791037.797807105,67978466.652226791,69218801.86024867,70513946.102711648,71866722.412858993,73280018.5610452,74756912.702591822,76300619.997161061,77914535.19163613,79602215.362320676,81367488.003902718,83214260.459156319,85146768.065204605,87169402.36480841]
[null,"DN1","Dubbo","Slower Growth",null,50675347.537948467,51790118.181215614,52924308.489474744,53781176.737149067,54613135.658359393,55539517.992112644,56669372.765562177,57626870.897604659,58494622.728064626,59486005.769301035,60524552.222752765,61538373.238607369,62507333.070364088,63513106.807364181,64562175.331755288,65653918.13880758,66791037.797807105,67978466.652226791,69218801.86024867,70513946.102711648,71866722.412858993,73280018.5610452,74756912.702591822,76300619.997161061,77914535.19163613,79602215.362320676,81367488.003902718,83214260.459156319,85146768.065204605,87169402.36480841]
[null,"DN2","Yass","Slower Growth",null,50675347.537948467,51790118.181215614,52924308.489474744,53781176.737149067,54613135.658359393,55539517.992112644,56669372.765562177,57626870.897604659,58494622.728064626,59486005.769301035,60524552.222752765,61538373.238607369,62507333.070364088,63513106.807364181,64562175.331755288,65653918.13880758,66791037.797807105,67978466.652226791,69218801.86024867,70513946.102711648,71866722.412858993,73280018.5610452,74756912.702591822,76300619.997161061,77914535.19163613,79602215.362320676,81367488.003902718,83214260.459156319,85146768.065204605,87169402.36480841]
[null,"DN3","Marulan","Slower Growth",null,50675347.537948467,51790118.181215614,52924308.489474744,53781176.737149067,54613135.658359393,55539517.992112644,56669372.765562177,57626870.897604659,58494622.728064626,59486005.769301035,60524552.222752765,61538373.238607369,62507333.070364088,63513106.807364181,64562175.331755288,65653918.13880758,66791037.797807105,67978466.652226791,69218801.86024867,70513946.102711648,71866722.412858993,73280018.5610452,74756912.702591822,76300619.997161061,77914535.19163613,79602215.362320676,81367488.003902718,83214260.459156319,85146768.065204605,87169402.36480841]
[null,"N0","Non-REZ New South Wales","Accelerated Transition",null,181131674.77313688,184441867.79900029,188475090.8752093,191604240.4755674,194646267.08844739,198007822.07634589,202089138.60372999,205528213.97756231,208607085.72828051,212090000.74385449,215691729.11325949,219069215.31202301,222167180.14785489,225306768.17182219,228522386.03745201,231804889.20942309,235158133.90653408,238592918.67634431,242111886.59715858,245714386.41843492,249402903.03666878,253179761.15048608,257047292.32806817,261007811.22362798,265064028.2382634,269218340.34287441,273473617.91250592,277832616.38196254,282298231.02561599,286873665.48779696]
[null,"V0","Non-REZ Victoria","Accelerated Transition",null,210288092.81817538,211436961.3699396,216413872.31119519,220887932.46195281,225250012.70496291,230029900.337439,235687103.89517263,240617751.13440609,245188596.73067978,250310306.57256389,255632715.65154591,260814651.27711022,265832632.75483012,271023616.79488504,276396986.0061487,281944668.12110984,287676857.9298991,293612321.22659445,299759701.16459739,306124365.0467881,312715706.6481111,319543257.08836108,326616892.93801481,333946866.86035168,341544260.81970561,349420198.34336531,357586817.85630161,366056535.01647747,374842423.14762551,383958437.60930091]
[null,"N0","Non-REZ New South Wales","Step Change",null,181131674.77313688,184034965.00066298,186454096.02457511,188807338.3245554,191407526.14194649,194899145.5011889,197540916.77208832,199811877.72826833,202541380.4336158,205341088.34781131,207895925.81929329,210152438.4396809,212465419.17563739,214831560.0276477,217248925.49810579,219717100.037085,222250296.02441159,224848523.97890469,227511320.81789938,230240823.7938368,233039171.55385658,235908287.8556366,238850288.29511461,241867366.86197782,244961851.85565031,248136097.19409561,251392615.60493672,254734044.40493399,258163017.56076479,261682461.1589489]
[null,"V0","Non-REZ Victoria","Step Change",null,210288092.81817538,211083027.17467269,214542292.3492395,218139774.73670569,222095283.62382209,227126874.90418091,231194399.59713051,234897522.58526999,239218825.88498861,243676804.0964832,247971295.15959841,252087690.82536921,256389789.2715027,260847635.35623977,265462708.64375123,270240313.53695697,275203369.09742755,280357256.16364259,285707661.03579688,291263565.86730707,297034306.77550781,303029318.33234459,309258619.16422629,315732741.01193315,322462775.97446197,329460267.32267594,336737420.27860433,344307061.49497092,352182511.33259159,360377988.44069988]
[null,"N0","Non-REZ New South Wales","Slower Growth",null,181131674.77313688,184497808.04401708,188008086.02993241,190049549.6511327,191957441.25711742,194147583.3893238,197023459.22806799,199252690.95051801,201078938.5894185,203264441.2539508,205535907.06056222,207569264.43164209,209321629.56220371,211087302.58867881,212904886.76758012,214766358.02372181,216673664.7748009,218637500.46978068,220660245.0943498,222741186.15129462,224882513.1618351,227086225.9119868,229354496.60226071,231689524.3845011,234093603.03501481,236569073.64506871,239118616.4008024,241744641.59269622,244450025.36208981,247237541.4220489]
[null,"V0","Non-REZ Victoria","Slower Growth",null,210288092.81817538,211512127.01237041,215984358.4101707,219389610.81107807,222647963.62274721,226293747.55499589,230789076.69035313,234559724.95226148,237931517.0353629,241815020.18280289,245872660.56736082,249782672.32526159,253534247.75996211,257437616.47205189,261507337.55717316,265736958.848335,270135264.97670227,274721703.60248744,279505253.98893189,284491984.53441697,289691746.94954634,295114525.14773744,300770942.76240408,306672063.96588188,312829528.56140471,319255469.58607399,325962967.65136534,332965265.79877174,340276728.32094079,347912161.7108627]

{"sheet":"Flow path augmentation options","index":36,"n_rows":124,"n_cols":17,"rows_kept":124,"cut":false,"hidden":false,"merged":[[11,5,12,5],[11,7,12,7],[11,8,11,9],[11,10,12,10],[11,11,12,11],[11,6,12,6],[13,1,16,1],[89,5,90,5],[89,6,90,6],[71,1,75,1],[78,1,79,1],[78,2,79,2],[78,3,79,3],[78,4,79,4],[19,11,20,11],[55,10,56,10],[55,11,56,11],[78,7,79,7],[69,6,70,6],[69,7,70,7],[69,8,69,9],[39,1,43,1],[37,11,38,11],[11,16,12,16],[11,12,12,12],[11,14,12,14],[11,15,12,15],[11,13,12,13],[83,1,84,1],[83,2,84,2],[83,3,84,3],[83,4,84,4],[83,5,84,5],[83,6,84,6],[55,7,56,7],[37,10,38,10],[11,1,12,1],[11,2,12,2],[11,3,12,3],[11,4,12,4],[19,3,20,3],[19,4,20,4],[19,5,20,5],[19,6,20,6],[19,7,20,7],[19,8,19,9],[19,10,20,10],[115,1,116,1],[85,1,86,1],[48,1,52,1],[55,1,56,1],[55,2,56,2],[55,3,56,3],[55,4,56,4],[55,5,56,5],[55,6,56,6],[89,3,90,3],[89,4,90,4],[78,5,79,5],[78,6,79,6],[69,1,70,1],[69,2,70,2],[69,3,70,3],[69,4,70,4],[69,5,70,5],[98,1,101,1],[104,1,105,1],[104,2,105,2],[104,3,105,3],[104,4,105,4],[104,5,105,5],[19,12,20,12],[19,13,20,13],[19,14,20,14],[19,15,20,15],[19,16,20,16],[21,1,24,1],[27,1,28,1],[27,2,28,2],[27,3,28,3],[27,4,28,4],[27,5,28,5],[27,6,28,6],[27,7,28,7],[27,8,27,9],[27,10,28,10],[27,11,28,11],[27,12,28,12],[27,13,28,13],[27,14,28,14],[27,15,28,15],[27,16,28,16],[19,1,20,1],[19,2,20,2],[37,12,38,12],[37,13,38,13],[37,14,38,14],[29,1,34,1],[37,1,38,1],[37,2,38,2],[37,3,38,3],[37,4,38,4],[37,5,38,5],[37,6,38,6],[37,7,38,7],[37,8,37,9],[55,12,56,12],[55,13,56,13],[55,14,56,14],[55,15,56,15],[55,16,56,16],[57,1,66,1],[37,15,38,15],[37,16,38,16],[46,1,47,1],[46,2,47,2],[46,3,47,3],[46,4,47,4],[46,5,47,5],[46,6,47,6],[46,7,47,7],[46,8,46,9],[46,10,47,10],[46,11,47,11],[46,12,47,12],[46,13,47,13],[46,14,47,14],[46,15,47,15],[55,8,55,9],[46,16,47,16],[83,14,84,14],[83,15,84,15],[83,16,84,16],[69,11,70,11],[69,12,70,12],[69,13,70,13],[69,14,70,14],[69,15,70,15],[69,16,70,16],[78,11,79,11],[78,12,79,12],[78,13,79,13],[78,14,79,14],[78,15,79,15],[78,16,79,16],[89,15,90,15],[89,16,90,16],[91,1,93,1],[96,1,97,1],[96,2,97,2],[96,3,97,3],[96,4,97,4],[96,5,97,5],[96,6,97,6],[96,7,97,7],[96,8,96,9],[96,10,97,10],[96,11,97,11],[96,12,97,12],[96,13,97,13],[96,14,97,14],[96,15,97,15],[96,16,97,16],[89,1,90,1],[89,2,90,2],[89,7,90,7],[89,8,89,9],[89,10,90,10],[89,11,90,11],[104,6,105,6],[104,7,105,7],[104,8,104,9],[104,14,105,14],[104,15,105,15],[104,16,105,16],[106,1,110,1],[113,1,114,1],[113,2,114,2],[113,3,114,3],[113,4,114,4],[113,5,114,5],[113,6,114,6],[113,7,114,7],[113,8,113,9],[113,10,114,10],[113,11,114,11],[113,15,114,15],[113,16,114,16],[8,1,8,5],[121,1,121,8],[122,1,122,8],[123,1,123,8],[113,12,114,12],[113,13,114,13],[113,14,114,14],[89,14,90,14],[83,7,84,7],[83,8,83,9],[83,10,84,10],[89,12,90,12],[89,13,90,13],[78,8,78,9],[83,11,84,11],[83,12,84,12],[83,13,84,13],[78,10,79,10],[69,10,70,10],[120,1,120,8],[104,10,105,10],[104,11,105,11],[104,12,105,12],[104,13,105,13]]}
[null,"Go to Assumptions Summary",null,null,null,null,null,null,null,null,"`"]
[null,"Flow path augmentation options"]
[null,"Flow path augmentation options listed below are for long-term simulations in the capacity outlook model. These include network and non-network options to increase the flow path transfer capacity. "]
[null,"Non-network options also include local generation and/or energy storage within the receiving end of the area. These are separately provided to the capacity outlook model."]
[null,"The notional transfer level increase presented in this table is in addition to the transfer levels stated in the \"Network capability\" work sheet."]
[null,"Transfer capacities vary with generation dispatch, load and weather conditions. Similar to NEMDE, these variabilities are captured in the network constraint equations for simulations in short-term models using time-sequential half-hourly modelling."]
[null,"With the capacity outlook modelling results, further studies will be undertaken to identify alternative network (such as network switching reconfiguration, power flow controllers, reactive plants etc.) and non-network options to maximise the utilisation of existing transmission assets.  "]
[null,"The transfer capabilities shown in this table are applicable from July 2025. This includes full service of committed and anticipated transmission projects presented in the 'Network Capability\" worksheet (Note 1). "]
[]
[]
[null,"Central Queensland (CQ) to North Queensland (NQ)"]
[null,"Flow path","Development path","Development driver","Option name","Augmentation description","Pre-requisite options","Forward direction power flow","Notional transfer level increase (MW) Note: Same increase applies to all transfer limit conditions (Peak demand, Summer typical and Winter reference)",null,"Indicative cost estimate  ($2025, $ million)","Cost estimate source","Cost estimate class","Easement length (km)","Lead time or earliest in service date","Additional REZ transmission capacity provided","Notes"]
[null,null,null,null,null,null,null,null,"Forward direction","Reverse direction"]
[null,"CQ-NQ","North CQ-NQ path","Increase stability limits in NQ to increase the CQ-NQ flow path limit","CQ-NQ Option 1","• A new 275 kV double-circuit line from Ross to Strathmore to Nebo, initially switching one side only","Assume BAU line refit of 275 kV and 132 kV network between Bouldercombe-Nebo-Strathmore-Ross","CQ to NQ",1100,1100,1854.1591510876999,"AEMO TCD","Class 5b(±50%)",335,"Long: (10 years)","NQ1: 680\nQ4 Hydrogen: 880"]
[null,null,"CQ-NQ path","To accommodate more renewable generation in REZ Q1, Q2 and Q4","CQ-NQ Option 2 ","• 500 kV substation works at Mulgrave (near Townsville 500 kV established as part of CopperString 2032 project)\n• A new 500 kV substation at locality of northern part of CQ (around 27 km south of Broadsound)\n• A new 500 kV substation at locality of southern part of NQ (around 80 km south of Nebo)\n• A new 500 kV double-circuit steel tower (DCST) line from CQ (west of Gladstone) to northern CQ substation\n• A new 500 kV DCST line from northern CQ to southern NQ substations\n• A new 500 kV DCST line from southern NQ substation to Mulgrave substation\n• 2 x 500/275 kV 1,500 MVA transformers at northern CQ and southern NQ substations\n• Cut-in 275 kV circuits between Stanwell and Broadsound to northern CQ substation and between Broadsound and Nebo to southern NQ substation\n• Special protection scheme for transfer limit increase (similar to virtual transmission line) with the cost of this Network Service Agreement (NSA) excluded","SQ-CQ Option 3 (QEJP). Q2 CopperString 2032 Project","CQ to NQ",3000,3000,5419.2026493728999,"AEMO TCD","Class 5b(±50%)",623,"Long: (10 years)","NQ1: 3,000\nQ4 Hydrogen: 2,400"]
[null,null,"South of CQ-NQ path","Increase stability limits in NQ to increase the CQ-NQ flow path limit","CQ-NQ Option 3","• String the 2nd circuit between Stanwell and Broadsound 275 kV",null,"CQ to NQ",350,110,208.94830113852001,"AEMO TCD","Class 5b(±50%)",0,"Short: (4 years)","CQ1: 600"]
[null,null,"CQ-NQ path","Increase stability limits in NQ to increase the CQ-NQ flow path limit","CQ-NQ Option 4","• A new 275 kV high-capacity double-circuit line between Bouldercombe and Broadsound\n• A new 275 kV high-capacity double-circuit line between Broadsound and Nebo\n• Decommission the existing single circuits Bouldercombe-Broadsound (#820), Bouldercombe-Nebo (#821) and Broadsound-Nebo (#834).",null,"CQ to NQ",1300,600,1974.06,"Powerlink","Class 5b(±50%)",307,"Long: (7 years)","CQ1: 1,600"]
[]
[null,"Central Queensland (CQ) to Gladstone Grid (GG)"]
[null,"Flow path","Development path","Development driver","Option name","Augmentation description","Pre-requisite options","Forward direction power flow","Notional transfer level increase (MW) Note: Same increase applies to all transfer limit conditions (Peak demand, Summer typical and Winter reference)",null,"Indicative cost estimate  ($2025, $ million)","Cost estimate source","Cost estimate class","Easement length (km)","Lead time or earliest in service date","Additional REZ transmission capacity provided","Notes"]
[null,null,null,null,null,null,null,null,"Forward direction","Reverse direction"]
[null,"CQ-GG","Existing CQ-GG path","Increase thermal capability of transmission lines to supply Boyne Island load and load supplied from Calliope River, Gladstone and Larcom Creek substations following retirement of generators in Gladstone and increased generation from NQ and CQ.","CQ-GG Option 1","• A new 275 kV high-capacity double-circuit line between Calvale and Calliope River\n• Rebuild Larcom Creek to Bouldercombe 275 kV high-capacity double circuit line\n• Rebuild Calliope River to Larcom Creek 275 kV high-capacity double-circuit line\n• A new (third) 275/132 kV transformer at Calliope River\n• Retain the existing Bouldercombe - Calliope River 275 kV line (#812) until the rebuild of Calliope River to Larcom Creek (retire #812 after completion of project)\n• New 2 x synchronous condensers at Wurdong substation including a tee of Calliope River - Gin Gin 275 kV line (# 814) into Wurdong\n• New 200 megavolt amperes reactive (MVAr) capacitor bank at Calliope River, 200 MVAr capacitor bank at Larcom Creek, and 150 MVAr reactor at Calliope River\n• Install power flow controller at Wurdong substation on Calvale to Wurdong 275 kV line\n• Wide area monitoring, control and protection scheme \nNotes:\n(1) Retain the existing Larcom Creek-Raglan-Bouldercombe 275 kV line (#s 8875 and 811) in service\n(2) Decommission #812 from Bouldercombe to Calliope River and decommision #8859 from Larcom Creek to Calliope River",null,"CQ to GG",2600,500,2707,"Powerlink","Class 5(-20% to +30%)",194,"Short: (5 years)"]
[null,null,"Existing CQ-GG path","Increase thermal capability of transmission lines to supply Boyne Island load and load supplied from Calliope River, Gladstone and Larcom Creek substations following retirement of generators in Gladstone and increased generation from NQ and CQ.","CQ-GG Option 2","• New Gladstone West 275 kV switching station \n• New 275 kV high capacity double-circuit line between Calvale and Calliope River (switched into Gladstone West) \n• A new (third) 275/132 kV transformer at Calliope River \n• Power flow control of Calvale -– Wurdong 275 kV line \n• 200 MVAr capacitor bank at Larcom Creek and Calliope River \n• 150 MVAr reactor at Gladstone West \n• 2 synchronous condensers at Gladstone West \n• Wide area monitoring, control and protection scheme \n• Rebuild Bouldercombe - Calliope River 275kV (#812) as a high capacity Bouldercombe - Larcom Creek 275kV double-circuit line (switched into Gladstone West) \nNotes:  \n(1) Retain the existing Calliope River-Larcom Creek-Raglan-Bouldercombe 275 kV line (#s 8859, 8875 and 811) in service \n(2) Decommission #812 from Bouldercombe to Gladstone West but retain #812 from Gladstone West to Calliope River",null,"CQ to GG",2600,500,2367,"Powerlink","Class 5(-20% to +30%)",180,"Short: (3 years)"]
[null,null,"Existing CQ-GG path","To access incresed generation from NQ and CQ to GG","CQ-GG Option 3","• Rebuild Calliope River to Larcom Creek 275 kV high-capacity double-circuit line\n• Decommission the section of Line 812 between Gladstone West and Calliope River.\n","CQ-GG Option 2","CQ to GG",600,0,180.78344204068,"AEMO TCD","Class 5b(±50%)",15,"Medium: (6 years)"]
[null,null,"Existing CQ-GG path","To access incresed generation from NQ and CQ to GG","CQ-GG Option 4","• Rebuild Calliope River to Wurdong 275 kV line (#818) as high-capacity double-circuit line","CQ-GG Option 1 or CQ-GG Option 2","CQ to GG",550,1950,191.81943773579999,"AEMO TCD","Class 5b(±50%)",17,"Medium: (6 years)"]
[]
[null,"Southern Queensland (SQ) to Central Queensland (CQ)"]
[null,"Flow path","Development path","Development driver","Option name","Augmentation description","Pre-requisite options","Forward direction power flow","Notional transfer level increase (MW) Note: Same increase applies to all transfer limit conditions (Peak demand, Summer typical and Winter reference)",null,"Indicative cost estimate  ($2025, $ million)","Cost estimate source","Cost estimate class","Easement length (km)","Lead time or earliest in service date","Additional REZ transmission capacity provided","Notes"]
[null,null,null,null,null,null,null,null,"Forward direction","Reverse direction"]
[null,"SQ-CQ","West of the existing SQ-CQ path","Increase transfer capability between SQ and CQ.","SQ-CQ Option 1","• A new 275 kV double-circuit line between Calvale and Wandoan South\n• 275 kV line shunt reactors at both ends of Calvale to Wandoan South 275 kV circuits",null,"SQ to CQ",900,900,1323.4198245291,"AEMO TCD","Class 5b(±50%)",247,"Long: (9 years)"]
[null,null,"Existing SQ-CQ path","Increase transfer capability between SQ-CQ. Mid-point (Auburn River) switching substation.","SQ-CQ Option 2","• Mid-point switching substation (Auburn River) on the existing Calvale to Halys 275 kV double-circuit line",null,"SQ to CQ",0,300,59.149628750193997,"AEMO TCD","Class 5b(±50%)",0,"Short: (5 years)"]
[null,null,"Existing SQ-CQ path (500 kV operating at 275 kV)","Increase transfer capability between SQ and CQ. \nStaging of the Queensland SuperGrid South project by building new 500 kV lines which operate at 275 kV.","SQ-CQ Option 3","• A new 500 kV double circuit line between mid-point (Auburn River) and Calvale substations, operating at 275 kV.\n• A new 500 kV double circuit line between mid-point (Auburn River) and Halys substations, operating at 275 kV.\n• A new 500 kV double circuit line between Cavale and Gladstone West (CQ) 275 kV substations, operating at 275 kV\n","SQ-CQ Option 2 and CQ-GG Option 2","SQ to CQ",2800,1400,3177.1338216986001,"AEMO TCD","Class 5b(±50%)",366,"Long: (10 years)"]
[null,null,"Existing SQ-CQ path","Increase transfer capability between SQ and CQ. Non-network option.","SQ-CQ Option 4","• Non-network option – virtual transmission line option with a 300 MW energy storage system north of Calvale and south of Halys",null,"SQ to CQ",300,300,null,null,null,0,"Short: (3 years)"]
[null,null,"Existing SQ-CQ path","Increase transfer capability between SQ and CQ. Queensland SuperGrid South project.","SQ-CQ Option 5","• New 500 kV double-circuit line between Halys and Auburn River substations\n• New 500 kV double-circuit line between Auburn River and Gladstone West substations\n• Establish 500 KV Halys substation with 3 x 500/275 kV 1,500 MVA transformers\n• New 500 kV substation west of Gladstone (CQ 500 kV substation) with 3 x 500/275 kV 1,500 MVA transformers\n• Establish 500 kV substation at Auburn River with 2 x 500/275kV 1,500 MVA transformers\n• New dynamic reactive support at Gladstone West (CQ) substation\n","SQ-CQ Option 2, CQ-GG Option 2","SQ to CQ",3150,1900,3751.4171999999999,"AEMO TCD","Class 5b(±50%)",331,"Long: (10 years)","Q7 Hydrogen: 950"]
[null,null,"Existing SQ-CQ path (operating at 500 kV)","Staging the Queensland SuperGrid South project by raising the 275 kV circuits to 500 kV.","SQ-CQ Option 6","• New 500 kV Halys substation with 3 x 500/275 kV 1,500 MVA transformers\n• New 500 kV substations west of Gladstone (CQ 500 kV substation with 3 x 500/275 kV 1,500 MVA transformers\n• New 500 kV substation at Auburn River with 2 x 500/275 kV 1,500 MVA transformers\n• Raise the double-circuit line between Halys and Auburn River substations to 500 kV operation.\n• Raise the double-circuit line between Auburn River and Gladstone West substations to 500 kV operation\n• New dynamic reactive support at Gladstone (CQ) west substation\n","SQ-CQ Option 3","SQ to CQ",350,500,799.58849710968002,"AEMO TCD","Class 5b(±50%)",0,"Long: (10 years)"]
[]
[null,"Northern New South Wales (NNSW) to Southern Queensland (SQ)  (QNI)"]
[null,"Flow path","Development path","Development driver","Option name","Augmentation description","Pre-requisite options","Forward direction power flow","Notional transfer level increase (MW) Note: Same increase applies to all transfer limit conditions (Peak demand, Summer typical and Winter reference)",null,"Indicative cost estimate  ($2025, $ million)","Cost estimate source","Cost estimate class","Easement length (km)","Lead time or earliest in service date","Additional REZ transmission capacity provided","Notes"]
[null,null,null,null,null,null,null,null,"Forward direction","Reverse direction"]
[null,"NNSW-SQ","Near Queensland-New South Wales Interconnector (QNI) path","Increase transfer capability between NNSW and SQ by increasing thermal capacity and, voltage and transient stability limits of 330 kV and 275 kV lines between Armidale and Braemar.","NNSW–SQ Option 1","• A new 330 kV single-circuit line from New England REZ North (Hub 10) to Dumaresq to Bulli Creek to Braemar.\n• A new 330/275 kV transformer at Braemar.\n• 330 kV Line shunt reactors at New England North (Hub 10) , Dumaresq, Bulli Creek, and Braemar, for the 330 kV lines between North (Hub 10)  and Braemar (via Dumaresq and Bulli Creek).\n","CNSW-NNSW Option 1, N2 Option 1","NNSW to SQ",730,900,2394.6855330755998,"AEMO TCD","Class 5b(±50%)",460,"Long: (8 years)"]
[null,null,null,"Increase transfer capability between NNSW and SQ by increasing thermal capacity and, voltage and transient stability limits of 330 kV and 275 kV lines between Armidale and Braemar.","NNSW–SQ Option 2","(ISP candidate option)\n• A new 330 kV double-circuit line from New England North Hub (Hub 10) to Dumaresq to Bulli Creek to Braemar.\n• New 330/275 kV transformers at Braemar.\n• 330 kV Line shunt reactors at New England North (Hub 10) , Dumaresq, Bulli Creek, and Braemar, for the 330 kV lines between North (Hub 10)  and Braemar (via Dumaresq and Bulli Creek).\n","CNSW-NNSW Option 1, N2 Option 1","NNSW to SQ",1260,1700,2989,"Transgrid & Powerlink prepatory activity","Class 5b(±50%)",460,"Long: (8 years)"]
[null,null,null,"Increase transfer capability between NNSW and SQ by increasing thermal capacity and, voltage and transient stability limits of 330 kV and 275 kV lines between Armidale and Braemar.","NNSW–SQ Option 3","•\tA Virtual Transmission Line option with a  200 MW energy storage system south of Armidale and north of Braemar.",null,"NNSW to SQ",200,200,null,null,null,0,"Short: (3 years)"]
[null,null,"West of Queensland-New South Wales Interconnector (QNI) path","Increase transfer capability between NNSW and SQ by increasing thermal capacity and, voltage and transient stability limits of 330 kV and 275 kV lines between Armidale and Braemar.","NNSW–SQ Option 4","•\tA 2,000 MW HVDC bi-pole overhead transmission between a new substation in North West New South Wales (locality of Boggabri) and Halys.\n•\tA new 2,000 HVDC bipole converter station in North West New South Wales\n•\tA new 2,000 HVDC bipole converter station in locality of Halys.\n•\tAC network connection between HVDC converter station and 275 kV substation in Halys.\n•\tAC network connection between HVDC converter station and ac network in in NWNSW REZ.\n•\tA new 330 kV line between locality of Boggabri and Tamworth.\n","CNSW-NNSW Option 5","NNSW to SQ",1800,2000,9041.4634216325994,"AEMO TCD","Class 5b(±50%)",601,"Long: (8 years)"]
[null,null,null,"Increase transfer capability between NNSW and SQ by increasing thermal capacity and, voltage and transient stability limits of 330 kV and 275 kV lines between Armidale and Braemar.","NNSW–SQ Option 5","• Establish a new substation in NNSW (new Dumaresq) and to New England REZ North (Hub 10). \n• A new 500kV substation at Halys with 2 x 500/275kV transformers. \n• A new 1x500 kV double-circuit line between Halys and new Dumaresq 500kV substation in NNSW. \n• Expand Northern (Hub 10) switching station to 500/330kV substation with 3 x 500/330/33kV 1,500 MVA transformers \n• A new 1x500 kV double-circuit line between new Dumaresq and New England REZ Northern (Hub 10). \n• 2x 500/330 kV transformers connecting at new Dumaresq to 330kV Dumaresq 330 kV. ","CNSW-NNSW Option 1, N2 Option 1","NNSW to SQ",3000,2250,5270.6639923999992,"Transgrid & Powerlink prepatory activity","Class 5b(±50%)",520,"Long: (8 years)"]
[]
[null,"Central New South Wales (CNSW) to Northern New South Wales (NNSW)"]
[null,"Flow path","Development path","Development driver","Option name","Augmentation description","Pre-requisite options","Forward direction power flow","Notional transfer level increase (MW) Note: Same increase applies to all transfer limit conditions (Peak demand, Summer typical and Winter reference)",null,"Indicative cost estimate  ($2025, $ million)","Cost estimate source","Cost estimate class","Easement length (km)","Lead time or earliest in service date","Additional REZ transmission capacity provided","Notes"]
[null,null,null,null,null,null,null,null,"Forward direction","Reverse direction"]
[null,"CNSW-NNSW","Near the existing CNSW-NNSW corridor","Increase thermal capacity and, voltage and transient stability limits of 330 kV lines between Liddell and Armidale.\nProvide access to Renewable generation in N1 and N2 REZ","CNSW-NNSW Option 1","•\t A new 500 kV DCST line between Central (Hub 5) and Bayswater with Quad Orange conductor.\n• A new Central (Hub 5) 500/330 kV substation with 3 x 500/330/33 kV 1,500 MVA transformers and cut into existing 330 kV lines between Tamworth and Armidale.\n•\t A new 4 x 330 kV 340 MVA phase shifting transformers at Central (Hub 5).\n• 4 x 500 kV 150 MVAr line shunt reactors (in total) are required for 500kV DCST line between Central Hub 5 and Bayswater.\n\t \n",null,"CNSW to NNSW",2400,2400,2583.4270999999999,"AEMO TCD","Class 5b(±50%)",217,"Medium: (6 years)","N2: 2,400"]
[null,null,"Near the existing CNSW-NNSW corridor","Increase thermal capacity and, voltage and transient stability limits of 330 kV lines between Liddell and Armidale.\nProvide access to Renewable generation in N1 and N2 REZ","CNSW-NNSW Option 2","• Expand Northern (Hub 10) switching station to 500/330kV substation with 3 x 500/330/33kV 1,500 MVA transformers and cut into the existing 330 kV lines between Armidale to Sapphire/Dumaresq\n• Expand Central South (Hub 1) switching station to 500/330 kV substation with 3 x 500/330/33 kV 1,500 MVA transformers.\n• A new 500 kV DCST from Central South (Hub 1) to Bayswater with Quad Orange conductor\n• Operate line between Central Hub 5 and Central South Hub 1 from 330 kV to 500 kV.\n• Operate line between Central Hub 5 and Northern Hub 10 from 330 kV to 500 kV.\n• 4 x 500 kV 150 MVAr line shunt reactors (in total) for 500 kV double-circuit line between Central South (Hub 1) and Bayswater.","CNSW-NNSW Option 1,\nN2 Option 1","CNSW to NNSW",3600,3600,2241.2782999999999,"AEMO TCD","Class 5b(±50%)",215,"Long: (8 years)","N2: 3,600"]
[null,null,"Near the existing CNSW-NNSW corridor","Increase thermal capacity and, voltage and transient stability limits of 330 kV lines between Liddell and Armidale.\nProvide access to Renewable generation in N1 and N2 REZ","CNSW-NNSW Option 4","•\tA new 2,000 MW bi-pole HVDC transmission system between locality Bayswater and locality of Hub 5. \n•\tA new 330 kV double-circuit line from a new substation in locality of Hub 5 to Armidale.\n•\tCut into existing 330 kV lines between Tamworth and Armidale",null,"CNSW to NNSW",1750,2000,3762.61028246868,"AEMO TCD","Class 5b(±50%)","239","Medium: (6 years)","N2: 2,000"]
[null,null,"West of the existing CNSW-NNSW corridor","Increase trasnfer capabiltiy between NSW and QLD and access NWNSW REZ","CNSW-NNSW Option 5","•\tA new 2,000 MW bi-pole HVDC transmission system between locality of Wollar and locality of Boggabri.\n•\tA new 330 kV AC line between locality of Boggabri and Tamworth.\n","NNSW-SQ Option 4.","CNSW to NNSW",1750,2000,5146.6772149005346,"AEMO TCD","Class 5b(±50%)","307","Medium: (6 years)","N1: 2,000"]
[null,null,"\nNear the existing CNSW-NNSW corridor","Increase voltage and transient capability of CNSW-NNSW 500 kV options.","CNSW-NNSW Option 6","• Expand Bayswater Hub to accommodate 1,900 MVAr capacitor banks and 1,300 MVAr dynamic reactive plant (static VAR compensator [SVC]/STATCOM) at 330 kV\n","CNSW-NNSW Option 1,\nN2 Option 1,\nCNSW-NNSW Option 2","CNSW to NNSW",1500,1360,442.96050000000002,"AEMO TCD","Class 5b(±50%)","0","Long: (9 years)"]
[]
[null,"Central New South Wales (CNSW) to Sydney, Newcastle and Wollongong (SNW)"]
[null,"Flow path","Development path","Development driver","Option name","Augmentation description","Pre-requisite options","Forward direction power flow","Notional transfer level increase (MW) Note: Same increase applies to all transfer limit conditions (Peak demand, Summer typical and Winter reference)",null,"Indicative cost estimate  ($2025, $ million)","Cost estimate source","Cost estimate class","Easement length (km)","Lead time or earliest in service date","Additional REZ transmission capacity provided","Notes"]
[null,null,null,null,null,null,null,null,"Forward direction","Reverse direction"]
[null,"CNSW-SNW","Northern side of SNW","Retirement of coal-powered generation in SNW.\n","CNSW-SNW Option 1","\n\nSydney Ring Northern 500 kV loop or the Hunter Transmission Project (HTP):\n• A new 500 kV double-circuit line between Olney substation and Bayswater South substation. \n• New switching stations at Bayswater South (near Bayswater substation) and Olney (near Eraring substation).\n• 500 kV connections between Bayswater and Bayswater South substations, and between Eraring and Olney substations.\n• Two 500/330 kV 1,500 MVA transformers at Eraring substation.\n•Line reactors on 500 kV transmission lines between Olney and Bayswater South.\n\n(Note: When Central West Orana REZ exceeds 3 gigawatts (GW), this option should be considered to transfer this additional generation to SNW).\n",null,"CNSW to SNW","5,000\n(This capacity increase for accommodation of additional new generation from North of Bayswater and 2/3 generation from Central West NSW)","NA",1363.5037,"AEMO TCD","Class 5b(±50%)",110,"Short: (3 years)","N10: 2,000"]
[null,null,"Southern side of SNW","Retirement of coal-powered generation in SNW ","CNSW-SNW Option 2\n\n","• Establish a new South Creek Substation\n• Establish a 500/330 kV South Creek substation with separate 500 kV and 330 kV yards connected of underground cable  cutting into  330 kV lines Sydney West - Bayswater(#32), Sydney West - Reagentville (#38) and Banaby - Sydney West (#39) and 500 kV lines Erarring - Kemps creek ( #5A1, #5A2) with two 1,500 MVA 500/330 kV transformers.\n• Rebuild approx. 7 km of existing single circuit 330 kV  Banaby - Sydney West (#39) between South Creek and Sydney West as double circuit, including stringing with high temperature low sag (HTLS) conductor (twin olive equivalent). \n• One 330 kV transmission line switch bay at Sydney West. ","CNSW-SNW Option 1","CNSW to SNW","0\n(This option improves power flow sharing between the northern and southern segments of the CNSW-SNW flow paths. This allows more generation to be transferred to Sydney from SNSW.)","N/A",513,"Transgrid","Class 5(±50%)",0,"Short: (4 years)","N11: 2,000"]
[null,null,"Southern side of  SNW","Retirement of coal-powered generation in SNW ","CNSW-SNW Option 2d\n\n","(ISP candidate option)\nPower flow control on the 330 kV network\n\n• Install power flow control devices in the 330 kV network supplying\nSydney from the south, which may include the establishment of a new\nswitching station in greater southwest Sydney.\n","CNSW-SNW Option 1","CNSW to SNW","0\n(This option improves power flow sharing between the northern and southern segments of the CNSW-SNW flow paths. This allows more generation to be transferred to Sydney from SNSW.)","N/A",261,"Transgrid","Class 5(±50%)",0,"Short: (4 years)"]
[null,null,"Southern side of  SNW","Retirement of coal-powered generation in SNW ","CNSW-SNW Option 3 - Stage 1","Sydney Ring South initially operated at 330 kV\nStage 1:\n•\tEstablish a new 330 kV South Creek switching station cutting into 330 kV  Syndey West - Bayswater(#32), Sydney West - Reagentville (#38) and Banaby - Sydney West (#39). \n•\tDouble circuit 500 kV transmission line built to a 500 kV design between Bannaby substation and the new South Creek switching station along a new 70 m wide greenfield easement. \n•\tTwo new 330 kV transmission line switch bays at Bannaby. \n•\tRebuild on centreline approx. 7 km of existing single circuit 330 kV  between South Creek and Sydney West as double circuit, including stringing with high temperature low sag (HTLS) conductor (twin Olive equivalent). \n•\tRe-conductor approx. 7 km of existing double circuit 330 kV lines 32 and 38 with high temperature low sag (HTLS) conductor (twin Olive equivalent) between South Creek and Sydney West.\n•\tOne new 330 kV transmission line switch bay at Sydney West. \n",null,null,1300,"N/A",1780,"Transgrid","Class 5(±50%)",114,"Long: (7 years)"]
[null,null,"Southern side of  SNW","Retirement of coal-powered generation in SNW ","CNSW-SNW Option 3 - Stage 2","Sydney Ring South initially operated at 330 kV\nStage 2:\n•\tUpgrade South Creek to a 330/500 kV substation with separate 500 kV and 330 kV yards connected by underground cable cutting into 500 kV Erarring - Kemps creek ( #5A1, #5A2)  with three 1,500 MVA 500/330 kV transformers. \n•\tTwo new 500 kV transmission line switch bays at Bannaby. \n•\tRe-termination of 500 kV designed transmission lines at Bannaby and South Creek. \n•\t4x 120 MVAr line shunt reactors on the 500kv lines between Bannaby and South Creek","CNSW-SNW Option 3 - Stage 1",null,2300,"N/A",580,"Transgrid","Class 5(±50%)",0,"Long: (7 years)","N11 + N12: 2,000\nSNW1: 2,000"]
[null,null,"Southern side of  SNW","Retirement of coal-powered generation in SNW ","CNSW-SNW Option 4","Staged 500 kV Sydney Ring South\nStage 1:\n•Establish a 500/330 kV South Creek substation with separate 500 kV and 330 kV yards connected by underground cable cutting into 330 kV Syndey West - Bayswater(#32), Sydney West - Reagentville (#38) and Banaby - Sydney West (#39) and 500 kV Erarring - Kemps creek ( #5A1, #5A2) with two 1,500 MVA 500/330 kV transformers.\n•Rebuild on centreline approx. 7km of existing single circuit 330 kV between South Creek and Sydney West as double circuit, including stringing with high temperature low sag (HTLS) conductor (twin olive equivalent). \n•One new 330 kV transmission line switch bay at Sydney West. \nStage 2:\n•Upgrade the South Creek 330/500 kV substation with a third 500/330 kV transformer.\n•Two new 500 kV transmission line switch bays at South Creek. \n•Two new 500 kV transmission line switch bays at Bannaby. \n•Double circuit 500 kV transmission line (approx. 114km) between Bannaby substation and the new South Creek switching station along a new 70 m wide greenfield easement. \n•Re-conductor approx. 7km of existing double circuit 330 kV lines 32 and 38 with high temperature low sag (HTLS) conductor (twin Olive equivalent) between South Creek and Sydney West.\n• 4x 120 MVAr line shunt reactors on the 500 kV lines between Bannaby and South Creek",null,null,3600,"N/A",2490,"Transgrid","Class 5(±50%)",114,"Long: (7 years)","N11 + N12: 2,000\nSNW1: 2,000"]
[null,null,"Bayswater to Newcastle ","Hydrogen scenario - To provide access to port near Newcastle.","H-Newcastle ","To provide access to port near Newcastle:\n•\tThree new 500 kV lines from Bayswater to Newcastle.\n•\tFour new 500/330 kV transformers at Newcastle.\n•\tLine shunt reactors at each of the new 500 kV lines.",null,"CNSW to SNW",5000,5000,1685.630070342615,"AEMO TCD","Class 5b(±50%)","180","Medium: (7 years)","N10: 5,000"]
[null,null,"Bannaby to Dapto ","Hydrogen scenario - To provide access to port near Dapto.","H-Dapto","To provide access to port near Dapto:\n•\tThree new 500 kV lines from Bannaby to Dapto.\n•\tFour new 500/330 kV transformers at Dapto.\n•\tLine shunt reactors at each of the new 500 kV lines.",null,"CNSW to SNW",5000,5000,1479.618536844956,"AEMO TCD","Class 5b(±50%)","154","Medium: (7 years)","N11 + N12: 5,000\nSNW1: 5,000"]
[null,null,"Northern side of Sydney","Retirement of coal-powered generation in New South Wales. ","CNSW-SNW Option 6a","• A new 500 kV double-circuit line between substation near Eraring and Bayswater substation.\n• Two 500/330 kV 1,500 MVA transformers either at Eraring substation or new substation near Eraring\n• Two 500/330 kV 1,500 MVA transformers at Kemps Creek\n• 1 x 330 kV SCST line between Vales Pt and Eraring\n• 1 x 330 kV SCST line between Vales Pt and Munmorah\n• Thermal upgrade for Vales Pt – Eraring (#24) and Newcastle – Vales Point (#92) 330 kV lines\n• 1 x 330 kV SCST line between Liddell – Newcastle\n• 1 x 330 kV SCST line between Eraring – Newcastle","CNSW-SNW Option 1","CNSW to SNW","4,400\n(This capacity increase is for accommodation of additional new generation from NNSW and CNSW)","N/A",2180.191667549745,"AEMO TCD","Class 5b(±50%)","354","Medium: (6 years)"]
[null,null,"Northern side of Sydney","Retirement of coal-powered generation in New South Wales. ","CNSW-SNW Option 6b","• A new 500 kV double-circuit line between Eraring and Bayswater substation.\n• A new 500/330 kV substation in locality of Richmond Vale with two 500/330 kV 1,500 MVA transformers, cut in Newcastle-Liddell (#81) and Tomago-Liddell (#82) 330 kV lines, and a new 5 km DCST cutting-in between Tomago-Newcastle 330 kV line (#95).\n• Two 500/330 kV 1,500 MVA transformers (bringing the total to four transformers) near Eraring.\n• 1 x 330 kV single-circuit line between Vales Pt and new Eraring.\n• 1 x 330 kV single-circuit line between Vales Pt and Munmorah.\n• Thermal upgrade for 330 kV lines Vales Pt – Eraring (#24) and Newcastle – Vales Point (#92).\n• 1 x 330 kV single-circuit line between locality of Richmond Vale – Newcastle.\n• Line reactors on 500 kV transmission lines.","CNSW-SNW Option 1","CNSW to SNW","4,400\n(This capacity increase is for accommodation of additional new generation from NNSW and CNSW)","N/A",1707.75086265666,"AEMO TCD","Class 5b(±50%)","238","Medium: (6 years)"]
[]
[null,"Southern New South Wales (SNSW) to Central New South Wales (CNSW)"]
[null,"Flow path","Development path","Development driver","Option name","Augmentation description","Pre-requisite options","Forward direction power flow","Notional transfer level increase (MW) Note: Same increase applies to all transfer limit conditions (Peak demand, Summer typical and Winter reference)",null,"Indicative cost estimate  ($2025, $ million)","Cost estimate source","Cost estimate class","Easement length (km)","Lead time or earliest in service date","Additional REZ transmission capacity provided","Notes"]
[null,null,null,null,null,null,null,null,"Forward direction","Reverse direction"]
[null,"SNSW-CNSW","Wagga Wagga to Bannaby","To provide access to Snowy 2.0 generation to load centres in SNW. ","SNSW-CNSW Option 1\n(HumeLink)","•\tNew Gugaa 500/330 kV substation and 330 kV double-circuit connection to the existing Wagga Wagga 330 kV substation.\n•\tThree new 500 kV transmission circuits between:\n-\tMaragle and Bannaby 500 kV substations.\n-\tMaragle and Gugaa 500 kV substations.\n-\tGugaaand Bannaby 500 kV substations.\n•\tThree 500/330 kV 1,500 MVA transformers at Maragle substation.\n•\tTwo 500/330 kV 1,500 MVA transformers at new Gugaa substation.  \n•\t500 kV Line shunt reactors at the ends of Maragle – Bannaby, Maragle – Gugaa and Gugaa – Bannaby 500 kV lines.\n•\tAugmenting the substations at Maragle, Wagga Wagga and Bannaby to accommodate the additional transmission lines and transformers. ",null,"SNSW to CNSW",2200,2200,null,"This project is considered to be commited and so is not included as an option here. \nThe scope of the project is listed here for context so that the subsequent options can be understood.",null,null,null,"N6 + N7: 2,200\nN5: 800"]
[null,null,"Wagga Wagga to Bannaby","Increased import from Victoria and South Australia with high existing and Snowy 2.0 hydro generation","SNSW-CNSW Option 2","•\tA 2000 MW bi-pole overhead transmission line from locality of Bannaby to locality of Gugaa.\n•\tA new 2,000 MW bipole converter station in locality of Bannaby.\n•\tA new 2,000 MW bipole converter station in locality of Gugga.\n•\tAC network connection between new HVDC converter station in the locality of Bannaby and the existing Bannaby 500 kV substation. \n•\tAC network connection between HVDC converter station in the locality of Gugga and a future Gugaa 500 kV substation. \n","HumeLink","SNSW to CNSW",2000,2000,5274.7975294278003,"AEMO TCD","Class 5b(±50%)","283","Long: (9 years)","N6: 2,000"]
[null,null,"Dinnawan-Wagga Wagga-Bannaby","Increased import from Victoria and South Australia and increased SWNSW REZ generation with high existing and Snowy 2.0 hydro generation","SNSW-CNSW Option 3","•\tAn additional new 500 kV double-circuit line from Dinawan to Gugaa \n•\tAn additional new 500 kV double-circuit line from Gugaa  to Bannaby.\n•\tFour additional new 500/330/33 kV 1500 MVA transformers at Dinawan.\n","HumeLink, WNV-SNSW Option 1 (VNI West), CNSW-SNW Option 3 or CNSW-SNW Option 4","SNSW to CNSW",6000,6000,4030.7718645318,"AEMO TCD","Class 5b(±50%)","450","Long: (9 years)","N5+N6: 6,000\nSWNSW2: 6,000"]
[null,null,"Dinnawan-Wagga Wagga-Bannaby","Increased import from Victoria and South Australia and increased SWNSW REZ generation with high existing and Snowy 2.0 hydro generation","SNSW-CNSW Option 4","•\tAn additional new 500 kV single-circuit line from Dinawan to Gugaa \n•\tAn additional new 500 kV single-circuit line from Gugaa to Bannaby.\n•\tTwo additional new 500/330/33 kV 1500 MVA transformers at Dinawan.\n","HumeLink, WNV-SNSW Option 1 (VNI West), CNSW-SNW Option 3 or CNSW-SNW Option 4","SNSW to CNSW",3000,3000,3173.0554487345998,"AEMO TCD","Class 5b(±50%)","450","Long: (9 years)","N5+N6: 3,000\nSWNSW2: 3,000"]
[null,null,"HumeLink","Increased import from Victoria and South Australia and increased SWNSW REZ generation with high existing and Snowy 2.0 hydro generation","SNSW-CNSW Option 5","• A new Switching Station near Wondalga at the Y point connecting the 3 x 500 kV HumeLink lines:\n- Bannaby - Gugaa 500 kV line\n- Bannaby - Maragle 500 kV line\n- Gugaa - Maragle 500 kV line\n• 4x150 MVAr line reactors ","HumeLink","SNSW to CNSW",450,450,219.80278058178001,"AEMO TCD","Class 5b(±50%)","0","Short: (3 years)","N6+N7: 2,200\nN5: 800"]
[]
[null,"WNV-SNSW"]
[null,"Flow path","Development path","Development driver","Option name","Augmentation description","Pre-requisite options","Forward direction power flow","Notional transfer level increase (MW) Note: Same increase applies to all transfer limit conditions (Peak demand, Summer typical and Winter reference)",null,"Indicative cost estimate  ($2025, $ million)","Cost estimate source","Cost estimate class","Easement length (km)","Lead time or earliest in service date","Additional REZ transmission capacity provided","Notes"]
[null,null,null,null,null,null,null,null,"Forward direction","Reverse direction"]
[null,"WNV-SNSW","West of VNI 330 kV path","Increase thermal capacity and, voltage and stability limit of VIC-NSW interconnector.\nProvide route diversity of existing VNI 330 kV corridor","VIC-SNSW Option 1 - VNI West","South West NSW REZ (N5 Option 1) Stage 1: \n• Upgrade Dinawan - Gugaa double-circuit line from 330 kV to 500 kV operation (lines built at 500 kV as part of Project EnergyConnect). \n• Establish Dinawan 500 kV switchyard with two 500/330 kV 1,500 MVA transformers.\n• 500 kV line shunt reactors at both ends of the 500 kV double circuits Dinawan – Gugaa. \n• Bring forward the line shunt reactors for the Dinawan – Tragowel 500 kV double circuit for voltage support at Dinawan. \n• Terminate Lower Tumut - Wagga 330 kV single-circuit overhead line (line TL51) at Gugga 330 kV. \n•  Build 330 kV double-circuit overhead line between Gugga and Wagga, using the Line TL51 easement.\n\nVictoria – New South Wales (Bulgana – Kerang – Dinawan) Stage 2:\n• A new 500 kV double-circuit overhead line from near Bulgana to Tragowel (near Kerang) to locality of Dinawan, including series compensation on the line near Tragowel.\n• Establish new Tragowel Terminal Station with two 500/220 kV 1,000 MVA transformers.\n• 220 kV connections from the new Tragowel Terminal Station to the existing 220 kV lines near Kerang.\n• Eildon – Thomastown and Rowville - Thomastown 220 kV lines are to be cut into at South Morang creating normally operating direct connection between Eildon 220 kV and Rowville 220 kV, in place of previously proposed modular power flow controllers, to prevent overloading on the 220 kV lines between Dederang and Thomastown. South Morang - Thomastown sections of lines are to be bridged together with existing South Morang-Thomastown lines increasing the capacity of those lines.\n• 500 kV line shunt reactors at both ends of the two following 500 kV circuits: \n   (i) near Bulgana – Tragowel\n   (ii) Tragowel – Dinawan at Tragowel\n• Two new 500 kV bays and line exits with a total of two 500 kV line shunt reactors at the Terminal Station near Bulgana.\n• Up to +/- 400 MVAr dynamic reactive compensation at the new 220 kV Tragowel Terminal Station.\n• Series compensation capacitors on both of the 500 kV circuits between Tragowel and near Bulgana, to reduce impedance on the new 500 kV network and thereby improve network load sharing with, and manage network loading on, the existing 330 kV Victoria – New South Wales Interconnector and the existing 220 kV western Victoria network between Bendigo and Kerang. ","Victorian Western Renewables Link, HumeLink, Project EnergyConnect"," WNV to SNSW",1890,1670,7600,"Transgrid and AEMO (Victorian Planning)","Class 4(-30% to +50%)",491,"Short: (5 years)","V1: 1,580\nWV1:200\nN5: 350"]
[]
[null,"TAS-SEV"]
[null,"Flow path","Development path","Development driver","Option name","Augmentation description","Pre-requisite options","Forward direction power flow","Notional transfer level increase (MW) Note: Same increase applies to all transfer limit conditions (Peak demand, Summer typical and Winter reference)",null,"Indicative cost estimate  ($2025, $ million)","Cost estimate source","Cost estimate class","Easement length (km)","Lead time or earliest in service date","Additional REZ transmission capacity provided","Notes"]
[null,null,null,null,null,null,null,null,"Forward direction","Reverse direction"]
[null,"TAS-SEV","Proposed Marinus Link path (path between Burnie area and Latrobe Valley area)","Access to high quality wind resources in Tasmania and deep storage capability of Tasmanian hydro generation. ","\nTAS-SEV Option 1 \n(Project Marinus Stage 1)","•A 750 MW monopole HVDC link between Burnie area in Tasmania  and Hazelwood area in Victoria.\n• A new 750 MW HVDC monopole converter station in Burnie area.\n• A new 750 MW HVDC monopole converter station in Hazelwood area.\n• Some enabling design, survey and civil works for Stage 2 HVDC are assumed to be included in Stage 1\n• A new 220 kV switching station at Heybridge adjacent to the converter station.\n• A new double-circuit 220 kV transmission line between Sheffield, Heybridge and Burnie\n• A new 220 kV double-circuit line from Palmerston to Sheffield with decommissioning of existing the single-circuit line.\n• A new 500 kV connection from converter station in Hazelwood area.\n• Decommission existing Sheffield – Burnie 220 kV line.\nNote: HVDC interconnector components are referred to as Marinus Link 1",null,"TAS to SEV",750,"750[footnote14]","5325 (based on provided cost of $5,035 in $2023)","Marinus Link Pty Ltd & TasNetworks","Class 2(-15% to +20%)","(90 underground cable)\n0 (HVAC new easement) ","Short: (4 years)"]
[null,null,"Proposed Marinus Link path (path between Burnie area and Latrobe Valley area)","Access to high quality wind resources in Tasmania and deep storage capability of Tasmanian hydro generation. ","\nTAS-SEV Option 2 \n(Project Marinus Stage 2)","• An additional 750 MW monopole HVDC link between Burnie area in Tasmania and Hazelwood area in Victoria.\n • An additional new 750 MW HVDC monopole converter station in Burnie area.\n • An additional new 750 MW HVDC monopole converter station in Hazelwood area. \n• A new 220 kV switching station at Staverton.\n• A new double-circuit 220 kV transmission line from Staverton to Burnie via Hampshire\n• Cut-in both Sheffield-Mersey Forth double-circuit 220 kV lines at Staverton.\n• Capacity increase of the four Sheffield–Staverton 220 kV transmission circuits.\n • A new 500 kV connection from converter station in Hazelwood area.\n","TAS-SEV Option 1","TAS to SEV",750,"750[footnote15]","2680 (based on provided cost of $2,535 in $2023)","Marinus Link Pty Ltd & TasNetworks","Class 2(±30%)","(0 underground cable)\n94 (HVAC new easement) ","Medium: (6 years)"]
[]
[null,"WNV- SESA (Heywood)"]
[null,"Flow path","Development path","Development driver","Option name","Augmentation description","Pre-requisite options","Forward direction power flow","Notional transfer level increase (MW) Note: Same increase applies to all transfer limit conditions (Peak demand, Summer typical and Winter reference)",null,"Indicative cost estimate  ($2025, $ million)","Cost estimate source","Cost estimate class","Easement length (km)","Lead time or earliest in service date","Additional REZ transmission capacity provided","Notes"]
[null,null,null,null,null,null,null,null,"Forward direction","Reverse direction"]
[null,"WNV-SESA","Near existing VIC-SESA corridor","Increase transfer capability between WNV and SESA to access increased renewable generation.","WNV-SESA Option 1","• A new 275 kV double-circuit line from a VRE collection node in South East SA (near Krongart) to Heywood terminal station.\n• 2x1,000 MVA 500/275 kV transformers at Heywood terminal station.\n• New VRE collection substation in SESA (near Krongart).",null,"WNV to SESA",890,890,801.24601528149003,"AEMO TCD","Class 5b(±50%)",108,"Short: (5 years)"]
[null,null,"Near existing VIC-SESA corridor","Increase transfer capability between WNV and SESA to access increased renewable generation.","WNV-SESA Option 2","• A new 500 kV double-circuit line from a VRE collection node in South East SA (near Krongart) to Heywood terminal station.\n• New VRE collection substation in SESA (near Krongart).\n• 2x 1500 MVA 500/275 kV transformers at VRE collection terminal station.",null,"WNV to SESA",1900,1900,1168.2261297204,"AEMO TCD","Class 5b(±50%)",108,"Medium: (6 years)"]
[null,null,"Near existing VIC-SESA corridor","Increase transfer capability between WNV and SESA to access increased renewable generation.","WNV-SESA Option 3","• A 1,500 MW HVDC bi-pole overhead transmission line from Heywood to South East SA (near Krongart). \n• A new 1,500 MW HVDC bipole converter station in locality of Krongart. \n• A new 1,500 MW HVDC bipole converter station in locality of Heywood. \n• AC network connection between HVDC converter station and 275 kV substation in the locality of Krogart. \n• AC network connection between HVDC converter station and 500 kV AC network in Heywood. ",null,"WNV to SESA",1500,1500,3207.2608768740001,"AEMO TCD","Class 5b(±50%)",110,"Medium: (6 years)"]
[]
[null,"SESA-CSA"]
[null,"Flow path","Development path","Development driver","Option name","Augmentation description","Pre-requisite options","Forward direction power flow","Notional transfer level increase (MW) Note: Same increase applies to all transfer limit conditions (Peak demand, Summer typical and Winter reference)",null,"Indicative cost estimate  ($2025, $ million)","Cost estimate source","Cost estimate class","Easement length (km)","Lead time or earliest in service date","Additional REZ transmission capacity provided","Notes"]
[null,null,null,null,null,null,null,null,"Forward direction","Reverse direction"]
[null,"SESA-CSA","Near existing SESA-CSA corridor","Increased power transfer capability with Victoria","SESA-CSA Option 1","(part of preparatory activities provided by ElectraNet):\n• String vacant circuit on the 275 kV Tungkillo – Tailem Bend line.",null,"SESA to CSA",120,120,80.5,"ElectraNet","Class 5b(±50%)",0,"Medium: (6 years)"]
[null,null,"East of existing SESA-CSA corridor","Increased power transfer capability with Victoria","SESA-CSA Option 2","•\t A new 500 kV double-circuit line from Bundey terminal station to a VRE collection node in South East SA (near Krongart).\n•\t 2x 1,500 MVA 500/275 kV transformers at Bundey terminal station.\n•\t New VRE collection substation in SESA (near Krongart) that connects to the existing network.\n•\t 2x 1,500 MVA 500/275 kV transformers at VRE collection substation.","SESA-CSA Option 1","SESA to CSA",1470,1470,3593.7937405796001,"AEMO TCD","Class 5b(±50%)",421,"Long: (9 years)"]
[null,null,"East of existing SESA-CSA corridor","Increased power transfer capability with Victoria","SESA-CSA Option 3","• Build a 275 kV double-circuit line from Bundey terminal station to a VRE collection node in South East SA.\n• New VRE collection terminal station (near Krongart) that connects to the existing network","SESA-CSA Option 1","SESA to CSA",840,840,2269.0209629567998,"AEMO TCD","Class 5b(±50%)",421,"Long: (8 years)"]
[null,null,"East of existing SESA-CSA corridor","Increased power transfer capability with Victoria","SESA-CSA Option 4","• A 1,500 MW HVDC bi-pole overhead transmission line from Bundey to near Krongart.\n• A new 1,500 MW HVDC bipole converter station in locality of Krongart.\n• A new 1,500 MW HVDC bipole converter station in locality of Bundey. \n• AC network connection between HVDC converter station and 275 kV substation in locality of Krongart\n• AC network connection between HVDC converter station and 275 kV AC network in Bundey. ",null,"SESA to CSA",1500,1500,4348.2817799750001,"AEMO TCD","Class 5b(±50%)",420,"Long: (8 years)"]
[]
[null,"CSA-NSA"]
[null,"Flow path","Development path","Development driver","Option name","Augmentation description","Pre-requisite options","Forward direction power flow","Notional transfer level increase (MW) Note: Same increase applies to all transfer limit conditions (Peak demand, Summer typical and Winter reference)",null,"Indicative cost estimate  ($2025, $ million)","Cost estimate source","Cost estimate class","Easement length (km)","Lead time or earliest in service date","Additional REZ transmission capacity provided","Notes"]
[null,null,null,null,null,null,null,null,"Forward direction","Reverse direction"]
[null,"CSA-NSA","North of existing CSA-NSA corridor","To increase transfer capability between CSA and NSA to accommodate increased renewable generation and/or increased load in NSA.","CSA-NSA Option 1","• A new 275 kV double-circuit line from Bundey to Yunta to Cultana East\n• A new 275 kV substation in locality of Yunta  \n• A new 275 kV substation in locality of Cultana East\n• Modifications to existing line configurations to create 2x 275 kV new lines Cultana-Cultana East\n• A new single circuit line from Cultana to Cultana East\n• A 275 kV switching station in locality of Yunta\n• 4x275 kV 50 MVAr line-connected reactors at each end of Bundey - Yunta 275 kV lines.\n• 4x275 kV 50 MVAr line-connected reactors at each end of Yunta - Cultana East 275 kV lines.\n• Two +/-100 MVAr SVCs at Yunta and two +/-100 MVAr SVCs at Cultana East",null,"CSA to NSA",1100,1100,2190,"ElectraNet","Class 5b(±50%)",434,"Medium: (6 years)"]
[null,null,"North of existing CSA-NSA corridor","To increase transfer capability between CSA and NSA to accommodate increased renewable generation and/or increased load in NSA.","CSA-NSA Option 2","• A new 330 kV double-circuit line from Bundey to Yunta to Cultana East\n• A new 330 kV substation in locality of Yunta\n• A new 330 kV substation at Cultana East with 3x700 MVA 330/275 kV transformers\n• Modifications to existing line configurations to create 2x 275 kV new lines Cultana-Cultana East\n• A new single circuit line from Cultana to Cultana East\n• 4x330 kV 50 MVAr line-connected reactors at each end of Bundey - Yunta 330 kV lines.\n• 4x330 kV 50 MVAr line-connected reactors at each end of Yunta - Cultana East 330 kV lines.\n• Two +/-100 MVAr SVCs at Yunta and two +/-100 MVAr SVCs at Cultana East",null,"CSA to NSA",1200,1200,2530,"ElectraNet","Class 5b(±50%)",434,"Medium: (6 years)"]
[null,null,"North of existing CSA-NSA corridor","To increase transfer capability between CSA and NSA to accommodate increased renewable generation and/or increased load in NSA.","CSA-NSA Option 3","• Establish a new 500 kV switching substation at Yunta\n• A new 500 kV double-circuit line from Bundey North to Yunta to Cultana East.\n• A new 500 kV substation at Bundey North with 3x1500 MVA 500/330 kV transformers\n• A new 500/275 kV substation at Cultana East with 3x1500 MVA 500/275 kV transformers\n• 3 x new 275 kV circuits connecting Bundey with new Bundey North\n• Modifications to existing line configurations to create 2x 275 kV new lines Cultana-Cultana East\n• A new single circuit line from Cultana to Cultana East\n• 4x500 kV 50 MVAr line-connected reactors at each end of Bundey North - Yunta 500 kV lines.\n• 4x500 kV 50 MVAr line-connected reactors at each end of Yunta - Cultana East 500 kV lines.\n• Two +/-100 MVAr dynamic reactive plants at Yunta and two +/-100 MVAr dynamic reactive plants at Cultana East",null,"CSA to NSA",2000,2000,3510,"ElectraNet","Class 5b(±50%)",434,"Long: (8 years)"]
[null,null,"North of existing CSA-NSA corridor","To increase transfer capability between CSA and NSA to accommodate increased renewable generation and/or increased load in NSA.","CSA-NSA Option 4 Stage 1","•Bundey to Cultana East, the project will be carried out in a two-stage plan: in stage 1 conductor designed for 500 kV, but operated at 275kV; then in stage 2 the lines will be re-connected to enable 500kV operation.\nStage 1:\n•A new 500 kV double-circuit line from Bundey to Yunta to Cultana East (to be operated at 275 kV in stage 1)\n•A new 275 kV substation in locality of Yunta  \n•A new 275 kV substation in locality of Cultana East\n•Modifications to existing line configurations to create 2x 275 kV new lines Cultana-Cultana East\n•A new single circuit 275 kV line from Cultana to Cultana East\n•4x500 kV 160 MVAr line-connected reactors at each end of Bundey - Yunta lines (initially operated at 275 kV).\n•4x500 kV 160 MVAr line-connected reactors at each end of Yunta - Cultana East lines (initially operated at 275 kV).\n•Two +/-100 MVAr SVCs at Yunta and two +/-100 MVAr SVCs at Cultana East.\n",null,"CSA to NSA","1,100\n",1100,3302.9380015773831,"AEMO TCD","Class 5b(±50%)",434,"Long: (8 years)"]
[null,null,"North of existing CSA-NSA corridor","To increase transfer capability between CSA and NSA to accommodate increased renewable generation and/or increased load in NSA.","CSA-NSA Option 4 Stage 2","Stage 2:\n•A new 500 kV yard at Bundey North with 3x1,000 MVA 500/275 kV transformers\n•A new 500 kV yard at Cultana East with 3x1,000 MVA 500/275 kV transformers\n•A new 500 kV yard at Yunta with 2x1,000 MVA 500/275 kV transformers\n•Swing connections for the Bundey – Yunta – Cultana East lines and associated reactors that were constructed in Stage 1 across from 275 kV to 500 kV yards at Bundey North , Yunta and Cultana East.","CSA-NSA Option 4 Stage 1","CSA to NSA",900,900,474.1140719838242,"AEMO TCD","Class 5b(±50%)",0,"Long: (8 years)"]
[]
[null,"MEL-WNV"]
[null,"Flow path","Development path","Development driver","Option name","Augmentation description","Pre-requisite options","Forward direction power flow","Notional transfer level increase (MW) Note: Same increase applies to all transfer limit conditions (Peak demand, Summer typical and Winter reference)",null,"Indicative cost estimate  ($2025, $ million)","Cost estimate source","Cost estimate class","Easement length (km)","Lead time or earliest in service date","Additional REZ transmission capacity provided","Notes"]
[null,null,null,null,null,null,null,null,"Forward direction","Reverse direction"]
[null,"MEL-WNV","Existing 220 kV lines between Geelong and Keilor","To increase WNV to MEL transfer capability","MEL-WNV Option 1","• Cut both existing Geelong to Keilor 220 kV lines into Deer Park.\n• Replace existing Keilor 500/220kV transformers with 1000 MVA units (expected to be completed as part of asset replacement project).\n• Operate the three Deer Park to Keilor 220kV circuits as normally-open, with supply to Deer Park provided from Geelong.\n• Install minor interplant replacements to increase rating.\"",null,"MEL-WNV","NA",800,128,"AEMO Victorian Planning","Class 5b(±50%)","0","Short: (5 years)"]
[null,null,"Existing 220 kV lines between Geelong and Keilor","To increase WNV to MEL transfer capability","MEL-WNV Option 2","• Cut both existing Geelong to Keilor 220 kV lines into Deer Park.\n• Replace existing Keilor 500/220kV transformers with 1000 MVA units (expected to be completed as part of asset replacement project).\n• Operate the three Deer Park to Keilor 220kV circuits as normally-open, with supply to Deer Park provided from Geelong.\n• Construct 3rd Geelong to Moorabool 220kV line.",null,"MEL-WNV","NA",800,174,"AEMO Victorian Planning","Class 5b(±50%)","7","Short: (5 years)"]
[]
[]
[null,"Additonal notes:  "]
[null,"1. Committed and anticipated transmission augmentations and transfer capability increase are listed in 'Network capability' tab. "]
[null,"2. For AEMO cost estimates sourced from the AEMO Transmission Cost Database Class 5a are with +/-30% accuracy. Class 5b are with +/-50% accuracy  . For TNSP cost estimates, refer to the 2023 Electricity Network Options Report for accuracy bands and other details."]
[null,"3. Lead time for expected service is provided from the release of final 2026 ISP. This lead time is categorized as short (3-5 years), medium (6-7 years) and long (beyond 7 years)."]
[null,"4. A 1% of capital cost is assumed as operation and maintenance cost of each of the interconnector options."]

{"sheet":"Flow path cost forecasts","index":37,"n_rows":299,"n_cols":34,"rows_kept":281,"cut":true,"hidden":false,"merged":[[195,1,196,1],[204,1,207,1],[211,1,214,1],[158,1,161,1],[165,1,167,1],[171,1,174,1],[178,1,182,1],[190,1,191,1],[115,1,118,1],[122,1,126,1],[130,1,133,1],[137,1,141,1],[145,1,154,1],[75,1,78,1],[82,1,86,1],[94,1,95,1],[99,1,100,1],[108,1,111,1],[49,1,58,1],[62,1,65,1],[69,1,71,1],[7,2,7,8],[5,2,5,9],[6,2,6,8],[12,1,15,1],[19,1,22,1],[26,1,30,1],[34,1,37,1],[41,1,45,1],[218,1,222,1],[226,1,229,1],[233,1,237,1],[241,1,250,1],[254,1,257,1],[261,1,263,1],[267,1,270,1],[274,1,278,1],[286,1,287,1],[291,1,292,1]],"bounds":{"rows_first":125,"rows_last":31,"rows_between":125,"halvings":4}}
[null,"Go to Assumptions Summary",null,null,null,null,"`"]
[null,"Flow path augmentation cost forecasts (real 2025 dollars)"]
[null,"AEMO has applied escalation factors to flow path augmentation project cost estimates for the ISP, consistent with its transmission cost forecasting approach. See 2025 Electricity Network Options Report for further details."]
[null,"The worksheet has Slower Growth and Step Change/Accelerated Transition cost forecast. These cost escalations are year-on-year cost escalation."]
[null,"The project \"Status\" highlights augmentation options which are categorised into the following types as per the 2024 ISP. Refer to 2024 ISP Appendix 5 Network Investments for further details."]
[null,"          a. ","Preparatory Activities - Preparatory activities are activities to design and investigate the costs and benefits of actionable ISP projects, future ISP projects and REZ stages (as applicable)."]
[null,"          b. ","Actionable ISP Projects - Actionable ISP projects optimise benefits for consumers if progressed before the next ISP. A transmission project (or non-network option) identified as part of the ODP and having a delivery date within an actionable window. "]
[null,"          c. ","Actionable New South Wales and actionable Queensland projects - A transmission project (or non-network option) that optimises benefits for consumers if progressed before the next ISP, is identified as part of the ODP, and is supported by or committed to in New South Wales Government or Queensland Government policy and/or prospective or current legislation."]
[]
[null,"Slower Growth"]
[null,"CQ-NQ"]
[null,"Flow path","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"CQ-NQ","CQ-NQ Option 1",null,1822592119.2003751,1858536407.1658721,1892703164.99209,1911907103.6897981,1929191570.418231,1949663255.6663091,1977580603.882437,1998826285.2729869,2015727288.756192,2036259234.0090599,2057633867.4869499,2076697494.2123139,2093351617.143842,2110162525.960902,2127477345.6260879,2145200894.0138531,2163339438.5118122,2182002648.6350141,2201211794.3785348,2220955243.9469848,2241251660.0495,2262117584.5233612,2283571067.2441778,2305630276.5750632,2328314096.2848549,2351641697.4126372,2375635372.1722398,2400314608.5264859,2425703167.3481598,2451823604.3788638]
[null,null,"CQ-NQ Option 2",null,5334489139.0473986,5433282614.1000471,5529684263.6781511,5581144125.2148838,5627597255.807951,5682862310.2991285,5759744546.4122152,5817733119.8944445,5862819653.3083239,5918142385.9070816,5975800847.639699,6026262249.3762884,6069076375.0757933,6111885252.4491453,6155915973.0814047,6200916251.5281439,6246888432.2165442,6294139854.2450676,6342726736.0925465,6392604831.8876543,6443818580.6818857,6496405875.4616089,6550408415.5027475,6605867882.5577736,6662827574.1188622,6721331158.9364128,6781430853.194519,6843170355.6154852,6906605166.6593361,6971786830.25424]
[null,null,"CQ-NQ Option 3",null,206934192.04272121,209484412.92433229,212762587.0114091,214267241.03921849,215608418.5069465,217267338.7262761,219745385.53038421,221512841.15955839,222765391.11526451,224369183.34085399,226048159.89382851,227417949.94886431,228410339.53528109,229344656.0123204,230293853.6922352,231250047.4955312,232211838.86164999,233189197.27773669,234183320.06622329,235191168.13179931,236213034.11781591,237248924.3728883,238298918.88035059,239363037.34134269,240441295.89916119,241533682.83909321,242640417.6581966,243761337.1499413,244896660.49737459,246046384.3956486]
[null,null,"CQ-NQ Option 4",null,1937000000,1974000000,2010000000,2031000000,2050000000,2072000000,2101000000,2124000000,2142000000,2164000000,2187000000,2208000000,2225000000,2243000000,2262000000,2280000000,2300000000,2320000000,2340000000,2361000000,2383000000,2405000000,2427000000,2451000000,2475000000,2500000000,2525000000,2551000000,2578000000,2606000000]
[]
[null,"CQ-GG"]
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[null,"CQ-GG","CQ-GG Option 3",null,179525948.92705461,181200214.77174729,184098565.2291159,185620788.05306429,187074992.25977829,188735130.71732751,191058455.24692649,192815901.191232,194146636.87332651,195771556.83014029,197468363.99000299,198909842.51885271,199986470.88228911,201008105.93929279,202042484.7773211,203085504.66080609,204136920.92854241,205204835.99071339,206290561.1861999,207391712.82026529,208508678.5355188,209641611.62138921,210790740.45754981,211956234.6979785,213138271.8186233,214337012.7086575,215552825.61292681,216785732.64691359,218036117.2922357,219304165.09264851]
[null,null,"CQ-GG Option 4",null,190409085.6749447,192269375.5845879,195364515.97343269,196976989.60639101,198511543.842594,200269834.68078521,202732628.84174851,204589173.5863677,205993158.9248113,207711249.25990409,209504789.2755194,211024960.44554439,212160252.45736441,213238599.55037561,214330913.26227319,215432493.49167401,216543091.13295701,217671357.83041781,218818659.92881069,219982472.52494511,221163213.82467219,222361052.77407151,223576238.28580341,224808958.58476171,226059409.84743211,227327770.6728037,228614440.68601149,229919453.3818087,231243224.96556109,232585962.25852501]
[null,null,"CQ-GG Option 1",null,2672000000,2707000000,2752000000,2774000000,2793000000,2817000000,2850000000,2874000000,2891000000,2914000000,2937000000,2955000000,2969000000,2982000000,2995000000,3009000000,3022000000,3036000000,3050000000,3064000000,3079000000,3093000000,3108000000,3123000000,3139000000,3154000000,3170000000,3186000000,3203000000,3219000000]
[null,null,"CQ-GG Option 2",null,2336000000,2367000000,2406000000,2425000000,2442000000,2462000000,2492000000,2512000000,2528000000,2547000000,2567000000,2583000000,2595000000,2607000000,2618000000,2630000000,2641000000,2653000000,2666000000,2678000000,2691000000,2703000000,2716000000,2730000000,2743000000,2757000000,2770000000,2784000000,2799000000,2813000000]
[]
[null,"SQ-CQ"]
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[null,"SQ-CQ","SQ-CQ Option 1",null,1303573751.456141,1326871463.540693,1351307866.113961,1364642442.1912589,1376930089.0285809,1391246997.899102,1410508176.1275311,1425105399.2868121,1436726757.774627,1450842529.537745,1465504528.9908049,1478342432.031497,1489087650.076241,1499817756.7164769,1510831004.718224,1522065620.273421,1533529366.0941169,1545293905.5118799,1557371799.790601,1569752742.1562531,1582447047.858747,1595463450.346822,1608811632.777324,1622501229.06109,1636542250.619436,1650944799.2515049,1665721035.4139841,1680880935.8837759,1696437435.168859,1712402414.7206261]
[null,null,"SQ-CQ Option 2",null,59026518.132985182,59260043.4792329,60088459.217872933,60564164.151766181,61042724.34602081,61558298.043171734,62305826.687117539,62909412.41116178,63359687.250491463,63896019.236234762,64461235.248317793,64954538.905854747,65327041.611487888,65674469.01422707,66024433.946776293,66377437.373151816,66732866.006313697,67093282.246615358,67459333.650678381,67830177.338630483,68205935.133351743,68586653.985225677,68972401.723888069,69363222.698162109,69759165.071626768,70160271.666940317,70566650.43065691,70978294.833967149,71395316.836043552,71817764.018440306]
[null,null,"SQ-CQ Option 3",null,3132594604.3239021,3186285025.8137989,3244908474.7312779,3275672099.0200558,3304252066.7267661,3337565913.5050278,3382270884.5296149,3415676740.88555,3442064172.0033789,3474343528.8541098,3507828068.493628,3536554477.9689708,3559679896.7929411,3582562677.6483002,3606005238.128911,3629861011.2363191,3654150478.070539,3679038185.854877,3704549013.7592611,3730654160.5574932,3757373416.0543752,3784722616.5724039,3812719616.967813,3841381988.8894792,3870727971.2654729,3900775773.5923529,3931548319.3326621,3963063043.0242658,3995344234.3583512,4028413375.7548952]
[null,null,"SQ-CQ Option 5",null,3709364318.2648001,3762117174.6171999,3823379823.5441999,3854584341.9496002,3883941408.5616999,3918090851.5854001,3966412408.4865999,4003152622.5899,4031084486.7049999,4065424586.0377002,4101289720.9811001,4131955035.2803001,4156387417.7617998,4180207191.9815998,4204544773.7880011,4229297444.2051001,4254460457.9548988,4280220234.2000999,4306611367.6465998,4333593761.7136002,4361186584.8802996,4389404148.3348999,4418262830.4146004,4447778364.8726997,4477967196.2358999,4508845470.6689997,4540434541.9230003,4572749383.0811005,4605812493.4818001,4639643099.6473999]
[null,null,"SQ-CQ Option 6",null,799623339.19191468,801313384.8038919,808672992.69453824,812264183.49156785,816009599.78608859,820175567.54852092,827836806.48606813,834271246.08742571,838493984.04179764,843681022.36881697,849286999.31501412,854177527.39448905,857962015.15201437,861381440.28692174,864811819.90363061,868284165.11057699,871779127.84147859,875329794.74830687,878947599.63563657,882620121.19231367,886348583.73931897,890133092.93789935,893974001.39785039,897871268.03483653,901824967.02464437,905834976.6956867,909901995.22093785,914025394.20632613,918205831.1064527,922443268.78126061]
[]
[null,"NNSW–SQ"]
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[null,"NNSW–SQ","NNSW–SQ Option 1",null,2353095914.780407,2400173023.6011629,2445667664.9494481,2472843744.6358972,2497931938.4710541,2526826628.5495372,2565062667.7574291,2595004532.0706172,2619583757.0096679,2648904767.031642,2679402309.930438,2707111384.3678942,2731784718.1691251,2756822209.234427,2782619138.2269082,2809066260.884377,2836184894.340158,2864119111.436635,2892902484.364275,2922527376.9147711,2953024562.8084359,2984422341.7314091,3016751371.9605298,3050042692.928782,3084328658.9635258,3119642284.3286748,3156021058.0710258,3193499077.786375,3232116478.9265971,3271912180.125957]
[null,null,"NNSW–SQ Option 4",null,8980741113.2310219,9022824334.8655968,9147468106.6602287,9223105803.7062244,9247270954.7704868,9351391253.1702499,9492105512.7260361,9526201197.5567875,9546658626.1936226,9595981602.1521416,9647247527.4692574,9691661744.0816879,9720362901.9271145,9751275036.1163158,9785165486.8370876,9820025794.7471218,9856165108.0121574,9894330725.7909641,9934326548.656456,9976060405.6770897,10019561824.234301,10064849314.128981,10111947702.766661,10160879237.079109,10211669242.49205,10264341907.43236,10318933115.375139,10375465083.50688,10433976703.325451,10494500227.52033]
[null,null,"NNSW–SQ Option 2",null,2935000000,2989000000,3044000000,3076000000,3106000000,3140000000,3185000000,3221000000,3249000000,3283000000,3319000000,3351000000,3379000000,3407000000,3435000000,3465000000,3495000000,3526000000,3558000000,3590000000,3624000000,3658000000,3694000000,3731000000,3768000000,3807000000,3847000000,3888000000,3930000000,3973000000]
[null,null,"NNSW–SQ Option 5",null,5177000000,5271000000,5367000000,5421000000,5470000000,5528000000,5605000000,5664000000,5712000000,5769000000,5829000000,5881000000,5926000000,5970000000,6016000000,6063000000,6111000000,6160000000,6211000000,6263000000,6316000000,6371000000,6427000000,6485000000,6545000000,6606000000,6669000000,6733000000,6800000000,6868000000]
[]
[null,"CNSW-NNSW"]
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[null,"CNSW-NNSW","CNSW-NNSW Option 1",null,2554497426.1174998,2590471661.7228999,2632280737.9988999,2653828192.0615001,2674234500.4487,2697806281.9597001,2731325101.9763999,2757131046.9253001,2776769849.3646002,2800811511.1543999,2825967611.6655002,2847619508.6859002,2865046216.2849002,2882059131.5690999,2899467075.9723001,2917210348.6020999,2935283417.0345998,2953818205.0897002,2972842674.2670999,2992331522.8667002,3012301127.1890998,3032764659.9631,3053736847.8432999,3075232141.5250001,3097265657.6717,3119852481.3796,3143011497.0222001,3166757392.5587001,3191110248.8650999,3216088124.4735999]
[null,null,"CNSW-NNSW Option 2",null,2212772406.9369998,2246845724.9075999,2284644861.0345001,2306204049.9863,2326640808.5984001,2349906326.2013998,2381951829.0461001,2407309436.8709998,2427415065.7073998,2451517771.5272999,2476716453.2712002,2499246940.5499001,2518550018.6438999,2537780654.8758998,2557529841.0352001,2577744735.4981999,2598429823.8764,2619708443.6841002,2641611997.2567,2664126780.3127999,2687275466.3202,2711078254.2776999,2735557177.1423998,2760734334.0609002,2786632846.553,2813276196.6167002,2840691667.5639,2868903234.2498002,2897940116.7929001,2927830214.5766001]
[null,null,"CNSW-NNSW Option 4",null,3750181267.3765469,3751429397.249217,3797860096.1417441,3826113324.8034892,3829735150.2304831,3871577842.08781,3928713323.3886008,3935792826.3203731,3937665672.729012,3952242468.2250161,3967416717.5530262,3980054737.1476698,3985587020.587225,3991926941.2330141,3999420140.8914609,4007119855.8146949,4015168589.8033438,4023886549.2153478,4033164899.2716522,4042956690.4312739,4053263367.1834722,4064081578.8413801,4075410207.2184448,4087246520.3234491,4099588751.4174409,4112434263.9259882,4125784568.195302,4139635233.8954449,4153988110.083066,4168841907.6083832]
[null,null,"CNSW-NNSW Option 5",null,5115181564.3842258,5137913878.393918,5210044847.3419409,5253242462.0395527,5269594788.5493011,5328193456.3951893,5406981076.3394947,5428554816.4937305,5442266229.5479345,5471702285.7396479,5502270876.3646584,5528556872.4717703,5545390364.2463703,5563166001.9531651,5582474580.4135647,5602258172.1453762,5622686996.4879694,5644164399.852581,5666588293.5156431,5689904708.8614702,5714128165.7633371,5739266891.5463848,5765332572.4658556,5792335311.9915295,5820286800.2244482,5849198072.0561428,5879086653.5453262,5909961996.5218258,5941843150.5658388,5974745115.523675]
[null,null,"CNSW-NNSW Option 6",null,443570697.88565439,444245338.11007792,446096527.31235307,446301782.87674809,446574192.20513302,447142202.10369539,449901587.24564618,452287375.03440988,453345259.02090919,454850650.06931257,456601543.09696758,458084001.15328002,459280937.7584902,460268988.49424601,461255611.40080661,462268576.52105862,463289883.94969511,464338321.19752592,465421501.87455499,466531853.06260443,467669945.33348882,468835658.90102452,470028982.39966857,471249664.97651398,472497557.51126927,473772319.34125203,475074052.99040192,476402276.67347842,477757017.40576458,479138038.44062448]
[]
[null,"CNSW-SNW"]
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[null,"CNSW-SNW","CNSW-SNW Option 1",null,1347751739.4960001,1367007912.6554,1390019936.6930001,1402932078.4498,1415273480.3677001,1429281442.2486,1448460640.0743999,1463502123.5037,1475387067.3550999,1489671824.5603001,1504592214.8085001,1517777987.0132,1528765597.7765,1539630741.6719999,1550767366.3841,1562144118.4558001,1573764476.3999,1585700624.4484999,1597969603.8520999,1610561421.0144999,1623487867.8497,1636759178.2727001,1650386595.3338001,1664381318.2964001,1678755066.7751999,1693519689.7090001,1708689240.6561,1724275632.7082,1740293890.8817999,1756758101.3208001]
[null,null,"CNSW-SNW H-Dapto",null,1463080602.9885089,1483530174.456707,1507477213.1706741,1520152095.942971,1532146326.788415,1545927720.3582151,1565446629.363637,1580623786.4877329,1592284257.583349,1606461456.385452,1621295035.860822,1634220958.019134,1644826742.460489,1655231500.073395,1665879144.374187,1676736585.471621,1687801790.05424,1699150249.1019111,1710799001.25056,1722734465.623261,1734966755.9726031,1747504192.1407051,1760356050.3682129,1773531453.0855091,1787039951.031904,1800891144.0514259,1815096816.7312341,1829666378.610244,1844612398.8353729,1859946321.2547419]
[null,null,"CNSW-SNW H-Newcastle",null,1663257468.3175111,1689873650.427402,1718782917.407655,1735297408.0208659,1750940584.023077,1768747293.122962,1793088157.886626,1812337420.097388,1827698698.508563,1846094919.4134591,1865307841.2360139,1882503218.971766,1897290006.009953,1912058404.0902569,1927230434.439245,1942762689.598465,1958661248.9258039,1975019098.0121889,1991859806.4949679,2009173879.3992901,2026978915.55407,2045290668.894686,2064126317.9766481,2083503117.565968,2103439118.2804959,2123952666.780519,2145065006.784708,2166794911.2863669,2189165141.920723,2212197487.9094028]
[null,null,"CNSW-SNW Option 6a",null,2148446480.22366,2185475094.212615,2224858776.733552,2247883286.3161812,2269560329.7993369,2294262493.531569,2327308916.2357302,2353340958.6844368,2374467571.5611959,2399678213.4396701,2425949596.7931538,2449597398.667942,2470121335.7145271,2490743290.823431,2511952080.2923379,2533675063.7594161,2555928020.194315,2578834867.0066919,2602426265.3463359,2626692791.7861319,2651659738.5781002,2677350120.885519,2703788957.877739,2731001497.0982041,2759014116.6073899,2787853724.4618859,2817551145.1010771,2848134051.0836878,2879635517.4179072,2912087437.2758632]
[null,null,"CNSW-SNW Option 6b",null,1686116211.19434,1711936968.2089441,1741761364.1607289,1758842807.8703971,1775041870.0467529,1793448490.8318231,1818340625.2381949,1837876008.297704,1853509897.5186379,1872230017.064105,1891755692.8483379,1909152732.694438,1923884559.943779,1938550191.336787,1953599003.4415929,1968982584.555722,1984709111.764137,2000871122.1693461,2017490608.976177,2034556890.5393751,2052086394.5723619,2070093667.8910601,2088594634.9593761,2107605242.158211,2127142157.7362399,2147222325.514771,2167865535.1143832,2189088946.8822632,2210913763.893064,2233360076.6076288]
[null,null,"CNSW-SNW Option 2",null,510000000,513000000,520000000,524000000,528000000,532000000,538000000,544000000,547000000,552000000,557000000,561000000,564000000,567000000,570000000,573000000,577000000,580000000,583000000,587000000,590000000,593000000,597000000,601000000,604000000,608000000,612000000,616000000,619000000,623000000]
[null,null,"CNSW-SNW Option 2d",null,261000000,261000000,263000000,264000000,264000000,266000000,269000000,269000000,269000000,269000000,269000000,269000000,269000000,269000000,269000000,269000000,269000000,269000000,270000000,270000000,270000000,270000000,270000000,271000000,271000000,271000000,272000000,272000000,273000000,273000000]
[null,null,"CNSW-SNW Option 3 Stage 1",null,1748000000,1780000000,1814000000,1833000000,1851000000,1872000000,1899000000,1919000000,1936000000,1957000000,1978000000,1996000000,2012000000,2028000000,2044000000,2060000000,2077000000,2095000000,2113000000,2131000000,2150000000,2169000000,2189000000,2210000000,2231000000,2252000000,2275000000,2298000000,2321000000,2346000000]
[null,null,"CNSW-SNW Option 3 Stage 2",null,578000000,580000000,586000000,590000000,593000000,596000000,602000000,607000000,611000000,615000000,620000000,623000000,626000000,629000000,632000000,635000000,638000000,641000000,643000000,646000000,649000000,653000000,656000000,659000000,662000000,665000000,669000000,672000000,675000000,679000000]
[null,null,"CNSW-SNW Option 4",null,2453000000,2490000000,2532000000,2556000000,2578000000,2603000000,2638000000,2665000000,2686000000,2712000000,2739000000,2763000000,2782000000,2802000000,2822000000,2842000000,2863000000,2884000000,2906000000,2929000000,2952000000,2976000000,3000000000,3025000000,3051000000,3077000000,3105000000,3132000000,3161000000,3191000000]
[]
[null,"SNSW-CNSW"]
[null,"Flow path","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"SNSW-CNSW","SNSW-CNSW Option 2",null,5241057625.7709932,5265357801.7932758,5340617821.9896507,5387037018.177846,5405670190.9061871,5468177378.9116592,5551198638.1350021,5574839177.8252726,5590685631.6971159,5622895867.1972132,5656307216.7467594,5685515704.3428068,5705088721.3017788,5725821106.6890802,5748239457.1526442,5771246181.519311,5795029728.395072,5820010077.8179522,5846083555.5966053,5873200572.9683599,5901381032.391798,5930638567.8946819,5960990684.5642166,5992453430.9274149,6025044783.9683161,6058782222.5586653,6093690239.1991568,6129785215.1937075,6167093732.2566385,6205638472.8639946]
[null,null,"SNSW-CNSW Option 3",null,3964860119.5889692,4041761719.6000042,4118394419.3983488,4162251103.017395,4203249698.453537,4250471748.6737089,4312675634.8977089,4360834951.0616446,4400209229.6237049,4447463542.332386,4496580176.6291265,4540403534.6736755,4578239416.5218306,4616414550.616951,4655744539.3103619,4696054844.9141722,4737387721.7309084,4779979092.7749147,4823881674.1635008,4869080813.0833015,4915625627.5623932,4963561026.3048706,5012935731.8136702,5063799140.7639999,5116202797.2235413,5170199199.3901548,5225848427.6253119,5283204798.1308937,5342332733.141922,5403294554.8715286]
[null,null,"SNSW-CNSW Option 4",null,3115864339.5359101,3180853981.2271938,3242856628.4493079,3280203066.2249422,3314967117.0225959,3354848144.988091,3406857123.4253001,3447720642.4611149,3481688071.3991671,3522082491.6558418,3564079872.2956991,3602300969.8725419,3636384391.3388238,3671062506.1555581,3706848729.3617239,3743598076.799499,3781350702.2565761,3820303989.8776011,3860507084.5318942,3901956947.537416,3944701456.3063898,3988785496.6098871,4034257461.7234621,4081166643.9626532,4129564484.251545,4179503614.8381252,4231043175.6157732,4284238167.5046821,4339152127.1425352,4395847428.063818]
[null,null,"SNSW-CNSW Option 5",null,219378449.65204719,220250845.37070781,222895267.46998939,224335430.21466139,225791165.92496571,227382307.4196597,229889303.58767721,231944934.50502911,233410654.9396933,235177212.12100679,237056037.22436321,238699813.8228896,239970296.92194191,241149933.6840522,242339629.24207801,243543846.55279791,244758917.97227651,245994484.26039869,247253396.084353,248532516.7496537,249832409.83705831,251153351.36010429,252495697.43166861,253859717.0721325,255245708.3366653,256653939.9247418,258084927.16547871,259538796.42678449,261016082.40659529,262517112.37424171]
[]
[null,"WNV-SESA"]
[null,"Flow path","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"WNV-SESA","WNV-SESA Option 1",null,794836477.11828804,802732351.11375344,817065188.20655525,827146512.31147301,836557792.49003649,847158635.13071418,860946642.37708139,872103832.35138214,881458709.7697407,892423203.08761275,903831241.22821009,914530793.1058507,924480646.51834309,934659548.9629786,945139308.66220009,955889497.26322317,966917121.88655508,978272045.96872103,989966977.48796582,1002000536.682385,1014384308.530108,1027129038.571852,1040246327.106078,1053747863.2226321,1067645846.117093,1081952638.3618951,1096682170.7505679,1111847240.432631,1127462649.314775,1143542826.300678]
[null,null,"WNV-SESA Option 2",null,1158409670.0001609,1170735377.647438,1191312542.125175,1204919326.0653069,1217628201.9143269,1232032016.8947561,1251020817.6292341,1266184962.8463421,1278691646.2858469,1293479460.9011641,1308870225.6836431,1323068612.276623,1335970614.228554,1349091058.1207559,1362588189.5873301,1376418848.9210019,1390590493.5654371,1405172871.758399,1420182458.776047,1435614735.7456369,1451484045.6270511,1467803430.349046,1484587029.8657169,1501849042.3049569,1519604280.39975,1537867700.8219931,1556656403.486093,1575985750.1979589,1595873879.584168,1616338268.95049]
[null,null,"WNV-SESA Option 3",null,3196143025.247633,3198784972.8923168,3241476979.3816519,3269339709.6159158,3277692488.7738228,3316327226.9073901,3367774613.4265099,3379102765.3832021,3385968895.4152732,3403440591.52388,3421563456.7282691,3437604414.0338211,3448050522.7557759,3459421681.2324262,3471896892.1935182,3484718475.1336918,3498010758.4690361,3512043968.258884,3526739332.220067,3542064420.6438761,3558028295.4432788,3574636102.8822989,3591895278.8180561,3609812149.202301,3628394160.8909922,3647648251.7209301,3667585390.8059912,3688211608.9348588,3709538773.8686342,3731576320.261024]
[]
[null,"SESA-CSA"]
[null,"Flow path","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"SESA-CSA","SESA-CSA Option 2",null,3557410232.7660718,3601427343.7588801,3670002044.6708002,3716816061.8185129,3760047694.5746751,3809239838.6628861,3872485067.792016,3922829852.2875342,3965250238.9068208,4015246842.3400531,4067132157.7903209,4115406536.0248222,4160216534.0257101,4206239324.7012849,4253686298.880197,4302372198.6628227,4352337798.0621595,4403814525.0797911,4456855008.2801771,4511454708.712142,4567667190.1975403,4625542225.0781031,4685133479.1328306,4746495245.1710215,4809684067.6788731,4874757214.9698505,4941779229.8439779,5010809565.5716047,5081916748.5948534,5155167625.1395655]
[null,null,"SESA-CSA Option 3",null,2245299592.3727999,2272961952.8560309,2319008882.0789771,2353008663.4688792,2384298712.1640821,2419703132.6552558,2464038762.4185519,2499750141.1521978,2530644671.634048,2566672132.6384702,2604000883.5953212,2639423951.7345972,2673237171.3886991,2708260106.6116228,2744412049.8184662,2781554416.1798458,2819726896.643003,2859087642.084024,2899674805.4713569,2941494459.4485559,2984589294.1015,3028999858.5590978,3074769672.1154079,3121942950.8109808,3170565740.5588751,3220684853.488452,3272352242.40762,3325616893.6509619,3380534055.5963559,3437158274.5810862]
[null,null,"SESA-CSA Option 4",null,4324444816.4133234,4341980110.6980753,4409241087.7795467,4456192499.0419054,4482435865.9109888,4540719752.3533802,4616318770.8374796,4647794727.8114166,4672407529.5867786,4710298859.4500751,4749558381.5802088,4785887376.161685,4816099689.6723423,4848037656.6383667,4881750782.5341845,4916415273.3550072,4952179053.6447716,4989396632.0594702,5028012759.7970905,5068002358.9146881,5109400588.6481133,5152237702.0142775,5196547962.4618073,5242365038.8511295,5289724839.5801554,5338663242.7663383,5389223066.8352251,5441440819.6183558,5495362219.5910463,5551030383.6490393]
[null,null,"SESA-CSA Option 1",null,80000000,81000000,82000000,82000000,83000000,83000000,84000000,85000000,86000000,86000000,87000000,87000000,88000000,88000000,88000000,89000000,89000000,90000000,90000000,90000000,91000000,91000000,91000000,92000000,92000000,93000000,93000000,93000000,94000000,94000000]
[]
[null,"CSA-NSA"]
[null,"Flow path","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"CSA-NSA","CSA-NSA Option 4 Stage 1",null,3267687553.905117,3311720090.6264811,3368899405.486403,3400140614.6828308,3428576287.2930889,3462194146.6076698,3508594542.3823061,3543527488.938869,3570738028.8146949,3604105925.416152,3638836263.765399,3669124013.7481599,3694585454.1472192,3719986340.4013691,3746061433.8402619,3772662105.9035778,3799792064.6724401,3827631666.7057791,3856211005.396203,3885500160.4896688,3915522066.8279738,3946295493.136167,3977841351.4795899,4010180285.576416,4043333741.042357,4077323091.718946,4112174688.9395308,4147909432.3003421,4184555123.8076229,4222136881.063406]
[null,null,"CSA-NSA Option 4 Stage 2",null,474020855.66788542,475089332.2580604,480055659.89228553,482674276.96938032,485396785.83197337,488345938.83960313,493286838.80166239,497428008.18671411,500295168.50894332,503755676.54545939,507460055.04581511,510708514.79842359,513218673.25837988,515517210.91584849,517824644.14277792,520156688.67340469,522504146.09031123,524886354.69213331,527309763.85068679,529767272.97234422,532259659.30232787,534787055.45879281,537349752.91758835,539947813.96694636,542581362.05944598,545250426.43703091,547955526.3054117,550696355.18244386,553473424.27550673,556286802.00097811]
[null,null,"CSA-NSA Option 1",null,2163000000,2190000000,2227000000,2248000000,2268000000,2291000000,2322000000,2346000000,2365000000,2387000000,2411000000,2432000000,2451000000,2469000000,2487000000,2506000000,2526000000,2546000000,2567000000,2588000000,2609000000,2631000000,2654000000,2677000000,2701000000,2726000000,2751000000,2777000000,2804000000,2831000000]
[null,null,"CSA-NSA Option 2",null,2502000000,2530000000,2577000000,2610000000,2641000000,2676000000,2721000000,2758000000,2789000000,2825000000,2863000000,2898000000,2932000000,2966000000,3002000000,3039000000,3076000000,3115000000,3155000000,3196000000,3239000000,3283000000,3328000000,3374000000,3422000000,3471000000,3522000000,3575000000,3629000000,3684000000]
[null,null,"CSA-NSA Option 3",null,3470000000,3510000000,3573000000,3615000000,3654000000,3699000000,3758000000,3804000000,3843000000,3889000000,3937000000,3981000000,4022000000,4064000000,4107000000,4151000000,4197000000,4244000000,4292000000,4341000000,4392000000,4445000000,4499000000,4554000000,4612000000,4671000000,4731000000,4794000000,4858000000,4925000000]
[]
[null,"VIC-SNSW"]
[null,"Flow path","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"VIC-SNSW","VIC-SNSW Option 1",null,7480000000,7600000000,7759000000,7874000000,7985000000,8108000000,8261000000,8388000000,8500000000,8630000000,8765000000,8894000000,9017000000,9144000000,9276000000,9412000000,9553000000,9700000000,9852000000,10011000000,10175000000,10345000000,10522000000,10706000000,10897000000,11096000000,11302000000,11517000000,11740000000,11972000000]
[]
[null,"TAS-SEV"]
[null,"Flow path","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"TAS-SEV","TAS-SEV Option 1",null,5229000000,5323000000,5417000000,5464000000,5487000000,5544000000,5621000000,5650000000,5671000000,5707000000,5744000000,5774000000,5797000000,5822000000,5848000000,5876000000,5904000000,5934000000,5964000000,5997000000,6030000000,6065000000,6101000000,6139000000,6179000000,6219000000,6262000000,6306000000,6352000000,6400000000]
[null,null,"TAS-SEV Option 2",null,2635000000,2680000000,2726000000,2748000000,2757000000,2785000000,2822000000,2834000000,2842000000,2858000000,2874000000,2887000000,2896000000,2906000000,2916000000,2927000000,2939000000,2950000000,2963000000,2976000000,2989000000,3003000000,3018000000,3033000000,3048000000,3064000000,3081000000,3099000000,3117000000,3136000000]
[]
[null,"MEL-WNV"]
[null,"Flow path","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"MEL-WNV","MEL-WNV Option 1",null,128000000,128000000,129000000,130000000,130000000,131000000,132000000,133000000,134000000,134000000,135000000,136000000,137000000,137000000,138000000,138000000,139000000,139000000,140000000,140000000,141000000,141000000,142000000,143000000,143000000,144000000,145000000,145000000,146000000,146000000]
[null,null,"MEL-WNV Option 2",null,173000000,174000000,176000000,177000000,178000000,179000000,181000000,183000000,184000000,185000000,187000000,188000000,189000000,190000000,191000000,192000000,193000000,194000000,195000000,196000000,198000000,199000000,200000000,201000000,202000000,204000000,205000000,207000000,208000000,209000000]
[]
[]
[]
[]
[null,"Step Change"]
[null,"CQ-NQ"]
[null,"Flow path","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"CQ-NQ","CQ-NQ Option 1",null,1822592119.2003751,1854159150.5942309,1877151097.4284141,1898491185.8378961,1922640022.3618679,1956403954.4327641,1981346160.140485,2002170182.2769029,2027708100.230881,2053920735.307447,2077672865.6519721,2098967600.9262171,2120772366.0223479,2143099270.4163461,2165905886.3986602,2189174216.0610952,2213052170.7510428,2237535938.8589492,2262616770.2370529,2288313043.3562121,2314642877.330174,2341622127.1871638,2369268337.543334,2397599691.085937,2426635551.4126101,2456395322.0215349,2486899809.2234602,2518170805.9949288,2550229928.0319681,2583101397.8309331]
[null,null,"CQ-NQ Option 2",null,5334489139.0473986,5419202649.1056833,5482085899.0331984,5541207786.4699011,5607669783.150362,5702142767.6108809,5771602190.2322865,5828578058.1005144,5899085460.2922573,5971475053.7497005,6036315115.1066341,6093273881.6087151,6151301627.5174093,6210634565.004014,6271166000.3939266,6332825329.7867584,6396034665.5843563,6460777676.9228401,6527019377.8695984,6594804702.4630947,6664177066.2454901,6735173128.6863632,6807833982.5310946,6882202153.581543,6958323255.0272913,7036242579.4610243,7116009114.9072676,7197674214.8070202,7281288325.3834639,7366908893.9768581]
[null,null,"CQ-NQ Option 3",null,206934192.04272121,208948301.11046231,210917478.6822865,212845791.89931139,215023293.63712931,218267998.4738993,220569017.9992989,222370869.95382011,224651622.0396232,226998884.31113261,229039848.86413139,230679193.3214134,232313099.08794799,233970508.40967581,235648340.38171971,237342613.4285526,239067772.72788951,240822548.584463,242604391.98908621,244413814.46497461,246251234.82762119,248116746.82608789,250010581.38750169,251932950.84600851,253884137.8768315,255864362.39723879,257873915.55805179,259913124.1111367,261982217.8822853,264081622.42758361]
[null,null,"CQ-NQ Option 4",null,1941000000,1974000000,1999000000,2022000000,2048000000,2084000000,2111000000,2133000000,2161000000,2189000000,2215000000,2237000000,2261000000,2285000000,2309000000,2334000000,2360000000,2386000000,2413000000,2440000000,2468000000,2497000000,2527000000,2557000000,2588000000,2620000000,2652000000,2686000000,2720000000,2755000000]
[]
[null,"CQ-GG"]
[null,"Flow path","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"CQ-GG","CQ-GG Option 3",null,179525948.92705461,180783442.0612658,182714853.9143489,184705501.48406231,186838075.09556919,189843024.87780419,192097028.05602911,193943861.08180019,196187690.6326763,198492516.01283431,200562808.639604,202227736.82240611,203893663.12715971,205579790.3808848,207287210.07310519,209013327.05280411,210769867.63535929,212556203.76423579,214370355.12618679,216212901.04291141,218084377.52794409,219985019.38168529,221915201.06169581,223875279.1474351,225865673.95088759,227886758.73893839,229938968.01403171,232022781.8417992,234138590.36632019,236286970.87288141]
[null,null,"CQ-GG Option 4",null,190409085.6749447,191819437.74848911,193865110.6720314,195967545.77148819,198227621.06553391,201414177.04799569,203796782.18539849,205748513.33174419,208123361.14134771,210562560.90139371,212748095.74541759,214507898.30540431,216269442.15705109,218052746.40165919,219858616.09641221,221684329.0587399,223542385.20489261,225432079.7490795,227351315.85664409,229300712.40985399,231280840.49590859,233291953.88013059,235334453.79475069,237408723.4137125,239515213.8217234,241654326.57047281,243826528.8073723,246032335.96225959,248272168.6542038,250546646.2108278]
[null,null,"CQ-GG Option 1",null,2679000000,2707000000,2735000000,2762000000,2793000000,2837000000,2868000000,2893000000,2924000000,2957000000,2985000000,3007000000,3030000000,3053000000,3076000000,3099000000,3123000000,3148000000,3172000000,3197000000,3223000000,3249000000,3275000000,3302000000,3329000000,3357000000,3385000000,3413000000,3442000000,3471000000]
[null,null,"CQ-GG Option 2",null,2343000000,2367000000,2391000000,2415000000,2442000000,2480000000,2507000000,2529000000,2556000000,2585000000,2609000000,2629000000,2648000000,2668000000,2688000000,2709000000,2729000000,2751000000,2772000000,2794000000,2816000000,2839000000,2862000000,2885000000,2909000000,2933000000,2957000000,2982000000,3007000000,3033000000]
[]
[null,"SQ-CQ"]
[null,"Flow path","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"SQ-CQ","SQ-CQ Option 1",null,1303573751.456141,1323419824.1929979,1339520037.383383,1355146098.9813039,1372525830.8411491,1396343127.451582,1414035000.5279989,1428962690.403882,1447117826.2955179,1465727794.4489441,1482448874.8174231,1496981845.692961,1511808534.394285,1526938633.3406019,1542352122.314997,1558040244.504776,1574100738.2680409,1590529649.4883721,1607318970.3484721,1624479232.8383319,1642020755.6923521,1659952104.8199439,1678283000.2832479,1697023453.5787771,1716184197.8410649,1735775899.3019381,1755810068.69926,1776298817.0851929,1797253953.1141689,1818689027.3021021]
[null,null,"SQ-CQ Option 2",null,59026518.132985182,59149628.745173924,59767573.187244497,60418352.114169396,61069100.517351903,62026302.434421107,62785966.362354822,63387102.656460173,64113165.359361567,64860954.986426987,65552856.23136206,66103193.02153188,66647915.12287043,67198198.694560736,67755997.648939282,68319695.155316427,68893160.439693809,69476400.418849751,70068701.521554887,70670258.534640849,71281250.055571228,71901750.601071879,72531880.018740132,73171750.778837249,73821496.810782865,74481234.117022142,75151098.193881363,75831239.198546186,76521778.063244939,77222895.285527721]
[null,null,"SQ-CQ Option 3",null,3132594604.3239021,3177133821.6504288,3214787186.4754939,3252005194.9154711,3293318080.8412008,3349547421.627913,3391004963.2597842,3426031719.5974121,3468673070.2578301,3512353920.9363132,3551135570.8502951,3584025397.2053542,3617479148.4555092,3651550054.2931461,3686193730.680397,3721393018.107832,3757373963.3777499,3794123056.6757512,3831617421.907495,3869878018.0466008,3908924976.7651029,3948774158.4178748,3989443984.5372601,4030953354.5364852,4073322704.398252,4116572121.5225892,4160723503.8059869,4205799972.186727,4251823661.0840449,4298820647.211236]
[null,null,"SQ-CQ Option 5",null,3709364318.2648001,3751431627.2744002,3790748326.7266002,3830175210.3119998,3872728572.2410002,3933757793.2041001,3979453955.8074002,4016223947.0393,4061790742.7740002,4108570533.3954992,4150291323.061501,4185249834.9658999,4220480864.316299,4256325737.1262999,4292782541.028501,4329791494.6848001,4367619327.5240002,4406253786.3422003,4445662004.4885998,4485865057.7182999,4526882545.2514,4568728994.1556997,4611421560.7495995,4654977827.0009003,4699417049.9808998,4744757765.8044996,4791020597.0832996,4838227216.2961998,4886398201.2495995,4935558295.6152]
[null,null,"SQ-CQ Option 6",null,799623339.19191468,799588497.10286772,804857856.48360515,810664036.30344021,815935093.42535412,825703247.62437105,833687193.42194211,838912973.74234104,845826055.11057901,853006677.64412069,859769638.97828531,865138734.78065765,870309888.90532053,875535746.855353,880856542.5489676,886234229.64848876,891723549.23893273,897325584.46237409,903029623.71302533,908837717.24564588,914751438.4985342,920771137.0119586,926897537.36654162,933131328.20832372,939473458.45327115,945924533.52404046,952485533.60936081,959157435.33676445,965941005.08168137,972837595.68147552]
[]
[null,"NNSW–SQ"]
[null,"Flow path","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"NNSW–SQ","NNSW–SQ Option 1",null,2353095914.780407,2394685533.2950621,2426544446.6733809,2456816483.8378439,2490369374.6140542,2535982182.4773159,2570650252.8496251,2600238757.4319248,2635924537.686542,2672531169.3760471,2706221224.8167181,2736743728.1194592,2768107513.0082998,2800237694.6261959,2833101989.5055561,2866688719.1772609,2901189450.890121,2936605546.5253949,2972932426.981616,3010199722.4567952,3048437185.3995509,3087671805.5263338,3127933079.7953339,3169251633.5332999,3211659879.4117579,3255190588.3942461,3299878681.7033429,3345760709.9369302,3392873298.0779982,3441256884.3820009]
[null,null,"NNSW–SQ Option 2",null,2942000000,2989000000,3027000000,3064000000,3104000000,3159000000,3201000000,3236000000,3279000000,3323000000,3363000000,3399000000,3435000000,3472000000,3510000000,3549000000,3589000000,3630000000,3672000000,3715000000,3758000000,3803000000,3850000000,3897000000,3945000000,3995000000,4046000000,4098000000,4151000000,4206000000]
[null,null,"NNSW–SQ Option 5",null,5191000000,5271000000,5335000000,5398000000,5468000000,5563000000,5634000000,5694000000,5767000000,5842000000,5909000000,5968000000,6029000000,6090000000,6153000000,6217000000,6283000000,6350000000,6419000000,6489000000,6561000000,6635000000,6711000000,6788000000,6867000000,6948000000,7031000000,7116000000,7203000000,7293000000]
[]
[null,"CNSW-NNSW"]
[null,"Flow path","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"CNSW-NNSW","CNSW-NNSW Option 1",null,2554497426.1174998,2583135189.0304999,2610280673.0071998,2637532493.9797001,2666692755.7873998,2708821665.8372002,2740683346.1841998,2766210014.2117,2797830540.7526999,2830323413.3364,2859436106.2779002,2883934014.3277998,2908618320.1560998,2933762183.7561002,2959372800.4355998,2985404735.6852002,3012046257.9004002,3039292304.0935998,3067122251.6532001,3095553514.5275002,3124602533.1700001,3154282401.9004002,3184608140.6437001,3215595234.6880002,3247260491.0748,3279620370.6236,3312692963.4338999,3346497262.8372998,3381051709.2284999,3416377817.2498999]
[null,null,"CNSW-NNSW Option 2",null,2212772406.9369998,2241270834.8427,2267415385.9259,2293264488.4654002,2320925901.2652001,2359970740.0749002,2390095838.0777001,2414851995.1539998,2445036545.5840001,2476055021.5977001,2504515199.1005001,2529424505.4418998,2554752156.9173999,2580634530.3727999,2607081483.9703999,2634061839.4008002,2661746700.5946999,2690137991.1208,2719225315.1543999,2749031209.7111001,2779577905.2982001,2810884910.5071001,2842973789.8769002,2875866898.1475,2909588070.6669998,2944161207.9547,2979612020.0489998,3015967427.7470002,3053254267.3269,3091502548.0897002]
[null,null,"CNSW-NNSW Option 4",null,3750181267.3765469,3762610282.4686799,3802024321.1203461,3808948200.4108281,3864942949.6033702,3937581272.053545,3946534977.5185971,3957917680.8067908,3981408815.816318,4006415114.2178769,4029292407.3870268,4043812091.5051541,4060348207.5981851,4078157732.5368772,4096231554.3863211,4114856115.7995672,4134369958.8561959,4154617630.1699858,4175565102.8300872,4197215758.526772,4219572494.429605,4242633324.1339002,4266398428.9344592,4290868143.4533629,4316043809.7977362,4341925812.3365879,4368516355.5375347,4395817926.6551294,4423831959.0543966,4452563000.0804453]
[null,null,"CNSW-NNSW Option 6",null,443570697.88565439,443082826.46456927,444119453.80012453,445327893.27045941,446059606.33831233,449542780.29193169,452406077.74819219,453368840.82077593,455300121.38577372,457363615.79208273,459352005.32385302,460905074.55519992,462276499.72367197,463670951.29857379,465113751.07967627,466573912.41229433,468084752.5340786,469646830.30985862,471253489.73884213,472905632.66993779,474603672.78867751,476347505.80108911,478137064.96959817,479972322.5103026,481853384.17698461,483780103.34956157,485752624.79339367,487770966.77138531,489835153.72471333,491945402.85758609]
[]
[null,"CNSW-SNW"]
[null,"Flow path","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"CNSW-SNW","CNSW-SNW Option 1",null,1347751739.4960001,1363475752.7565,1379296385.3759,1395138856.4570999,1412064281.4419,1435727850.4783001,1453895601.4631,1468892654.4268,1487133860.4821,1505868697.6454,1522955575.1135001,1537610873.3592999,1552475399.6695001,1567637597.4723001,1583105307.6777,1598861325.0889001,1615006255.7093,1631539859.2200999,1648454325.2602999,1665761643.2941,1683473534.9728,1701599990.8376999,1720152191.8227999,1739141694.6148,1758580873.5953,1778482065.4688001,1798858598.7639999,1819724460.8497,1841093459.8738999,1862981246.0892999]
[null,null,"CNSW-SNW H-Dapto",null,1463080602.9885089,1479618536.84496,1495372294.630409,1511223015.018007,1528137516.6257589,1552512288.7108901,1571098002.581538,1586064206.707279,1604508148.7626081,1623463187.86801,1640593033.3482461,1655184049.424546,1669914513.423023,1684925280.912847,1700222815.8745589,1715781884.918931,1731710033.243993,1748005587.554281,1764657597.154017,1781676682.2879021,1799073076.2165401,1816855040.349283,1835032024.7790439,1853613760.784538,1872610768.3636069,1892033414.0099039,1911893015.2245779,1932201459.7401049,1952970354.885632,1974213120.526741]
[null,null,"CNSW-SNW Option 6a",null,2148446480.22366,2180191667.549747,2207562303.5183892,2234434620.8819599,2263623111.6566529,2303626139.4423528,2334346247.7920842,2360283123.2160649,2391582764.5228052,2423713922.5073962,2453236764.999702,2479384869.2940741,2506117823.136703,2533460055.2277398,2561407088.1028252,2589942913.4559488,2619235287.1661181,2649286517.421783,2680090155.3985062,2711670943.9762468,2744053634.2686281,2777260377.3175159,2811315544.796947,2846244407.6832032,2882073803.3010468,2918830815.0264359,2956544402.2334232,2995244920.373888,3034962727.4445052,3075731536.7632661]
[null,null,"CNSW-SNW Option 6b",null,1686116211.19434,1707750862.656657,1728365607.7362411,1748853159.5028369,1770928055.986383,1801439350.0642459,1824848851.862262,1844426913.8796561,1868106457.4491229,1892419946.2571859,1914672483.5936241,1934007838.3864291,1953688329.5795131,1973780667.6702189,1994288176.6778231,2015194029.8936319,2036625474.449147,2058582958.3851371,2081058421.302583,2104068332.963397,2127629026.3261759,2151754656.509594,2176460999.9880738,2201764363.7828822,2227682149.7837481,2254231806.8637762,2281432080.205554,2309302654.886528,2337863048.686069,2367135214.6149082]
[null,null,"CNSW-SNW Option 2",null,511000000,513000000,518000000,523000000,529000000,537000000,543000000,548000000,554000000,561000000,566000000,571000000,576000000,580000000,585000000,590000000,595000000,600000000,605000000,610000000,616000000,621000000,627000000,632000000,638000000,644000000,650000000,656000000,662000000,668000000]
[null,null,"CNSW-SNW Option 2d",null,260000000,261000000,263000000,262000000,265000000,270000000,269000000,269000000,270000000,270000000,271000000,271000000,272000000,272000000,273000000,273000000,274000000,274000000,275000000,276000000,276000000,277000000,278000000,279000000,280000000,281000000,282000000,283000000,284000000,285000000]
[null,null,"CNSW-SNW Option 3 Stage 1",null,1753000000,1780000000,1803000000,1826000000,1851000000,1884000000,1909000000,1931000000,1957000000,1983000000,2007000000,2028000000,2049000000,2071000000,2094000000,2116000000,2139000000,2163000000,2188000000,2213000000,2238000000,2264000000,2291000000,2319000000,2347000000,2376000000,2405000000,2436000000,2467000000,2498000000]
[null,null,"CNSW-SNW Option 3 Stage 2",null,579000000,580000000,584000000,589000000,594000000,602000000,608000000,612000000,618000000,624000000,629000000,634000000,638000000,642000000,646000000,651000000,655000000,660000000,665000000,669000000,674000000,679000000,684000000,689000000,694000000,700000000,705000000,711000000,716000000,722000000]
[null,null,"CNSW-SNW Option 4",null,2460000000,2490000000,2519000000,2547000000,2578000000,2621000000,2654000000,2681000000,2714000000,2748000000,2779000000,2806000000,2833000000,2860000000,2888000000,2916000000,2946000000,2975000000,3006000000,3037000000,3069000000,3102000000,3135000000,3170000000,3205000000,3241000000,3278000000,3315000000,3354000000,3393000000]
[]
[null,"Flow path","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"SNSW-CNSW","SNSW-CNSW Option 2",null,5241057625.7709932,5274797529.7073355,5335675851.1747046,5360736002.99578,5441601696.8193989,5545570904.6735268,5573925835.2230206,5603260462.3230762,5648795392.4357843,5696441902.3515139,5740307922.0903559,5773006533.2508297,5808501828.4191628,5845802782.0822754,5883792749.2951822,5922805894.2325974,5963300448.812397,6005107492.0077324,6048192750.4231405,6092577279.8191061,6138282026.4915314,6185321360.0877914,6233713469.0258923,6283477410.7796392,6334634330.5008001,6387204709.5863771,6441212241.1620378,6496681953.8231726,6553637857.1631861,6612109540.3223619]
[null,null,"SNSW-CNSW Option 3",null,3964860119.5889692,4030771864.065166,4082882762.7607889,4133576595.906898,4189579224.9848938,4265038245.655261,4322063961.4694271,4370845489.9539366,4429756810.3520622,4490174152.730731,4545103457.5783844,4593707431.7877359,4643543073.3853178,4694549710.1660719,4746683854.7029142,4799934402.3195353,4854615691.2314615,4910727148.9424257,4968259415.7076855,5027260150.7738199,5087776756.963191,5149852235.1715307,5213533624.4367542,5278869820.5164471,5345912685.8449907,5414714639.2489748,5485331731.280839,5557822680.0870657,5632246262.4459648,5708667630.0435247]
[null,null,"SNSW-CNSW Option 4",null,3115864339.5359101,3173055449.1150661,3216602719.9165769,3258322163.9096408,3304537610.7798452,3366423579.4263172,3413644318.4867969,3454424259.136024,3503381227.2856479,3553607422.1997132,3599859599.8503528,3641774637.2929559,3684930858.9179502,3729186862.8061461,3774503442.3076649,3820877661.1217618,3868568146.6583729,3917580695.7616501,3967915648.0010848,4019618595.091743,4072735454.6565089,4127308898.6120701,4183385184.1522722,4241012457.6621051,4300241576.8577242,4361124233.9532261,4423715411.0632849,4488072652.7300072,4554253992.431633,4622323024.9938841]
[null,null,"SNSW-CNSW Option 5",null,219378449.65204719,219802780.61367181,221740893.54653829,223791185.92125869,225784029.24863091,228971035.12244859,231525705.78571779,233411606.50262991,235768478.90980041,238203623.60770649,240469444.04273841,242287426.1694575,244072882.01656991,245879467.24774489,247715675.77370891,249573448.39337611,251467814.1722675,253398968.33250669,255364235.85965341,257364410.09401479,259400190.44031689,261471923.0426746,263580095.600077,265725185.8629896,267907754.6903778,270128289.99852937,272387375.26931721,274685630.23203748,277023597.76766193,279402023.54062748]
[]
[null,"Flow path","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"WNV-SESA","WNV-SESA Option 1",null,794836477.11828804,801246015.25829697,812236606.60107076,823012886.76231313,834737951.50246847,850554051.38865387,862893318.1147697,873433163.13661504,886065945.70043886,899003182.06141233,911237590.38228667,922653258.80020189,934431623.10494077,946503071.36657429,958863437.52765918,971507084.11741221,984500248.41971314,997844257.33680689,1011538578.393296,1025594119.4266289,1040021844.086936,1054831825.685234,1070034926.656755,1085642457.6476619,1101666312.4481859,1118118478.7127521,1135011716.0380311,1152359301.0717659,1170174564.9135599,1188472105.2428401]
[null,null,"WNV-SESA Option 2",null,1158409670.0001609,1168226129.2951031,1183406057.1876359,1198357806.5609701,1214626783.0330901,1236807219.7231619,1253935618.81493,1268409934.8579919,1285879095.46135,1303772968.193141,1320480020.8400121,1335781297.1581099,1351512603.7231989,1367617318.640475,1384088949.444876,1400916939.414115,1418195205.8133869,1435923972.778069,1454100190.0039339,1472737569.083425,1491849735.139019,1511448971.977679,1531548614.859401,1552162537.311743,1573305380.631211,1594991830.830332,1617237589.2488551,1640059003.13535,1663472392.850569,1687495792.1562819]
[null,null,"WNV-SESA Option 3",null,3196143025.247633,3207260877.3225732,3243663195.0563002,3254783490.495832,3304701220.4442229,3368714419.8188839,3381686517.593555,3396251855.0363188,3421050876.1053338,3447152601.1067791,3471460265.542459,3489198311.0995798,3508839281.3985949,3529656127.702137,3550858771.4326282,3572680348.5165148,3595408900.6822801,3618925381.9592028,3643207329.7591581,3668264475.5954242,3694106468.4332199,3720738940.8507152,3748169636.7972221,3776406754.4230289,3805459581.9673452,3835336843.3677878,3866049109.3906131,3897607517.6382842,3930022525.4272628,3963307681.4960041]
[]
[null,"SESA-CSA"]
[null,"Flow path","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"SESA-CSA","SESA-CSA Option 2",null,3557410232.7660718,3593793740.8472629,3644735654.8250709,3694060065.5586739,3748710611.17837,3821444933.0028849,3877251316.072607,3925503076.076447,3983383829.7854071,4042597259.0394759,4097943593.463603,4149713402.030776,4203272993.276897,4258199539.0088692,4314430812.5891895,4371956114.9213047,4431078242.7917967,4491797875.652256,4554114191.2348471,4618077378.3877144,4683737663.5355988,4751141554.6007099,4820339061.3161726,4891382327.259388,4964326150.3267889,5039225823.8370857,5116140166.504878,5195130391.0251083,5276257927.5656147,5359590020.769001]
[null,null,"SESA-CSA Option 4",null,4324444816.4133234,4348281779.6550951,4404318622.734026,4434539703.9017401,4505173466.892662,4595685461.4887609,4629917167.0930824,4663460524.6215391,4710547730.6508522,4759393879.9443359,4805437803.1220865,4844437232.4625139,4886261739.6676826,4929877438.510191,4974476690.8877153,5020297285.1139631,5067733625.6505117,5116671968.5855169,5167097506.883606,5219043695.7633171,5272544269.2230196,5327628055.5901146,5384327356.9563656,5442676044.3137903,5502710192.0279894,5564465766.3637075,5627982097.2662582,5693300194.5427999,5760460776.9851799,5829509974.3672132]
[null,null,"SESA-CSA Option 1",null,80000000,81000000,81000000,82000000,83000000,84000000,85000000,86000000,86000000,87000000,88000000,89000000,89000000,90000000,91000000,91000000,92000000,93000000,93000000,94000000,95000000,95000000,96000000,97000000,98000000,98000000,99000000,100000000,101000000,101000000]
[]
[null,"CSA-NSA"]
[null,"Flow path","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"CSA-NSA","CSA-NSA Option 4 Stage 1",null,3267687553.905117,3302938001.577384,3340069215.8739681,3376384903.4864459,3416957173.218812,3474121238.109817,3516172837.3772192,3550737650.4047618,3593452604.40697,3637250899.306457,3676454747.004631,3710626173.9098768,3745419085.6500468,3780936534.0331268,3817122225.1448932,3853935853.8483729,3891626900.2093639,3930182184.9335518,3969577719.340312,4009837086.9627752,4050982790.3654709,4093033091.2542419,4136008725.7495031,4179931114.879704,4224823320.2819352,4270707984.6200752,4317609795.3859186,4365554614.8099174,4414567503.7442312,4464677508.2304449]
[null,null,"CSA-NSA Option 1",null,2168000000,2190000000,2215000000,2239000000,2266000000,2305000000,2333000000,2356000000,2385000000,2415000000,2441000000,2465000000,2489000000,2514000000,2539000000,2564000000,2591000000,2617000000,2645000000,2673000000,2702000000,2731000000,2761000000,2792000000,2823000000,2855000000,2888000000,2922000000,2956000000,2991000000]
[null,null,"CSA-NSA Option 2",null,2507000000,2530000000,2566000000,2601000000,2639000000,2690000000,2730000000,2764000000,2805000000,2847000000,2887000000,2925000000,2964000000,3004000000,3045000000,3087000000,3130000000,3175000000,3221000000,3268000000,3316000000,3366000000,3417000000,3469000000,3523000000,3578000000,3635000000,3694000000,3754000000,3816000000]
[null,null,"CSA-NSA Option 3",null,3478000000,3510000000,3557000000,3602000000,3652000000,3720000000,3772000000,3816000000,3870000000,3925000000,3976000000,4023000000,4072000000,4123000000,4174000000,4227000000,4281000000,4337000000,4394000000,4452000000,4512000000,4574000000,4637000000,4702000000,4769000000,4838000000,4908000000,4980000000,5054000000,5131000000]
[]
[null,"VIC-SNSW"]
[null,"Flow path","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"VIC-SNSW","VIC-SNSW Option 1",null,7496000000,7600000000,7725000000,7848000000,7983000000,8155000000,8294000000,8418000000,8564000000,8714000000,8858000000,8994000000,9136000000,9283000000,9434000000,9590000000,9751000000,9918000000,10091000000,10269000000,10454000000,10645000000,10842000000,11047000000,11259000000,11478000000,11705000000,11941000000,12184000000,12437000000]
[]
[null,"Flow path","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"TAS-SEV","TAS-SEV Option 1",null,5231000000,5323000000,5380000000,5412000000,5487000000,5585000000,5621000000,5657000000,5708000000,5760000000,5805000000,5843000000,5884000000,5927000000,5970000000,6015000000,6061000000,6109000000,6158000000,6209000000,6261000000,6315000000,6371000000,6428000000,6487000000,6548000000,6611000000,6675000000,6742000000,6811000000]
[null,null,"TAS-SEV Option 2",null,2635000000,2680000000,2707000000,2721000000,2757000000,2805000000,2821000000,2837000000,2860000000,2884000000,2904000000,2921000000,2939000000,2958000000,2977000000,2996000000,3017000000,3038000000,3059000000,3081000000,3104000000,3128000000,3152000000,3177000000,3202000000,3229000000,3256000000,3283000000,3312000000,3341000000]
[]
[null,"MEL-WNV"]
[null,"Flow path","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,null,"MEL-WNV Option 2",null,174000000,174000000,175000000,177000000,178000000,181000000,183000000,184000000,186000000,188000000,189000000,191000000,192000000,194000000,195000000,196000000,198000000,200000000,201000000,203000000,204000000,206000000,208000000,210000000,211000000,213000000,215000000,217000000,219000000,221000000]
[]
[]
[]
[]
[null,"Accelerated Transition"]
[null,"CQ-NQ"]
[null,"Flow path","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,null,"CQ-NQ Option 2",null,5334489139.0473986,5432026860.9177904,5544126171.4880238,5625684060.472188,5703306592.7825918,5790900771.2521362,5901063039.2278881,5992346286.6216011,6071999415.8942804,6163161966.7793102,6257558404.0779333,6345132187.8040047,6425132339.6583595,6505984684.2380037,6588760574.4199495,6673168280.679903,6759269564.8025303,6847375930.1435518,6937549885.3370275,7029751061.2369947,7124033494.1713591,7220445715.0796957,7319035423.427475,7419849124.6481991,7522943691.012887,7628366409.2428684,7736176899.7449541,7846430824.1682034,7959186630.2223234,8074510545.930748]
[null,null,"CQ-NQ Option 3",null,206934192.04272121,209445770.39563361,213386067.18437719,216158032.61630291,218818296.25200599,221848721.26483989,225742549.2514112,228931406.7204878,231660657.84264681,234797941.5440937,238052339.87660131,241019311.22594959,243616708.3100796,246196145.71806559,248824795.4804315,251493430.6893838,254203269.3480159,256964763.7692202,259779599.3348026,262645171.10159251,265562425.9047403,268532065.99468541,271554723.3584398,274630919.09245259,277761541.14591098,280947046.90981728,284188306.27266783,287486000.4438473,290840846.41876471,294253794.81616998]
[null,null,"CQ-NQ Option 4",null,1937000000,1974000000,2016000000,2047000000,2077000000,2111000000,2153000000,2187000000,2218000000,2253000000,2289000000,2323000000,2354000000,2385000000,2418000000,2451000000,2485000000,2519000000,2555000000,2591000000,2628000000,2666000000,2705000000,2744000000,2785000000,2826000000,2869000000,2913000000,2957000000,3003000000]
[]
[null,"CQ-GG"]
[null,"Flow path","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,null,"CQ-GG Option 4",null,190409085.6749447,192222886.75941539,195904946.93328571,198733601.8203817,201544416.89513251,204626245.17667401,208455656.71461651,211689736.2751894,214523242.84093499,217725132.92474619,221044733.6973114,224114600.17537019,226806980.22877941,229479588.78969041,232199461.226082,234961048.30626449,237766493.7473653,240624909.15885299,243538241.28397071,246504385.88395429,249524417.75919771,252599198.59788671,255729537.72478691,258916138.60950691,262160062.5211775,265461959.13191131,268822881.74958539,272243705.61464667,275725350.27298778,279268959.92383301]
[null,null,"CQ-GG Option 1",null,2672000000,2707000000,2761000000,2800000000,2837000000,2880000000,2933000000,2976000000,3014000000,3057000000,3101000000,3142000000,3178000000,3213000000,3249000000,3286000000,3323000000,3361000000,3399000000,3439000000,3479000000,3519000000,3561000000,3603000000,3646000000,3690000000,3734000000,3779000000,3825000000,3872000000]
[null,null,"CQ-GG Option 2",null,2337000000,2367000000,2414000000,2448000000,2480000000,2517000000,2564000000,2601000000,2634000000,2672000000,2710000000,2746000000,2777000000,2808000000,2839000000,2871000000,2903000000,2936000000,2970000000,3004000000,3039000000,3074000000,3110000000,3147000000,3185000000,3223000000,3261000000,3301000000,3341000000,3382000000]
[]
[null,"SQ-CQ"]
[null,"Flow path","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"SQ-CQ","SQ-CQ Option 1",null,1303573751.456141,1326494087.4177599,1354812107.9162431,1376066959.60586,1396606906.9813471,1419456299.224709,1447504507.6180301,1470917832.6255021,1491668962.8441291,1515247276.64643,1539613750.4198539,1562261945.1189611,1582839562.627934,1603619191.370538,1624866317.158884,1646510779.440042,1668574646.259145,1691131125.896359,1714195099.5251689,1737757362.1429169,1761830991.613379,1786427719.765697,1811559123.8938811,1837236417.1978171,1863473425.507571,1890281497.5694721,1917675072.7709799,1945667552.0999119,1974273026.7830451,2003507483.2557681]
[null,null,"SQ-CQ Option 2",null,59026518.132985182,59249886.968092822,60246471.791333683,61063565.491937593,61901193.700658113,62791258.140260428,63926009.445924863,64920717.53142406,65779171.919696279,66739769.891903967,67742385.750595093,68681649.338729575,69502703.322640926,70310281.995783672,71130943.234314129,71965007.842377201,72812658.865587413,73676581.902336031,74557609.27079013,75455056.321449727,76369260.778469115,77300498.209211156,78249024.398424208,79215062.046982348,80198942.161670536,81200869.817845628,82221171.701755628,83260122.117451608,84318005.835191935,85395175.873675808]
[null,null,"SQ-CQ Option 5",null,3709364318.2648001,3761400405.4668002,3834300368.0511999,3887360497.4468999,3939258093.8123002,3996846003.5293002,4069358538.6041999,4130253466.1633,4183250728.7719002,4243649109.830101,4306248166.5123997,4363961960.5120001,4415497524.7516003,4467084107.8577995,4519729827.8488998,4573302318.9628,4627839298.0131998,4683533344.8778,4740424359.6055002,4798476368.7122002,4857716856.1148996,4918169171.4326,4979855691.8078003,5042797566.3132,5107022569.0812998,5172551502.9628,5239413147.1522999,5307633114.9497004,5377238397.4147997,5448260851.0447998]
[null,null,"SQ-CQ Option 6",null,799623339.19191468,801400859.32018602,811215294.91125584,818114446.20265031,825085008.40071607,832702568.2746979,843967499.76150274,853921666.62566268,861855446.21360159,870961356.01766372,880602007.92629433,889616785.64657116,897558706.33439493,905303200.04360414,913180780.5894475,921213684.21278965,929392142.17482471,937751101.86352718,946302468.49635828,955035430.80936694,963953190.55413377,973058073.11489904,982351977.28898942,991836570.78394234,1001514566.940029,1011387352.725768,1021457681.560699,1031727678.501978,1042199503.123087,1052876198.904434]
[]
[null,"NNSW–SQ"]
[null,"Flow path","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"NNSW–SQ","NNSW–SQ Option 1",null,2353095914.780407,2399485887.9567428,2451449334.7628331,2491598666.532867,2530125087.0880041,2572909396.9523649,2625435425.286479,2669679137.898509,2709082579.2137752,2753765400.662353,2800004357.3683562,2843616141.1340222,2884221494.0193119,2925544704.6011691,2967917056.7028608,3011213379.0518041,3055478588.9604239,3100857305.4430609,3147385721.5661449,3195056557.669373,3243903741.3438702,3293959178.2297468,3345254856.9155302,3397822695.685451,3451699674.0719409,3506918860.8233762,3563519471.6274452,3621539302.7966619,3681017984.1196451,3741999198.9780178]
[null,null,"NNSW–SQ Option 2",null,2935000000,2989000000,3053000000,3101000000,3148000000,3201000000,3265000000,3319000000,3367000000,3421000000,3477000000,3530000000,3578000000,3628000000,3678000000,3729000000,3782000000,3835000000,3890000000,3947000000,4004000000,4063000000,4124000000,4186000000,4249000000,4314000000,4380000000,4448000000,4517000000,4589000000]
[null,null,"NNSW–SQ Option 5",null,5178000000,5271000000,5383000000,5467000000,5549000000,5639000000,5751000000,5844000000,5927000000,6021000000,6118000000,6208000000,6291000000,6374000000,6459000000,6546000000,6635000000,6726000000,6819000000,6914000000,7011000000,7110000000,7212000000,7316000000,7422000000,7531000000,7642000000,7756000000,7872000000,7991000000]
[]
[null,"CNSW-NNSW"]
[null,"Flow path","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"CNSW-NNSW","CNSW-NNSW Option 1",null,2554497426.1174998,2590011791.3330998,2639763178.9047999,2676099435.4347,2711756911.5139999,2751203796.5479999,2801105387.4429002,2843266824.0313001,2879893853.0713,2921596482.3751001,2964872779.2610002,3004859258.4101,3040652723.3628998,3076483491.6996002,3113076242.7249999,3150350754.7651,3188330984.3456998,3227152510.9836998,3266846463.0918002,3307390144.7996001,3348805276.4461002,3391110858.4910002,3434325320.1276999,3478466399.1238999,3523556529.6469002,3569613524.8186002,3616660838.1245999,3664719928.2007999,3713813376.868,3763967312.6859002]
[null,null,"CNSW-NNSW Option 2",null,2212772406.9369998,2246390656.8206,2290634702.2396002,2324324584.4366999,2357252030.8016,2393501962.9856,2438939994.6852999,2477664506.8639998,2511656766.118,2550191509.9453001,2590194324.6630001,2627707994.6410999,2662025522.336,2696639206.2930999,2732068929.3944001,2768244999.1879001,2805195797.7312002,2843046525.0093002,2881830941.7403998,2921536700.0187001,2962190197.2350998,3003815794.1805,3046437664.2786002,3090079742.6708999,3134770373.7378998,3180534189.1382999,3227401182.8986001,3275399919.3520999,3324560360.9580002,3374915995.5300999]
[null,null,"CNSW-NNSW Option 4",null,3750181267.3765469,3750669939.0754552,3810198645.800797,3859725617.5875521,3884030061.870852,3947013864.8546681,4025913057.2344131,4054853683.6051879,4079266153.3376598,4117206127.7639561,4156341877.607235,4193249330.1161432,4223088927.0629368,4254246250.5382562,4287000692.4105048,4320395573.3540001,4354604909.7640409,4389956538.4915485,4426351843.7756548,4463748231.390089,4502156628.1453686,4541584057.1825571,4582036351.9867496,4623518696.3164291,4666040967.6597862,4709607089.5519571,4754227782.6263132,4799910344.6869173,4846662983.6996832,4894498012.8290129]
[null,null,"CNSW-NNSW Option 6",null,443570697.88565439,444434011.09512937,447766444.3181566,448996752.23165971,450052564.7722404,451540788.23917538,455287656.22148979,458530941.24645227,460529744.68833327,463080816.02995282,465901301.57765871,468480711.76358789,470785847.2927742,472976564.41255152,475216642.23752832,477525000.27165282,479888331.33881098,482326371.6692484,484845569.94300729,487438815.0691036,490107062.08489591,492850747.01059008,495669963.81709492,498564820.56326127,501535740.3170805,504582663.95309901,507706109.28427267,510906299.21228278,514183421.40322119,517538131.00829881]
[]
[null,"CNSW-SNW"]
[null,"Flow path","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"CNSW-SNW","CNSW-SNW Option 1",null,1347751739.4960001,1366711663.7279,1393740056.4425001,1414433838.0478001,1434826974.7244999,1457197155.1073999,1485001171.6575,1508670299.5936,1529511114.5541999,1553098729.6119001,1577565835.1050999,1600415048.2472,1621081827.5913999,1641855091.5848999,1663089603.7281001,1684744499.642,1706838276.7460999,1729444604.9721999,1752582370.7304001,1776242665.9323001,1800439907.6693001,1825187202.4807,1850497488.8863001,1876383448.7943001,1902860411.6928999,1929941322.2117,1957642319.3873999,1985978576.9082999,2014966032.1877,2044622669.4219]
[null,null,"CNSW-SNW H-Dapto",null,1463080602.9885089,1483259179.9056399,1511670240.487128,1532667697.5050981,1553237496.2761049,1575942538.374301,1604675259.79618,1629050913.399713,1650265655.7532401,1674379710.6594951,1699410892.093863,1722664740.5424211,1743629956.8644819,1764656789.156538,1786140037.489316,1808035160.1537271,1830356663.492017,1853182245.1872239,1876530997.035255,1900390933.7880599,1924775338.8140931,1949695994.5709491,1975164407.1568241,2001191713.895875,2027791796.3521349,2054975893.5379269,2082758536.409735,2111153156.18837,2140173850.6562591,2169836795.321898]
[null,null,"CNSW-SNW Option 6a",null,2148446480.22366,2184912967.88728,2230459175.1988668,2265690502.8930759,2300006327.702518,2337798363.3814001,2384332383.5464268,2423860202.24017,2458979564.3074369,2498710070.559103,2539871551.1890321,2578580342.0230889,2614196113.9241939,2650257706.6862488,2687192921.769999,2724914233.3431821,2763459846.23212,2802955187.6591868,2843433654.8269682,2884886753.3459921,2927343261.1700721,2970830075.8220458,3015374105.2918081,3061002102.5518599,3107745362.6268988,3155631560.275661,3204693863.2055979,3254964115.8376589,3306475728.105257,3359265725.8549871]
[null,null,"CNSW-SNW Option 6b",null,1686116211.19434,1711519475.8678081,1746268324.0917871,1773118230.1682451,1799451488.342447,1828364600.094538,1864088976.604234,1894475087.02384,1921365287.0847571,1951769730.4657011,1983285792.348242,2012821531.0452199,2039720384.830049,2066837050.6170709,2094574773.552736,2122874036.761384,2151761437.5472422,2181331243.9305239,2211608046.4415512,2242582465.470705,2274274223.2179379,2306701473.0736699,2339882258.322505,2373834340.981926,2408578931.0198698,2444134255.4831181,2480522675.3268042,2517765398.9739008,2555884684.617238,2594905445.7425752]
[null,null,"CNSW-SNW Option 2",null,510000000,513000000,522000000,528000000,535000000,543000000,552000000,560000000,567000000,575000000,584000000,592000000,599000000,605000000,612000000,619000000,627000000,634000000,641000000,649000000,657000000,665000000,673000000,681000000,690000000,698000000,707000000,716000000,725000000,734000000]
[null,null,"CNSW-SNW Option 2d",null,261000000,261000000,264000000,266000000,266000000,269000000,274000000,275000000,275000000,277000000,278000000,279000000,280000000,281000000,282000000,284000000,285000000,286000000,288000000,289000000,291000000,292000000,294000000,296000000,297000000,299000000,301000000,303000000,305000000,307000000]
[null,null,"CNSW-SNW Option 3 Stage 1",null,1749000000,1780000000,1819000000,1849000000,1879000000,1911000000,1951000000,1984000000,2013000000,2047000000,2081000000,2114000000,2143000000,2173000000,2203000000,2234000000,2265000000,2297000000,2330000000,2364000000,2399000000,2434000000,2470000000,2507000000,2545000000,2583000000,2623000000,2664000000,2705000000,2747000000]
[null,null,"CNSW-SNW Option 3 Stage 2",null,578000000,580000000,588000000,594000000,600000000,607000000,616000000,624000000,630000000,637000000,645000000,653000000,659000000,665000000,672000000,678000000,685000000,692000000,699000000,706000000,713000000,721000000,728000000,736000000,744000000,752000000,760000000,768000000,777000000,785000000]
[null,null,"CNSW-SNW Option 4",null,2454000000,2490000000,2540000000,2577000000,2614000000,2655000000,2706000000,2748000000,2786000000,2829000000,2874000000,2915000000,2952000000,2990000000,3029000000,3068000000,3108000000,3149000000,3191000000,3233000000,3277000000,3322000000,3368000000,3415000000,3463000000,3511000000,3562000000,3613000000,3665000000,3719000000]
[]
[null,"Flow path","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"SNSW-CNSW","SNSW-CNSW Option 2",null,5241057625.7709932,5264046277.1401892,5356908179.2239208,5433985129.8744183,5482940838.6957703,5576473988.7044983,5691430729.7486124,5747144504.4743414,5796048434.4382734,5862514529.8489847,5931049217.8158073,5995801563.9348021,6050954582.626936,6107993441.7588301,6167349477.2438478,6227907800.3730936,6289901306.0420151,6353758909.5558367,6419389979.2380161,6486749127.7980223,6555868017.948555,6626773167.9847345,6699490071.4148388,6774043589.9414396,6850466415.2002382,6928782838.2285376,7009027930.4457083,7091232332.4028063,7175428869.3225727,7261657071.4955883]
[null,null,"SNSW-CNSW Option 3",null,3964860119.5889692,4040604288.0520582,4128916982.750792,4196386675.2918038,4261889770.6196609,4334442534.696641,4422712592.2421865,4496962129.7782068,4563342177.4887466,4638582566.8617487,4716373461.5588722,4789136022.2542057,4855912375.0379934,4923638111.3191233,4993023040.3997507,5063863975.6984682,5136244106.2379665,5210401304.5866337,5286392414.7857857,5364203114.5895615,5443887921.2871599,5525497776.2907257,5609083725.7109451,5694696606.6810808,5782395745.1640205,5872233848.3338156,5964273922.7473269,6058576473.8146486,6155205138.9948616,6254230357.0040302]
[null,null,"SNSW-CNSW Option 4",null,3115864339.5359101,3179896665.250782,3250588676.7372651,3305609722.2822809,3358700473.7788181,3417506252.932282,3488974614.96559,3549313241.830503,3603445996.2054911,3664725538.1808138,3728114527.8028531,3787922211.5044861,3843598855.1821909,3900322722.1526752,3958525376.5851679,4018040073.9986711,4078937571.947186,4141415174.7384582,4205524671.0351782,4271262328.033978,4338679206.0035105,4407823894.8603554,4478745389.5814247,4551492920.2392693,4626122757.9680405,4702686310.0128994,4781243570.1044493,4861852923.4572506,4944575664.9536905,5029478923.6262293]
[null,null,"SNSW-CNSW Option 5",null,219378449.65204719,220241137.41500261,223529120.71339709,226062286.48068979,228635884.3570644,231403978.0475837,235131644.56413901,238404915.9670279,241146461.3677966,244246306.29844061,247498628.0319443,250543320.16469041,253223408.13648289,255856202.07656959,258534770.85544869,261262080.80992559,264037264.0215309,266870398.11215389,269764727.33725041,272717606.02004302,275730246.44437033,278803628.7023021,281938643.58326852,285136093.59015203,288397136.13810247,291722516.31719428,295113402.68286109,298570785.53832978,302095689.31179237,305689395.32155561]
[]
[null,"Flow path","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"WNV-SESA","WNV-SESA Option 1",null,794836477.11828804,802511850.00791633,818737237.47354436,832431846.51709914,845522782.39029634,859930520.5334146,877631188.77208877,892677259.26757014,906073017.99257541,921230520.29578984,936930178.23244011,951961990.9092921,966243011.13118958,980852785.02679622,995838891.38353062,1011165324.594449,1026846069.8334039,1042930394.153078,1059431315.820637,1076347064.3828399,1093689692.9001091,1111470603.6309431,1129701185.7684641,1148392900.7574229,1167558775.765456,1187210634.4382679,1207362337.2223699,1228027239.8646231,1249219330.8602769,1270953954.4132731]
[null,null,"WNV-SESA Option 2",null,1158409670.0001609,1170432704.0341339,1193969776.3391919,1213218096.114408,1231696483.084548,1252076816.1000769,1277212671.190855,1298494970.920254,1317356190.367583,1338738712.3234329,1360882436.198122,1381898053.540627,1401615352.229507,1421707232.7456789,1442296593.340888,1463331856.4276271,1484831391.4327421,1506864607.0176101,1529448615.710752,1552578677.4928429,1576270180.6795509,1600537471.387218,1625394801.1142571,1650856410.780375,1676938761.945358,1703656466.1128249,1731026982.391824,1759066962.8152349,1787793869.1376519,1817227023.9048221]
[null,null,"WNV-SESA Option 3",null,3196143025.247633,3198030754.2520308,3251338205.935575,3296864042.393157,3322429849.5617638,3378639162.9656019,3448166118.4703031,3477640002.4307442,3503206073.6541371,3540053480.7040539,3578037527.257391,3614179899.102509,3644746885.639493,3676649894.941442,3710010790.7645731,3744062840.23593,3778955782.9006681,3814964842.4443069,3852019160.2681842,3890088758.4880629,3929189622.930408,3969334586.4592619,4010535691.277185,4052804658.6088352,4096157520.3802438,4140605353.8830462,4186165465.6740479,4232852363.3134141,4280681692.0874152,4329672941.0202475]
[]
[null,"SESA-CSA"]
[null,"SESA-CSA","SESA-CSA Option 2",null,3557410232.7660718,3600292353.4352221,3677477111.9778562,3741416704.4471278,3802214044.0079832,3869524355.8453412,3951353630.3471298,4020210646.20474,4081827035.8812938,4151693712.975337,4223896965.0712919,4292626780.0025382,4357848505.9983721,4424696962.7828131,4493286239.2215862,4563406227.9684734,4635128864.7277431,4708681983.0062151,4784119166.6353121,4861433148.2123203,4940678891.7950621,5021908334.8317499,5105173430.1234932,5190526439.5386162,5278026793.3230324,5367728476.761796,5459694731.939393,5553986465.4661131,5650667585.0501785,5749808127.7253075]
[null,null,"SESA-CSA Option 3",null,2245299592.3727999,2272112995.8964391,2322957656.4950628,2366965997.862772,2408511319.9420218,2454440280.722383,2509541003.3744912,2555976290.0482678,2597980647.3574128,2645482509.9329429,2694528641.379015,2741728369.9546552,2787279293.5622878,2834254364.4513121,2882518044.424952,2931917693.944571,2982510222.0324459,3034449488.8245711,3087773727.309412,3142485865.9951782,3198628158.0262399,3256241220.567708,3315365965.1277051,3376043853.4737401,3438321152.8769789,3502240951.4290471,3567852646.149622,3635204351.4407511,3704346505.765882,3775333811.9797549]
[null,null,"SESA-CSA Option 4",null,4324444816.4133234,4340754954.1654615,4420771689.2165127,4489993470.2420254,4538155860.3683043,4618828980.0709028,4717415273.5839367,4771905110.9486132,4820258064.787096,4882721059.3344679,4947133766.5587158,5008860198.8877602,5064448968.9871244,5122255557.6821127,5182244375.8048944,5243574984.286272,5306428247.179018,5371160294.610755,5437722965.2364721,5506091023.5845194,5576305323.4876041,5648402827.4030361,5722419954.7872744,5798393273.5321589,5876366162.1675491,5956375614.1999016,6038468222.8382473,6122687206.3012829,6209078309.4221315,6297693455.1810427]
[null,null,"SESA-CSA Option 1",null,80000000,81000000,82000000,83000000,84000000,85000000,87000000,88000000,89000000,90000000,91000000,92000000,93000000,94000000,95000000,96000000,97000000,98000000,99000000,101000000,102000000,103000000,104000000,105000000,106000000,107000000,109000000,110000000,111000000,112000000]
[]
[null,"CSA-NSA"]
[null,"Flow path","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"CSA-NSA","CSA-NSA Option 4 Stage 1",null,3267687553.905117,3310937943.4878259,3377767207.4297438,3427543096.2580161,3475134936.1649389,3528615440.8708901,3595470067.9008222,3650847959.0656929,3699267972.1583438,3754638515.9485502,3811921279.8028021,3864988541.9381328,3913262534.0634928,3962000586.6179428,4011840356.1112952,4062608777.4083109,4114345295.487402,4167233365.679183,4221307118.3964529,4276539002.1239939,4332958004.7855902,4390589595.7179441,4449458564.7916546,4509588823.1522751,4571010318.2546053,4633747005.4770212,4697830131.0036612,4763288256.0256414,4830151437.7083464,4898454217.5147409]
[null,null,"CSA-NSA Option 4 Stage 2",null,474020855.66788542,475103175.02619839,481497451.56420523,486296017.9462617,491198218.07299411,496457856.55749309,503804610.03679258,510322257.0732789,515684069.77292258,521766049.92634219,528170881.39363831,534178726.10649312,539470104.07125258,544649327.56575429,549914410.14302075,555276843.14879501,560733202.83271301,566303981.78703213,571996285.29420125,577804065.88252282,583729456.08356905,589774078.15875125,595939331.73305595,602226444.63453197,608637333.17548215,615173061.68383646,621835555.0722996,628626350.22723579,635547020.47942019,642599671.12925303]
[null,null,"CSA-NSA Option 1",null,2163000000,2190000000,2233000000,2266000000,2298000000,2333000000,2377000000,2414000000,2446000000,2483000000,2521000000,2556000000,2589000000,2622000000,2655000000,2689000000,2725000000,2760000000,2797000000,2834000000,2873000000,2912000000,2952000000,2993000000,3035000000,3077000000,3121000000,3166000000,3211000000,3258000000]
[null,null,"CSA-NSA Option 2",null,2503000000,2530000000,2582000000,2626000000,2668000000,2714000000,2771000000,2819000000,2862000000,2911000000,2961000000,3009000000,3055000000,3103000000,3151000000,3201000000,3252000000,3305000000,3359000000,3414000000,3471000000,3529000000,3589000000,3650000000,3713000000,3777000000,3844000000,3911000000,3981000000,4053000000]
[null,null,"CSA-NSA Option 3",null,3471000000,3510000000,3582000000,3640000000,3696000000,3757000000,3833000000,3898000000,3955000000,4019000000,4086000000,4150000000,4210000000,4272000000,4335000000,4399000000,4465000000,4533000000,4602000000,4674000000,4747000000,4821000000,4898000000,4977000000,5057000000,5140000000,5224000000,5311000000,5400000000,5491000000]
[]
[null,"VIC-SNSW"]
[null,"Flow path","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"VIC-SNSW","VIC-SNSW Option 1",null,7482000000,7600000000,7777000000,7930000000,8079000000,8242000000,8436000000,8603000000,8758000000,8931000000,9110000000,9284000000,9451000000,9623000000,9801000000,9983000000,10171000000,10366000000,10566000000,10773000000,10986000000,11206000000,11433000000,11668000000,11910000000,12160000000,12419000000,12685000000,12961000000,13246000000]
[]
[null,"TAS-SEV"]
[null,"Flow path","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"TAS-SEV","TAS-SEV Option 1",null,5231000000,5323000000,5436000000,5516000000,5572000000,5663000000,5775000000,5839000000,5896000000,5970000000,6045000000,6113000000,6175000000,6239000000,6306000000,6374000000,6443000000,6515000000,6588000000,6664000000,6742000000,6821000000,6903000000,6987000000,7073000000,7162000000,7253000000,7346000000,7442000000,7540000000]
[null,null,"TAS-SEV Option 2",null,2635000000,2680000000,2736000000,2774000000,2800000000,2845000000,2900000000,2929000000,2955000000,2990000000,3025000000,3057000000,3085000000,3115000000,3146000000,3177000000,3209000000,3242000000,3276000000,3310000000,3346000000,3382000000,3419000000,3458000000,3497000000,3537000000,3578000000,3620000000,3664000000,3708000000]
[]
[null,"MEL-WNV"]
[null,"Flow path","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"MEL-WNV","MEL-WNV Option 1",null,128000000,128000000,130000000,131000000,132000000,133000000,135000000,136000000,137000000,139000000,140000000,141000000,143000000,144000000,145000000,146000000,148000000,149000000,150000000,151000000,153000000,154000000,156000000,157000000,159000000,160000000,162000000,163000000,165000000,166000000]
[null,null,"MEL-WNV Option 2",null,173000000,174000000,176000000,178000000,180000000,182000000,185000000,187000000,189000000,192000000,194000000,196000000,198000000,200000000,202000000,204000000,206000000,209000000,211000000,213000000,216000000,218000000,220000000,223000000,225000000,228000000,231000000,234000000,236000000,239000000]
[]
[]
[]
[null,"Notes:"]
[null,"1. AEMO received TNSP cost estimates for actionable projects and projects with preparatory activities from most TNSPs in July 2025. Estimates are escalated here consistent with the 2025 Electricity Network Options Report."]
[null,"2. This option was part of REZ augmentation options for S1-TBMO limit transmission constraint in the 2024 ISP and is included as a flow path option here to reflect the revised sub-regional topology definitions. AEMO reviewed and consulted on this as part of the 2025 Electricity Network Options Report."]

{"sheet":"REZ augmentations options","index":38,"n_rows":108,"n_cols":15,"rows_kept":108,"cut":false,"hidden":false,"merged":[[87,1,89,1],[87,2,89,2],[90,1,93,1],[90,2,93,2],[100,1,102,1],[100,2,102,2],[26,1,27,1],[26,2,27,2],[28,1,29,1],[28,2,29,2],[82,1,83,1],[82,2,83,2],[30,1,31,1],[30,2,31,2],[32,1,36,1],[32,2,36,2],[41,1,43,1],[41,2,43,2],[44,1,47,1],[44,2,47,2],[59,1,63,1],[59,2,63,2],[17,1,18,1],[17,2,18,2],[22,1,24,1],[22,2,24,2],[12,1,14,1],[12,2,14,2],[106,1,107,1],[106,2,107,2],[48,1,50,1],[48,2,50,2],[51,1,53,1],[51,2,53,2],[57,1,58,1],[57,2,58,2],[98,1,99,1],[98,2,99,2],[67,1,69,1],[67,2,69,2],[70,1,73,1],[70,2,73,2],[103,1,105,1],[103,2,105,2]]}
[null,"Go to Assumptions Summary"]
[null,"REZ Augmentation Options"]
[null,"Existing network capacities shown are inclusive of existing generation, and not additional headroom."]
[null,"The transfer capacity increase represents increased limit at the time of high summer demand in the importing region. Tasmania peak demand occurs in winter and increased notional transfer capacity of TAS-VIC interconnector represents for winter as well. "]
[null,"Transfer capacities in the table are for long-term simulations in the generation and transmission expansion model. "]
[null,"Transfer capacities vary with generation dispatch, load and weather conditions. Similar to NEMDE, these variabilities are captured in the network constraint equations for simulations in short-term models using time-sequential half-hourly modelling."]
[null,"Transfer capacity increase in this table are indicative and will be updated with input from TNSPs and additional power system studies."]
[null,"All cost estimates are indicative and sourced from the 2023 Electricity Network Options Report unless otherwise noted."]
[null,"REZ augmentation options and costs were reviewed and consulted on as part of the 2025 Network Expansion Options Report."]
[null,"QLD"]
[null,"REZ / constraint ID","REZ name","Option","Augmentation description","Pre-requisite options","Additional network capacity (MW)","Additional import capacity (MW)","Expected cost ($2025 million)","Cost estimate source","Cost estimate class","$M/MW","Easement length (km)","Lead time","Notes"]
[null,"Q1","Far North QLD","Option 1","• Establish a new 275 kV substation in the Lakeland area\n• Build a double-circuit 275 kV line from Walkamin to the new substation near Lakeland\n• Build a new 275 kV Chalumbin to Walkamin single-circuit line\n• Rebuild the double-circuit Chalumbin to Ross 275 kV line at a higher capacity (possibly timed with asset replacement)\n• Build additional Chalumbin to Ross 275 kV double-circuit tower but switch as a single-circuit line (energise second line as generation develops)",null,1290,1290,4166.8836000000001,"AEMO TCD","Class 5b(±50%)",3.230142325581395,486,"Long: (7 years)"]
[null,"Q2","North Qld Clean Energy Hub","CopperString 2032","• Establish a new 500 kV substation south of Townsville (NQ 500 kV substation)\n• Install 2 x 500/275 kV 1,500 MVA transformers at NQ 500 kV substation\n• Establish a new 275 kV substation\n• Cut-in the Strathmore to Ross 275 kV double-circuit line to the NQ substation\n• Establish a new 500 kV substation at Hughenden with associated switchgear, bays, and required 500/330 kV transformers\n• Establish a new 500 kV substation (mid-point between NQ 500 kV and Hughenden substations) with associated switchgear and bays\n• A new 500 kV transmission line from south of Townsville to Hughenden\n• A new 330 kV transmission line from Hughenden to Cloncurry\n• A new 220 kV transmission line from Cloncurry to Mount Isa\n• Up to six new substation sites\n• Associated static and dynamic reactive plant\n• (Only the 500 kV transmission line from south of Townsville to Hughenden to be modelled for the purpose of the 2024 Integrated System Plan and 2025 Electricity Network Options Report)",null,"1,500 nominal\n2,300 if CQ-NQ Option 2 is selected.","N/A","This project is considered to be anticipated and so is not included as an option here. \nThe scope of the project is listed here for context only.  ","AEMO TCD (2024 ISP)"]
[null,null,null,"Option 1","• Establish a 275 kV yard at Kidston substation near Forsayth\n• Build a 275 kV double-circuit line from Kidston to Guybal Munjan substation (energise only a single line until generation in the REZ develops, then energise the second line)",null,500,"N/A",1093.8171799332999,"AEMO TCD","Class 5b(±50%)",2.1876343598666002,190,"Long: (10 years)"]
[null,null,null,"Option 2","• Establish a 275 kV yard at Kidston substation near Forsayth\n• Build a 275 kV double-circuit line from Kidston to Guybal Munjan substation","Q2 Option 1",1000,"N/A",1137.3254964742,"AEMO TCD","Class 5b(±50%)",1.1373254964741999,190,"Long: (10 years)"]
[null,"Q3","Northern Qld","See NQ1 group constraint augmentations",null,null,null,"N/A",null,null,null,{"$error":"#DIV/0!"}]
[null,"Q4","Isaac","See CQ1 group constraint augmentations",null,null,null,"N/A",null,null,null,{"$error":"#DIV/0!"}]
[null,"Q5","Barcaldine","Option 1","• Establish a 275 kV substation in the Barcaldine region\n• Build a 340 km 275 kV double-circuit line from Lilyvale to Barcaldine (energise only a single line until generation in the REZ develops)",null,500,"N/A",1649.1621160596001,"AEMO TCD","Class 5b(±50%)",3.2983242321191999,340,"Long: (7 years)"]
[null,null,null,"Option 2","• Energise the second circuit on the line established in Option 1\n• Additional substation bays and reactors if required","Q5 Option 1",850,"N/A",null,"AEMO TCD","Class 5b(±50%)",0,"-","Medium: (6 years)"]
[null,"Q6","Fitzroy","See CQ-GG and SQ-CQ flow path augmentations",null,null,null,"N/A",null,null,null,{"$error":"#DIV/0!"}]
[null,"Q7","Wide Bay","See SQ1 group constraint augmentations",null,null,null,"N/A",null,null,null,{"$error":"#DIV/0!"}]
[null,"Q8","Darling Downs","See SWQLD1 transmission limit constraint augmentations",null,null,null,"N/A",null,null,null,{"$error":"#DIV/0!"}]
[null,"Q9","Banana","Option 1","• Establish a new 500 kV substation within the Banana REZ\n• 200 km double-circuit 500 kV line from the Banana REZ to CQ substation associated with SQ-CQ Option 5 or SQ-CQ Option 6\n• Additional 500/275 kV 1,500 MVA transformer at the CQ substation\n• Switchgear at CQ substation","SQ-CQ Option 5 or SQ-CQ Option 6",3000,"N/A",1565.9453895872,"AEMO TCD","Class 5b(±50%)",0.52198179652906662,220,"Long: (7 years)"]
[null,null,null,"Option 2","• Establish a new 275 kV substation within the Banana REZ\n• 100 km high temperature conductor (HTC) double-circuit 275 kV line from Banana REZ to Calvale substation\n• Associated switchgear\n• Limit extension special protection scheme (similar to a virtual transmission line) – cost of non-network service agreement excluded","CQ-GG Option 1 or CQ-GG Option 2",1800,"N/A",864.98873650606993,"AEMO TCD","Class 5b(±50%)",0.48054929805892771,144,"Medium: (6 years)"]
[null,null,null,"Option 3","• Establish a new 275 kV substation within the Banana REZ\n• 195 km double-circuit 275 kV line from Banana REZ to Wandoan South\n• Switchgear at Wandoan South",null,1000,"N/A",536.25761472348995,"AEMO TCD","Class 5b(±50%)",0.53625761472348998,102,"Medium: (6 years)"]
[null,"Q10","Collinsville","See CQ-NQ flow path augmentations",null,null,null,"N/A",null,null,null,{"$error":"#DIV/0!"}]
[null,"NQ1","Group Constraint NQ1","Option 1","• A new 275 kV double-circuit line from Ross to Strathmore to Nebo, initially switching one side only","Assume BAU line refit of 275 kV and 132 kV network between Bouldercombe-Nebo-Strathmore-Ross",680,"N/A",1799.1303178628,"AEMO TCD","Class 5b(±50%)",2.64577987921,335,"Long: (10 years)"]
[null,null,null,"Option 2","• 500 kV substation works at Mulgrave (near Townsville 500 kV established as part of CopperString 2032 project)\n• A new 500 kV substation at locality of northern part of CQ (around 27 km south of Broadsound)\n• A new 500 kV substation at locality of southern part of NQ (around 80 km south of Nebo)\n• A new 500 kV double-circuit steel tower (DCST) line from CQ (west of Gladstone) to northern CQ substation\n• A new 500 kV DCST line from northern CQ to southern NQ substations\n• A new 500 kV DCST line from southern NQ substation to Mulgrave substation\n• 2 x 500/275 kV 1,500 MVA transformers at northern CQ and southern NQ substations\n• Cut-in 275 kV circuits between Stanwell and Broadsound to northern CQ substation and between Broadsound and Nebo to southern NQ substation\n• Special protection scheme for transfer limit increase (similar to virtual transmission line) with the cost of this Network Service Agreement (NSA) excluded","SQ-CQ Option 3 (QEJP),\nQ2 CopperString 2032 Project",3000,"N/A",4814.9696414332002,"AEMO TCD","Class 5b(±50%)",1.6049898804777329,623,"Long: (10 years)"]
[null,"CQ1",null,"Option 1","• String and energise the second circuit between Broadsound and Stanwell 275 kV",null,600,"N/A",208.86126973213979,"AEMO TCD","Class 5b(±50%)",0.34810211622023313,0,"Short: (4 years)"]
[null,null,null,"Option 2","• Rebuild Broadsound to Bouldercombe 275 kV line (820) as a part of end-of-life refurbishment",null,1600,"N/A",533.57550376316999,"AEMO TCD","Class 5b(±50%)",0.33348468985198132,146,"Long: (7 years)"]
[null,"SQ1","Group Constraint - Wide Bay ","Option 1","• Rebuild Woolooga to Palmwood to South Pine 275 kV single-circuit line as a high-capacity double-circuit line\n• 100 MVAr reactor for voltage control",null,1100,"N/A",1033.7385644228,"AEMO TCD","Class 5b(±50%)",0.93976233129345454,168,"Long: (7 years)"]
[null,null,null,"Option 2","• Rebuild Woolooga to South Pine 275 kV single-circuit line as a high-capacity double-circuit line\n• 100 MVAr reactor for voltage control",null,1100,"N/A",918.42208873724996,"AEMO TCD","Class 5b(±50%)",0.83492917157931812,158,"Long: (7 years)"]
[null,"SWQLD1","Transmission Limit Constraint - Darling Downs","Option 1","• Replace existing 330/275 kV 1,300 MVA transformer at Middle Ridge with 330/275 kV 1,500 MVA transformer",null,150,"N/A",26.423269823455001,"AEMO TCD","Class 5b(±50%)",0.17615513215636669,0,"Short: (2 years)"]
[null,null,null,"Option 2","• Implement a limit extension special protection scheme – run-back of generation in south-west Queensland with 300 MW battery energy storage system (BESS) response in south-east Queensland (similar to a virtual transmission line)",null,330,"N/A",6.7540571387312998,"AEMO TCD","Class 5b(±50%)",2.0466839814337268E-2,0,"Short: (2 years)"]
[null,null,null,"Option 3","• Establish a second 330 kV substation to the east of the existing Tummaville substation\n• Install 8 x 330/330 kV 300 MVA phase-shifting transformers (PST) between the two 330 kV substations",null,400,"N/A",487.86875348745002,"AEMO TCD","Class 5b(±50%)",1.2196718837186249,0,"Long: (7 years)"]
[null,null,null,"Option 4","• New 2 x 500/275 kV 1,500 MVA transformers at Western Downs with associated switchgear and bays\n• Cut-in 500 kV double-circuit single tower lines from Halys to NNSW and associated switchgear and bays","NNSW–SQ Option 5, SQ-CQ Option 5 or SQ-CQ Option 6",1500,"N/A",264.08681596557,"AEMO TCD","Class 5b(±50%)",0.17605787731038,0,"Long: (7 years)"]
[null,null,null,"Option 5","• Establish a REZ Hub substation 70 km from Wandoan South\n• Double-circuit 275 kV line between Wandoan South and REZ Hub (twin Sulphur) – 70 km \n• Double-circuit 275 kV line between REZ Hub and Auburn River (twin HTC) – 100 km\n• Second double-circuit HTC 275 kV line will be built between REZ Hub and Auburn River depending on variable renewable energy (VRE) development","SQ-CQ Option 2","0 (SWQLD1 Option 5 does not impact the SWQLD1 limit and only allows more generation to connect at this local part of the network)","N/A",946.79282946019998,"AEMO TCD","Class 5b(±50%)",0,156,"Medium: (6 years)"]
[]
[null,"NSW"]
[null,"REZ / constraint ID","REZ name","Option","Augmentation description","Pre-requisite options","Additional network capacity (MW)","Additional import capacity (MW)","Expected cost ($2025 million)","Cost estimate source","Cost estimate class","$M/MW","Easement length (km)","Lead time","Notes"]
[null,"N1","North West NSW","Option 1","• Two new 500 kV circuits from Central-West Orana REZ to locality of Gilgandra to locality of Boggabri to locality of Moree.\n• A new single 500 kV circuit from Central-West Orana REZ to Wollar.\n• New 500/330 kV substations in locality of Boggabri and Moree.\n• A new 500 kV switching station in locality of Gilgandra.\n• A new 330 kV single-circuit from Sapphire to locality of Moree.\n• A new 330 kV circuit from Tamworth to locality of Boggabri.\n• Line shunt reactors at both ends of Central-West Orana REZ-locality of Gilgandra, locality of Gilgandra-locality of Boggabri, locality of Boggabri-locality of Moree 500 kV circuits.","Central West Orana REZ Network Infrastructure project",1660,1660,5964.0457242019002,"AEMO TCD","Class 5b(±50%)",3.5927986290372891,796,"Long: (7 years)"]
[null,"N2","New England","Option 1","•\tNew 330 kV Northern (Hub 10), Central South (Hub 1) and East (Hub 4) switching stations. \n•\tNew 500 kV built and initially 330 kV operated DCST line from Central (Hub 5) to Central South (Hub1) with Quad Orange conductor.\n•\tNew 500 kV built and initially 330 kV operated DCST line from Central (Hub 5) to Northern (Hub 10) with Quad Orange conductor.\n•\tNew 330 kV DCST line between Central (Hub 5) and East (Hub 4) with Twin Olive conductor. ","CNSW-NNSW Option 1",2400,"N/A",1089.5809999999999,"AEMO TCD","Class 5b(±50%)",0.4539920833333333,115,"Medium: (6 years)"]
[null,null,null,"Option 2","• New South 330kV (Hub 2) switching station\n• New 330 kV DCST line from South (Hub 2) switching station to Central South (Hub 1) with Twin Olive conductor\n\n\n\n","CNSW-NNSW Option 1,\nCNSW-NNSW Option 2",500,"N/A",231.16509234483999,"AEMO TCD","Class 5b(±50%)",0.46233018468968001,30,"Long: (8 years)"]
[null,null,null,"Option 3","• New Hub 9 switching station.\n• Establish a new Lower Creek 330/132 kV substation with 1 x 330/132 kV 375 MVA transformer.\n• Rebuild part of Line 965 as 330 kV double-circuit from Armidale to Lower Creek.\n• Relocate existing 132 kV 200 MVA phase shift transformer on Line 965 from Armidale to Lower Creek.\n• New 330 kV double-circuit from Lower Creek to Hub 9.\n• Cut-in of Line 965 at new Lower Creek substation",null,900,"N/A",916.89498618121002,"AEMO TCD","Class 5b(±50%)",1.018772206868011,121,"Medium: (6 years)"]
[null,"N3","Central-West Orana","Central West Orana REZ Network Infrastructure project","• New Merotherie 500/330 kV substation with 4 x 500/330/33 kV 1,500 MVA transformers.\n• New 330 kV Elong Elong switching stations.\n• New 500 kV Barigan Creek switching station.\n• 2 x 500 kV double-circuit lines from Barigan Creek to Merotherie with Quad Orange conductor.\n• 2 x 500 kV double-circuit lines and initially operated at 330 kV from Merotherie to Elong Elong with Quad Orange conductor.\n• 3 x 250 MVAr synchronous condensers at Elong Elong switching station.\n• 4 x 250 MVAr synchronous condensers at Merotherie substation.\n• Provision of switch bays for future generator connections (cost estimation is not required)\n• An additional 330 kV single-circuit line from Bayswater to Liddell.\n• An additional 330 kV single-circuit line from Mt Piper to Wallerawang.\n*possible expansion to Uungula/Burrendong is subject to a separate and future project authorisation process",null,4500,2000,"This project is considered to be anticipated and so is not included as an option here. \nThe scope of the project is listed here for context so that the subsequent options can be understood. Option 1 includes expansions and augmentations to this project. ",null,null,{"$error":"#VALUE!"}]
[null,null,null,"Option 1","•  Construct Merotherie-B 500/330kV substation with 3 x 500/330/33kV 1500 MVA transformers (at least 2 km away from Merotherie substation – re-named as Merotherie-A).\n•  Terminate one of the existing 500 kV DCST transmission lines between Merotherie – Barigan Creek at Merotherie-B and Wollar 500 kV substations respectively\n•  Construct a DCST 500 kV transmission line between Merotherie-A and Merotherie-B 500 kV substations\n•  Expand Elong Elong as 500/330 KV substation with 3 x  500/330/33kV 1500MVA Txs, \n•  Operate Merotherie – Elong Elong transmission lines at 500kV\n•  Terminate one of the 500 kV DCST transmission line from Merotherie -  Elong-Elong at Merotherie-B ","Central West Orana REZ Network Infrastructure project",1500,"N/A",855.18621808943999,"AEMO TCD","Class 5b(±50%)",0.57012414539295997,13,"Short: (5 years)"]
[null,null,null,"Option 2","• New Tooraweenah 500/330 kV Hub with 3 x 500/330/33 kV 1,500\nMVA transformers\n• New 500 kV DCST line from Tooraweenah to Merotherie with Quad\nOrange conductor\n• Augment Merotherie 500 kV substation","N3 Option 1",2100,"N/A",1151.6696032583,"AEMO TCD","Class 5b(±50%)",0.54841409678966668,30,"Long: (7 years)"]
[null,null,null,"Option 3","• New 330 kV Burrendong A and Burrendong B substations\n• New 500kV built and 330 kV operated double circuit lines from\nElong Elong to Burrendong A Energy Hub\n• New 330 kV DCST line between Burrendong A and Burrendong B\nwith Twin Olive conductor","N3 Option 1",1400,"N/A",656.85846559373999,"AEMO TCD","Class 5b(±50%)",0.46918461828124292,121,"Long: (7 years)"]
[null,"N4","Broken Hill","Option 1","• New 330 kV Western NSW switching station with 4x diameters, and cut in to both the Buronga - SA (PEC) lines\n• New 330 kV Broken Hill REZ Energy Hub 1 switching station with 2x diameters\n• New 139 km 500 kV constructed 330 kV energised DCST transmission line from Western NSW switching station to Broken Hill REZ Energy Hub 1 switching station","Project EnergyConnect",800,"N/A",1296.237235737,"AEMO TCD","Class 5b(±50%)",1.6202965446712501,139,"Long: (7 years)"]
[null,null,null,"Option 2","500 kV double-circuit HVDC line from Bannaby – Broken Hill (>850 km).\n• New HVDC converter stationss at Bannaby and Broken Hill",null,1750,"N/A",5621.1885641729004,"AEMO TCD","Class 5b(±50%)",3.2121077509559428,932,"Long: (9 years)"]
[null,null,null,"Option 3","• New 500 kV Moulamein switching station with 4x diameters, and cut in to the Dinawan - VIC (VNI West) lines\n• Expansion of the Western NSW site to a 500/330 kV substation with 4x diameters of 500 kV, and 2x 1,500 MVA 500/330 kV transformers\n• Expansion of the Broken Hill REZ Energy Hub 1 to a 500/330 kV substation with 1x additional diameter of 330 kV,  3x 1,500 MVA 500/330 kV transformers, and a 3x diameter 500 kV switchyard\n• New 261 km 500 kV DCST transmission line from Moulamein 500 kV switching station to Western NSW 500/330 kV substation\n• Energisation of 139 km line developed under Option 1 to 500 kV operation","Project EnergyConnect,\nVNI West,\nREZ N4 Option 1",1600,"N/A",2670.2431035425998,"AEMO TCD","Class 5b(±50%)",1.6689019397141249,261,"Long: (9 years)"]
[null,"N5","South West NSW","Option 1","(Stage 1 of VNI West)\n• Upgrade Dinawan - Gugaa double-circuit line from 330 kV to 500 kV operation (lines built at 500 kV as part of Project EnergyConnect). \n• Establish Dinawan 500 kV switchyard with two 500/330 kV 1,500 MVA transformers.\n• 500 kV line shunt reactors at both ends of the 500 kV double circuits Dinawan – Gugaa. \n• Bring forward the line shunt reactors for the Dinawan – Tragowel 500 kV double circuit for voltage support at Dinawan. \n• Terminate Lower Tumut - Wagga 330 kV single-circuit overhead line (line TL51) at Gugga 330 kV. \n•  Build 330 kV double-circuit overhead line between Gugga and Wagga, using the Line TL51 easement.\n\nPre-requisite: Project EnergyConnect and HumeLink","Project EnergyConnect, HumeLink",350,"N/A",1140,"Transgrid","Class 4(-30% to +50%)",3.2571428571428571,11,"Short: (4 years)"]
[null,null,null,"Option 2","• Expand the existing Dinawan 500/330kV substation with an additional 500/330/33kV 1,500MVA transformer","N5 Option 1 or WNV-SNSW Option 1",1200,"N/A",116.13981502244999,"AEMO TCD","Class 5b(±50%)",9.678317918537499E-2,0,"Short: (4 years)"]
[null,null,null,"Option 3","Non-network option – virtual transmission line option with a 250 MW energy storage system in the SNW load centre and south of Wagga Wagga, with a SIPS scheme based on:\n•  250 MW of generation runback for generators connecting to Dinawan\n•  250 MW BESS in the Sydney-Newcastle-Wollongong load centre","Project EnergyConnect,\nHumeLink,\nN5 Option 1",250,"N/A","Non-network augmentation","N/A","N/A",{"$error":"#VALUE!"},0,"Short: (4 years)"]
[null,"SWNSW1","Secondary Transmission Limit - South West NSW","Option 1","• New 330 kV single circuit transmission line between Transgrid’s Darlington Point 330 kV Substation and Dinawan 330 kV Switching Station: \n• Expansion of Darlington Point 330 kV yard by one breaker and a half diameter with 2 x CBs;\n • Expansion of Dinawan 330 kV yard by one breaker and a half diameter with 2 x CBs.","Project EnergyConnect,\nHumeLink","Removes limit","N/A",458.67617205970998,"AEMO TCD","Class 5b(±50%)",{"$error":"#VALUE!"},85,"Medium: (6 years)"]
[null,"N6","Wagga Wagga","Option 1","Refer to SNSW-CNSW Option 3 and 4 subregional augmentations",null,null,"N/A",null,null,null,{"$error":"#DIV/0!"}]
[null,"N7","Tumut","Option 1","Refer to SNSW-CNSW Option 1 subregional augmentations",null,null,"N/A",null,null,null,{"$error":"#DIV/0!"}]
[null,"N8","Cooma-Monaro","Option 1","• 132 kV single-circuit Williamsdale to Cooma-Monaro substation (located near generation interest)",null,150,150,289.30524763797001,"AEMO TCD","Class 5b(±50%)",1.9287016509198001,74,"Medium: (6 years)"]
[null,null,null,"Option 2","• 330 kV line Cooma-Williamdale-Stockdill\n• Two 330/132 kV transformers at Cooma",null,500,500,688.37080000000003,"AEMO TCD","Class 5b(±50%)",1.3767415999999999,116,"Short: (4 years)"]
[null,"N9","Hunter-Central Coast","Option 1","Component 1\n• Minor augmentations of secondary systems to enable the\nconnection of HCC REZ generation to the existing Ausgrid\ntransmission and sub-transmission network\n\nComponent 2\n• New 132 kV Sandy Creek STSS\n• Singleton sub-transmission network is transferred to the Newcastle\ntransmission network via Kurri STS (line 955 breakers are closed)\n\nComponent 3\n• New 132kV Antiene STSS\n• Two new 132kV lines from Antiene STSS to Kurri STS\n• A 7% series reactor installed at Rothbury Zone Substation\n• Opened breaker at 98N and 98R (Tomago to Beresfield)\n• Connections between Muswellbrook and Singleton networks are\noperated normally open",null,1000,"N/A",604,"Ausgrid","Class 3(±25%)",0.60399999999999998,82,"Short: (2 years)"]
[null,null,null,"Option 2a","• New Singleton Hub and Rothbury 132 kV switching stations\n• Beresfield 132 kV substation works\n• Multiple line augmentations for 132 kV lines between Singleton Hub, Kurri, Newcastle and Tomago.\n• Expand existing Tomago 330/132 kV substation with one 375 MVA transformer.\n",null,800,"N/A","593 (based on a provided cost of $593 in $2024)","Transgrid and Ausgrid cost submission","Class 5b(±50%)",0.74124999999999996,null,"Short: (4 years)"]
[null,null,null,"Option 2b","• New Denman Hub 132 kV switching station \n• New 132 kV lines from Denman Hub to Muswellbrook on existing easement\n• New 330 kV line from Muswellbrook to Liddell\n• Expand existing Muswellbrook 330/132 kV substation with one 375 MVA transformer and busbar reconfiguration, and connect three new 132 kV lines.\n",null,900,"N/A","529 (based on a provided cost of $522 in $2024)","Transgrid and Ausgrid cost submission","Class 5b(±50%)",0.57999999999999996,19,"Short: (4 years)"]
[null,null,null,"Option 3","• New Singleton 330/132 kV substation with 4 x 375 MVA transformers, connecting to Singleton Hub.\n• Cut-in existing Liddell-Tomago 330 kV (L82) circuit at Singleton substation\n• Cut-in existing Liddell-Newcastle 330 kV (L81) circuit at Singleton substation\n","N9 Option 2a, CNSW-SNW Option 1",1000,"N/A","221 (based on a provided cost of $218 in $2024)","Transgrid and Ausgrid cost submission","Class 5b(±50%)",0.218,10,"Long: (7 years)"]
[null,null,null,"Option 4","• New Plashett Hub 132 kV switching station\n• New 132 kV lines from Plashett Hub to Singleton Hub on existing easement\n• New Plashett 330/132 kV substation with 4 x 375 MVA transformers, connecting to Plashett Hub.\n• Cut-in existing Bayswater-Regentville 330 kV (L31) circuit at Plashett substation\n• Cut-in existing Bayswater-Sydney West 330 kV (L32) circuit at Plashett substation\n","N9 Option 3, CNSW-SNW Option 1",1000,"N/A","465 (based on a provided cost of $459 in $2024)","Transgrid and Ausgrid cost submission","Class 5b(±50%)",0.45900000000000002,4,"Long: (7 years)"]
[null,"N10","Hunter Coast","Option 1","Refer to CNSW-SNW Option 1 subregional augmentations",null,null,"N/A",null,null,null,{"$error":"#DIV/0!"}]
[null,"N11","Illawarra Coast","Option 1","• 500 kV double-circuit line from Dapto – Marulan.\n• Existing 500 kV constructed Marulan – Bannaby lines would be operated at 500 kV\n• Two 500/330 kV 1,500 MVA transformers at Dapto.","CNSW-SNW Option 3 or CNSW-SNW Option 4",2000,"N/A",1022.9060224201,"AEMO TCD","Class 5b(±50%)",0.51145301121004993,75,"Long: (7 years)"]
[null,"N12","Illawarra","Option 1","• 500 kV double-circuit line from Dapto – Marulan.\n• Existing 500 kV constructed Marulan – Bannaby lines would be operated at 500 kV\n• Two 500/330 kV 1,500 MVA transformers at Dapto.","CNSW-SNW Option 3 or CNSW-SNW Option 4",2000,2000,1022.9060224201,"AEMO TCD","Class 5b(±50%)",0.51145301121004993,75,"Long: (7 years)"]
[null,"N13","South Cobar","Option 1","• New South Cobar 330 kV switching station with 2x diameters\n• Expansion of Dinawan 330 kV switchyard by 2x 330 kV diameters\n• New 357 km 330 kV DCST transmission line from Dinawan to South Cobar 330 kV switching station\n• 50 MVAr shunt reactor on each new circuit at South Cobar and Dinawan, including a switching station halfway between South Cobar and Dinawan for reactive line compensation.","Project EnergyConnect",1000,"N/A",2126.5091407076002,"AEMO TCD","Class 5b(±50%)",2.1265091407076002,363,"Long: (7 years)"]
[null,null,null,"Option 2","• New South Cobar 500/330 kV substation with 3x 500 kV diameters, 3x 1500 MVA transformers, 3x 330 kV diameters\n• Expansion of Dinawan 500 kV switchyard by 2x 500 kV diameters\n• New 357 km 500 kV DCST transmission line from Dinawan to South Cobar 500/330 kV substation\n• 100 MVAr shunt reactor on each new circuit at South Cobar and Dinawan, including a switching station halfway between\nSouth Cobar and Dinawan for reactive line compensation.","VNI West",2400,"N/A",3296.0580574024998,"AEMO TCD","Class 5b(±50%)",1.373357523917708,363,"Long: (7 years)"]
[null,null,null,"Option 3","• New South Cobar 500/330 kV substation with 3x 500 kV diameters, 3x 1500 MVA transformers, 3x 330 kV diameters\n• New 500 kV switching station on VNI West line with 4x 500 kV diameters\n• New 355 km 500 kV DCST transmission line from new switching station on VNI West line to South Cobar 500/330 kV substation\n• 100 MVAr shunt reactor on each new circuit at South Cobar and VNI Switching station, including a switching station halfway between\nSouth Cobar and Dinawan for reactive line compensation.","VNI West",2400,"N/A",3351.2831435131998,"AEMO TCD","Class 5b(±50%)",1.396367976463833,363,"Long: (7 years)"]
[null,"DN1","Dubbo","Option 1","New Wellington 375MVA 330/132kV Transformer, Wellington \nsubstation upgrade to 330kV breaker and half arrangement",null,700,"N/A","607 (based on a provided cost of $601 in $2024)","Transgrid and Essential Energy cost submission","Class 5b(±50%)",0.85857142857142854,null,"Short: (4 years)"]
[null,null,null,"Option 2a","Rebuild Line 75 to DCCT 330kV line (twin Olive) on existing \neasement for approx 1km, New 1500MVA 500/330kV Tx at Wollar \nsubstation, new 330kV breaker and half switchyard.","D1 Option 1",500,"N/A","126 (based on a provided cost of $125 in $2024)","Transgrid and Essential Energy cost submission","Class 5b(±50%)",0.25,null,"Medium: (6 years)"]
[null,null,null,"Option 2b","Expand 330kV yard from Option 2a at Wollar to include additional \nbreaker and half diameter, new 330kV SCCT twin olive line \nbetween Stubbo 330kV switching station and Wollar","D1 Option 2a",100,"N/A","283 (based on a provided cost of $280 in $2024)","Transgrid and Essential Energy cost submission","Class 5b(±50%)",2.8,null,"Medium: (6 years)"]
[null,null,null,"Option 3","Rebuild Line 72 from Wellington to a new bulk supply point\nlocation as a 330kV double circut (approx. 91km) on existing \neasement, build a new 330kV double circut (approx. 2km) and a \nnew 330kV single circut (approx. 2km) on new easement from \nLine 72 cut in point to new bulk supply point. ","D1 Option 1",1200,"N/A","953 (based on a provided cost of $943 in $2024)","Transgrid and Essential Energy cost submission","Class 5b(±50%)",0.78583333333333338,null,"Medium: (6 years)"]
[null,"DN2","Yass","Option 1","New Marulan 375MVA 330/132kV transformer and upgrade \nexisting 200MVA Tx to 375MVA operation with additional cooling. \nProvision of new 132kV feeder and associated switchbays for the \nnew transformer.",null,375,"N/A","274 (based on a provided cost of $271 in $2024)","Transgrid and Essential Energy cost submission","Class 5b(±50%)",0.72266666666666668,null,"Short: (4 years)"]
[null,"DN3","Marulan","Option 1","Two new 200MVA transformer at Yass (with appropriate \nexpansions for 132kV yard and 330kV yard) and one new 132kV \nbus section breaker and one new 132Kv feeder bay at Yass",null,400,"N/A","309 (based on a provided cost of $306 in $2024)","Transgrid and Essential Energy cost submission","Class 5b(±50%)",0.76500000000000001,null,"Short: (4 years)"]
[]
[null,"SA"]
[null,"REZ / constraint ID","REZ name","Option","Augmentation description","Pre-requisite options","Additional network capacity (MW)","Additional import capacity (MW)","Expected cost ($2025 million)","Cost estimate source","Cost estimate class","$M/MW","Easement length (km)","Lead time","Notes"]
[null,"S1","South East SA","See WNV-SESA and SESA-CSA sub-regional augmentations",null,null,null,"N/A",null,null,null,{"$error":"#DIV/0!"}]
[null,"S2","Riverland","Option 1","• Co-ordinate new connections through turn in of Bundey – Buronga 330 kV No. 1 and No. 2 lines into a new substation at Riverland.\n• 2x 275/132 kV Tx at new Riverland substation",null,700,"N/A",152.24797927679001,"AEMO TCD","Class 5b(±50%)",0.21749711325255719,0,"Short: (4 years)"]
[null,"S3","Mid-North SA","See MN1 group constraint augmentations",null,null,null,"N/A",null,null,null,{"$error":"#DIV/0!"}]
[null,"S4","Yorke Peninsula","Option 1","• String first circuit of a 275 kV double-circuit line from Blythe West into new Yorke Peninsula substation. \n","MN1 Option 1",450,"N/A",646.45007670101995,"AEMO TCD","Class 5b(±50%)",1.436555726002267,148,"Medium: (6 years)"]
[null,null,null,"Option 2","• String second circuit of a 275 kV double-circuit line from Blythe West into new Yorke Peninsula substation.\n• 2x 275/132 kV Tx at new Yorke Peninsula substation\n• Cut in of Templers West into Bundey-Para 275 kV line. ","MN1 Option 1, S4 Option 1",450,"N/A",198.00953914268999,"AEMO TCD","Class 5b(±50%)",0.44002119809486662,0,"Long: (7 years)"]
[null,"S5","Northern SA","See NSA1 group constraint augmentations",null,null,null,"N/A",null,null,null,{"$error":"#DIV/0!"}]
[null,"S6","Roxby Downs","Option 1","• Build 275 kV double-circuit line from Davenport to new Roxby Downs substation.\n• 2x 275/132 kV Tx at new Roxby Downs substation",null,950,"N/A",1365.2311217173999,"AEMO TCD","Class 5b(±50%)",1.4370853912814741,254,"Short: (5 years)"]
[null,"S7","Eastern Eyre Peninsula","Option 1","• A new Yadnarie North substation with two new 275/132 kV transformers.\n• Operate the Cultana-Yadnarie 132 kV double-circuit line (built as part of the Eyre Peninsula Link RIT-T [footnote]) at 275 kV.\n• Reconnect 132 kV connections to 275 kV at both Yadnarie North and Cultana.",null,300,300,179,"ElectraNet","Class 4(-30% to +50%)",0.59666666666666668,0,"Short: (4 years)"]
[null,"S8","Western Eyre Peninsula","Option 1","• 275 kV double-circuit line from Cultana East to a new Elliston substation.\n• 2x 275/132 kV Tx at new Elliston substation",null,950,"N/A",1474.1990839529001,"AEMO TCD","Class 5b(±50%)",1.5517885094241051,285,"Long: (7 years)"]
[null,null,null,"Option 2","• 275 kV single-circuit line from Yadnarie to a new Elliston substation.\n• 2x 275/132 kV Tx at new Elliston substation","S7 Option 1",500,"N/A",683.76240270064,"AEMO TCD","Class 5b(±50%)",1.3675248054012801,160,"Long: (7 years)"]
[null,null,null,"Option 3","• New Elliston substation. \n• Single-circuit 275 kV line from Cultana/Corraberra Hill/Cultana East to Elliston. \n• Single-circuit 275 kV line from Yadnarie to Elliston.\n• 2x 275/132 kV Tx at new Elliston substation","S7 Option 1",1000,"N/A",1721.1762635472001,"AEMO TCD","Class 5b(±50%)",1.7211762635472001,445,"Long: (7 years)"]
[null,"MN1","Group Constraint - facilitating power out of mid-north SA","Option 1","(ISP Candidate Option)\nBuild a 275 kV double-circuit line between Bundey and Para.\n2x new line-connected reactors at Bundey\n2x new line-connected reactors at Para\nDisconnect existing Waterloo-Templers 132 kV line at each end.\nBuild a 132 kV single-circuit line from Templers West to Templers.\n1 x 160 MVA, 275/132 kV transformer at Templers West.",null,1200,"N/A",620,"ElectraNet","Class 5b(±50%)",0.51666666666666672,115,"Short: (4 years)"]
[null,null,null,"Option 2","• Build a 275 kV double-circuit line from Bundey to Globe Derby (twin conductor Olive)\n• 2x new 275 kV line-connected reactors at Bundey\n• New 275 kV substation at Globe Derby\n• 2x new 275 kV line-connected reactors at Globe Derby\n• Connect Globe Derby to existing metropolitan 275 kV network.\n• Disconnect existing Waterloo-Templers 132 kV line at each end.\n• Build a 132 kV single-circuit line from Templers West to Templers.\n• 1 x 160 MVA, 275/132 kV transformer at Templers West\n",null,1200,"N/A",800,"ElectraNet","Class 5b(±50%)",0.66666666666666663,151,"Short: (4 years)"]
[null,null,null,"Option 3","• Build a 330 kV double-circuit line from Bundey to Globe Derby (triple conductor Mango)\n• 2x330 kV line-connected reactors at Bundey\n• New 275 kV substation at Globe Derby\n• 2x new 330 kV line-connected reactors at Globe Derby\n• Connect Globe Derby to existing metropolitan 275 kV network.\n• Disconnect existing Waterloo-Templers 132 kV line at each end.\n• Build a 132 kV single-circuit line from Templers West to Templers.\n• 1 x 160 MVA, 275/132 kV transformer at Templers West\n",null,1250,"N/A",960,"ElectraNet","Class 5b(±50%)",0.76800000000000002,151,"Short: (4 years)"]
[null,null,null,"Option 4","Build a 500 kV double-circuit line from Bundey to Globe Derby\n500 kV switchyard and 3x1,000 MVA 500/275 kV transformers at Bundey and 2x500 kV exits\n2x500 kV line-connected reactors at Bundey\nNew 500 kV substation at Globe Derby, incl. 3x1,000 MVA transformers 500/275 kV transformers, at least 4 x 500 kV exits and 8 x 275 kV exits\n2x new 500 kV line-connected reactors at Globe Derby\nConnect Globe Derby to existing metropolitan 275 kV network.\nDisconnect existing Waterloo-Templers 132 kV line at each end.\nBuild a 132 kV single-circuit line from Templers West to Templers.\n1 x 160 MVA, 275/132 kV transformer at Templers West",null,1300,"N/A",1905.2130258233999,"AEMO TCD","Class 5b(±50%)",1.465548481402615,145,"Short: (4 years)"]
[null,"NSA1","Group Constraint - facilitating power out of north SA","Option 1","• Build a new 275 kV switching station Carriewerloo \n• Build a 275 kV double-circuit line from Davenport-Carriewerloo-Cultana.",null,"N/A",900,484,"ElectraNet","Class 4(-30% to +50%)",0.5377777777777778,122,"Short: (4 years)"]
[]
[null,"TAS"]
[null,"REZ / constraint ID","REZ name","Option","Augmentation description","Pre-requisite options","Additional network capacity (MW)","Additional import capacity (MW)","Expected cost ($2025 million)","Cost estimate source","Cost estimate class","$M/MW","Easement length (km)","Lead time","Notes"]
[null,"T1","North East Tasmania","Option 1","•  Build new substation at Long Reach, cutting into transmission lines from George Town to Sheffield and Hadspen substations \n\n• Build new Far North East wind collector station \n\n• 220 kV double-circuit line between new Long Reach substation and new substation in far north-east Tasmania.",null,800,"N/A",820.90286351752661,"AEMO TCD","Class 5b(±50%)",1.0261285793969079,117,"Long: (8 years)"]
[null,null,null,"Option 2","• Second 220 kV double-circuit line between the new substations in Long Reach and far north-east Tasmania, strung one side only.\nPrerequisite: T1 Option 1","T1 Option 1",800,"N/A",615.12832467518001,"AEMO TCD","Class 5b(±50%)",0.76891040584397496,112,"Long: (8 years)"]
[null,"T2","North West Tasmania","Option 1","• Build a new double-circuit 220 kV Burnie-Hamsphire Hills 220 kV line\n• Build a new Hampshire Hills wind collector station.\n","TAS-SEV Option 1",800,"N/A",245.41030000000001,"AEMO TCD","Class 5b(±50%)",0.30676287499999999,30,"Short: (4 years)"]
[null,null,null,"Option 2","• Build new “Farrell 2” wind collector station on west coast Tasmania (nearby existing Farrell substation)\n• Build new double-circuit Farrell2-Hampshire Hills 220 kV line.\n• Build a second 220 kV double-circuit line from Hampshire Hills to Burnie to Heybridge.\n","TAS-SEV Option 2, T2 Option 1",800,"N/A",825.04678924525001,"AEMO TCD","Class 5b(±50%)",1.031308486556562,95,"Long: (8 years)"]
[null,null,null,"Option 3","• Build double-circuit West Montagu-Hampshire 220 kV line.\n• Build a second 220 kV double-circuit line from Hampshire Hills to Burnie to Heybridge.\n","TAS-SEV Option 2, T2 Option 1",800,"N/A",1009.57566984297,"AEMO TCD","Class 5b(±50%)",1.261969587303712,132,"Long: (8 years)"]
[null,"T3","Central Highlands","Option 1","(ISP Candidate Option)\n• Build a Palmerston-Waddamana 220 kV double-circuit line. \n","TAS-SEV Option 1",555,555,621,"TasNetworks","Class 4(-30% to +50%)",1.118918918918919,60,"Medium: (6 years)"]
[null,null,null,"Option 1A","- Convert Waddamana-Palmerston 110 kV line to 220 kV operation (line did previously operate at 220 kV)\n- Re-string with HTLS conductor\n- Install 220/110 kV transformer at Waddamana Substation","TAS-SEV Option 1",555,555,224,"TasNetworks","Class 4(-30% to +50%)",0.40360360360360359,0,"Short: (4 years)"]
[null,null,null,"Option 2","- Re-build Palmerston-Hadspen-George Town 220 kV transmission line","T3 Option 1 or T3 Option 1A",690,690,523.88477808825007,"AEMO TCD","Class 5b(±50%)",0.75925330157717397,84,"Long: (8 years)"]
[null,"T4","North Tasmania Coast","Option 1","•Build a second Burnie-Heybridge -Sheffield 220 kV double-circuit line\n","TAS-VIC Option 2",1360,"N/A",381.53480831058999,"AEMO TCD","Class 5b(±50%)",0.28054030022837501,51,"Long: (8 years)"]
[null,null,null,"Option 2","• Build a second George Town-Sheffield 220 kV double-circuit line.\n• Build 2 x power flow controllers on the 2 x 220 kV double-circuit line between George Town-Hadspen.\n• Build a new substation co-located to George Town","TAS-VIC Option 2",900,900,444.69346065842001,"AEMO TCD","Class 5b(±50%)",0.49410384517602218,66,"Long: (8 years)"]

{"sheet":"REZ cost forecasts","index":39,"n_rows":256,"n_cols":35,"rows_kept":256,"cut":false,"hidden":false,"merged":[[247,1,248,1],[247,2,248,2],[249,1,250,1],[249,2,250,2],[251,1,255,1],[251,2,255,2],[239,1,240,1],[239,2,240,2],[242,1,244,1],[242,2,244,2],[245,1,246,1],[245,2,246,2],[157,1,158,1],[157,2,158,2],[160,1,162,1],[160,2,162,2],[163,1,164,1],[163,2,164,2],[149,1,151,1],[149,2,151,2],[152,1,153,1],[152,2,153,2],[103,1,105,1],[103,2,105,2],[106,1,108,1],[106,2,108,2],[109,1,111,1],[109,2,111,2],[117,1,120,1],[117,2,120,2],[121,1,124,1],[121,2,124,2],[113,2,114,2],[113,1,114,1],[226,1,228,1],[226,2,228,2],[229,1,230,1],[229,2,230,2],[231,1,233,1],[231,2,233,2],[234,1,235,1],[234,2,235,2],[31,2,32,2],[35,1,38,1],[35,2,38,2],[39,1,42,1],[39,2,42,2],[48,1,51,1],[48,2,51,2],[54,1,55,1],[54,2,55,2],[78,1,80,1],[78,2,80,2],[81,1,82,1],[81,2,82,2],[75,1,76,1],[75,2,76,2],[83,1,84,1],[199,1,202,1],[199,2,202,2],[203,1,206,1],[203,2,206,2],[212,1,215,1],[212,2,215,2],[218,1,219,1],[218,2,219,2],[221,1,223,1],[221,2,223,2],[195,1,196,1],[195,2,196,2],[167,1,168,1],[167,2,168,2],[169,1,173,1],[169,2,173,2],[177,1,178,1],[177,2,178,2],[179,1,183,1],[179,2,183,2],[185,1,187,1],[185,2,187,2],[188,1,190,1],[188,2,190,2],[191,1,193,1],[191,2,193,2],[165,1,166,1],[165,2,166,2],[65,1,66,1],[65,2,66,2],[67,1,69,1],[67,2,69,2],[70,1,71,1],[70,2,71,2],[147,1,148,1],[147,2,148,2],[130,1,133,1],[130,2,133,2],[136,1,137,1],[136,2,137,2],[139,1,141,1],[139,2,141,2],[144,1,146,1],[144,2,146,2],[83,2,84,2],[85,1,86,1],[85,2,86,2],[87,1,91,1],[87,2,91,2],[95,1,96,1],[95,2,96,2],[97,1,101,1],[24,1,26,1],[24,2,26,2],[27,1,29,1],[27,2,29,2],[31,1,32,1],[57,1,59,1],[57,2,59,2],[62,1,64,1],[62,2,64,2],[97,2,101,2],[6,2,6,9],[7,2,7,8],[8,2,8,8],[13,1,14,1],[13,2,14,2],[15,1,19,1],[15,2,19,2],[21,1,23,1],[21,2,23,2]]}
[null,"Go to Assumptions Summary"]
[null,"REZ Augmentation Costs forecast (real 2025 dollars)"]
[null,"AEMO has applied escalation factors to REZ augmentation project cost estimates for the ISP, consistent with its transmission cost forecasting approach. See 2025 Electricity Network Options Report for further details.\t"]
[null,"REZ augmentation options and costs were reviewed and consulted on as part of the  2025 Electricity Network Options Report"]
[null,"The worksheet has Slower Growth and Step Change/Accelerated Transition cost forecast. These cost escalations are year-on-year cost escalation."]
[null,"The project \"Status\" notes where an augmentation option holds a particular status in the 2024 ISP, as defined below. Refer to 2024 ISP Appendix 5 Network Investments for further details.\t"]
[null,"          a. ","Preparatory Activities - Preparatory activities are activities to design and investigate the costs and benefits of actionable ISP projects, future ISP projects and REZ stages (as applicable)."]
[null,"          b. ","Actionable ISP Projects - Actionable ISP projects optimise benefits for consumers if progressed before the next ISP. A transmission project (or non-network option) identified as part of the ODP and having a delivery date within an actionable window. "]
[null,"          c. ","Actionable New South Wales and actionable Queensland projects - A transmission project (or non-network option) that optimises benefits for consumers if progressed before the next ISP, is identified as part of the ODP, and is supported by or committed to in New South Wales Government or Queensland Government policy and/or prospective or current legislation.\t"]
[]
[null,"Slower Growth"]
[null,"NSW"]
[null,"REZ / Constraint ID","REZ name","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"N5","South West NSW","N5 Option 1",null,1133000000,1140000000,1155000000,1164000000,1172000000,1182000000,1196000000,1207000000,1215000000,1225000000,1236000000,1245000000,1253000000,1260000000,1267000000,1274000000,1282000000,1289000000,1297000000,1305000000,1313000000,1321000000,1329000000,1338000000,1346000000,1355000000,1364000000,1374000000,1383000000,1393000000]
[null,null,null,"N5 Option 2",null,116067927.9178305,116399366.3507984,117689163.4307057,118371298.4889538,119084631.6479829,119860617.8033552,121090796.3499974,122107980.3654974,122835618.9317518,123711413.63880479,124643162.6102168,125457082.4788927,126080343.264421,126655008.1986163,127231903.7523319,127814389.8736423,128401029.6683812,128996342.997747,129601761.7063833,130215656.44908389,130838216.8909415,131469474.5631552,132109505.37485629,132758327.7114819,133415977.2224277,134082464.2023827,134757921.43037251,135442277.0006108,136135662.3179383,136838098.76075459]
[null,"N9","Hunter-Central Coast","N9 Option 1",null,596000000,604000000,615000000,622000000,628000000,636000000,645000000,652000000,658000000,665000000,673000000,679000000,685000000,690000000,696000000,701000000,707000000,713000000,719000000,725000000,732000000,738000000,745000000,752000000,759000000,766000000,773000000,781000000,789000000,797000000]
[null,null,null,"N9 Option 2a",null,593000000,601000000,612000000,618000000,625000000,632000000,641000000,649000000,654000000,661000000,669000000,675000000,681000000,686000000,692000000,697000000,703000000,709000000,715000000,721000000,728000000,734000000,741000000,748000000,755000000,762000000,769000000,777000000,784000000,792000000]
[null,null,null,"N9 Option 2b",null,522000000,529000000,538000000,544000000,550000000,556000000,565000000,571000000,576000000,582000000,589000000,594000000,599000000,604000000,609000000,614000000,619000000,624000000,629000000,635000000,640000000,646000000,652000000,658000000,664000000,671000000,677000000,684000000,690000000,697000000]
[null,null,null,"N9 Option 3",null,218000000,221000000,225000000,227000000,230000000,232000000,236000000,238000000,241000000,243000000,246000000,248000000,250000000,252000000,254000000,256000000,258000000,261000000,263000000,265000000,267000000,270000000,272000000,275000000,277000000,280000000,283000000,285000000,288000000,291000000]
[null,null,null,"N9 Option 4",null,459000000,465000000,473000000,479000000,484000000,489000000,496000000,502000000,507000000,512000000,518000000,523000000,527000000,531000000,535000000,540000000,544000000,549000000,553000000,558000000,563000000,568000000,573000000,579000000,584000000,590000000,595000000,601000000,607000000,613000000]
[null,"N1","North West NSW","N1 Option 1",null,5875680663.2716112,5979891728.4263191,6085944988.3193426,6144167360.3052149,6198191769.9808226,6260946671.611845,6346875983.9293108,6413210618.0495872,6465759256.9189911,6529407273.5393982,6595771503.1735315,6654404431.7648401,6704358801.8840513,6754323966.378252,6805721496.2022524,6858328541.2737446,6912167282.5679522,6967574080.8464727,7024623493.1456738,7083278766.8242474,7143599490.2930632,7205638586.3213472,7269453836.7830591,7335103434.2150936,7402648095.1773844,7472149517.4797859,7543679572.9226522,7617301294.5461779,7693091652.8930779,7771123984.0402651]
[null,"N2","New England","N2 Option 1",null,1074604918.9247999,1092494681.1377001,1112581229.0687001,1123306885.2119,1133369661.6589999,1144992904.447,1160539604.1833999,1172289673.1815,1181623286.7488999,1192975370.5030999,1204765965.8046,1214944792.8111999,1223172361.5042,1231313826.8224001,1239661654.7088001,1248170303.7325001,1256847339.8625,1265750272.6096001,1274889251.3699,1284255582.9163001,1293857441.1429,1303701715.8675001,1313796056.5597,1324148086.2133,1334765739.4219,1345657025.115,1356831665.0027001,1368297574.3309,1380065134.6681001,1392143861.0095]
[null,null,null,"N2 Option 2",null,228184592.8290697,231750701.28057319,235966928.87608239,238322930.05513811,240545322.35204259,243084969.66319591,246466103.96601629,249065032.89985961,251151454.18209219,253662559.5288294,256273178.67958689,258566858.17878029,260459604.80638641,262338041.92901,264263306.26243189,266226761.29082271,268230154.0123913,270285670.95748568,272395748.91202343,274558728.61076391,276776513.90582711,279050747.01965737,281383243.63041669,283775813.63385701,286230344.49726611,288748752.85966229,291333322.50984681,293985957.71458542,296709104.02278578,299505030.01880193]
[null,null,null,"N2 Option 3",null,905180840.91751599,919225007.41132987,935731592.78018892,945013662.19240737,953821881.50631666,963807174.46663666,977183667.30071414,987590908.02265429,995929563.59602213,1005933186.98103,1016345543.215143,1025530006.9488209,1033165831.879425,1040743894.893819,1048511227.45138,1056437757.9069099,1064529039.036662,1072833648.0942791,1081362130.4881661,1090108063.9696591,1099079352.0267711,1108282867.740191,1117726181.5178189,1127416850.8818929,1137362760.72352,1147571920.7155559,1158053816.5629849,1168816451.838166,1179869984.3535609,1191223897.200105]
[null,"N3","Central-West Orana","N3 Option 1",null,853232977.19356656,857053935.42341352,867184652.87967849,872551742.08277011,877972114.30924225,883989509.19201052,893475103.3069762,901182812.48791289,906685170.32817543,913353759.31878519,920441488.2042377,926623032.65477407,931408104.75238156,935862171.19657528,940355395.18607867,944904075.7176677,949496314.36740971,954168647.70299995,958931682.55221832,963773617.29939044,968696597.3557235,973701630.408705,978790060.57985508,983962879.89581263,989221212.15379024,994566041.2556535,999999312.17032397,1005521484.560324,1011134569.876159,1016839794.1509449]
[null,null,null,"N3 Option 2",null,1137178264.300679,1154587967.1850131,1173940915.162998,1184900662.338485,1195302388.6783209,1207153581.4553311,1223483151.8873911,1236382173.0970149,1246599174.1049709,1258860666.97966,1271677906.295404,1283111512.9192519,1292872621.932349,1302588708.763212,1312564359.7591619,1322772750.6981871,1333216453.002888,1343958220.5474961,1355013870.8873429,1366376163.9601519,1378056440.1004729,1390064755.063019,1402412094.1184809,1415109461.8532519,1428168376.470865,1441600522.8191471,1455419521.575422,1469637283.0429039,1484268390.0074761,1499326732.2015829]
[null,null,null,"N3 Option 3",null,647737888.64623785,658485716.11795855,670547955.37643945,677551075.64143169,684178313.40136373,691690042.914837,701674597.10117185,709496888.62746751,715832773.85014153,723399322.68185389,731277507.42083621,738309958.58068621,744291814.19118464,750272841.67348278,756417228.33017993,762702420.65039718,769133061.83079123,775745987.87393403,782549752.61716044,789540879.18082917,796726361.04039299,804112493.87491798,811706135.01338232,819514192.79280949,827543874.73882985,835802525.85161269,844298641.12199378,853039711.76260448,862034846.36432171,871292743.40376043]
[null,"N4","Broken Hill","N4 Option 1",null,1281732102.5247681,1300264394.2653689,1323193975.926048,1334080892.1087301,1344228483.1028719,1356195489.739641,1372674342.470623,1384570309.442549,1393561143.949605,1404819239.1774809,1416496860.612931,1426010308.5798881,1432854986.688942,1439386712.0565391,1446027754.029094,1452722161.9464149,1459473969.0479021,1466343666.330132,1473337446.290648,1480438766.729018,1487650577.6929901,1494974085.562448,1502411047.601716,1509962922.177386,1517631189.3068309,1525417150.887835,1533323712.5455911,1541351333.6839931,1549503016.977221,1557780358.2738581]
[null,null,null,"N4 Option 2",null,5569035215.2620029,5620347655.3536482,5705934979.2856083,5751912726.3536453,5775688021.1371822,5834507346.0736914,5915489330.3052034,5946682683.3041363,5967645852.127121,6003740887.438839,6041254188.9389477,6072593553.8445072,6093885560.6916676,6115642547.236764,6138796246.1396618,6162440409.6654835,6186694794.2763319,6211958702.8755684,6238164641.3015928,6265249840.1456881,6293232002.5698299,6322121728.607399,6351933005.4158773,6382678517.6060686,6414372218.7661209,6447027438.2112732,6480664749.8073606,6515295688.7947912,6550942355.0839758,6587622176.3734446]
[null,null,null,"N4 Option 3",null,2632268903.1561451,2677147725.3195429,2724163772.5728269,2750870779.0621772,2775962063.4690242,2804774861.3243341,2843901631.5004978,2874526850.539567,2899039649.5429039,2928492427.1920929,2959220584.6102228,2986651412.9414091,3010246826.2254171,3033879652.0146599,3058187150.979434,3083084756.8440671,3108585246.0045781,3134839618.405817,3161884234.4342818,3189705084.861207,3218331208.8334508,3247788746.1848359,3278106142.5441141,3309312066.1837649,3341436477.0243068,3374509834.8238091,3408567308.668478,3443640194.6894388,3479766175.7121911,3516981442.3553362]
[null,"SWNSW1","Secondary Transmission Limit - South West NSW","SWNSW1 Option 1",null,449425314.81807607,459716205.69294488,468946018.99263918,474706699.76040858,480034690.84903312,486134035.30355263,494061020.00293279,500366333.43612742,505657815.02092862,511914053.39426261,518421921.78781432,524429691.11067528,529929045.10677731,535561056.43177259,541382694.98115706,547371454.50349581,553533431.60752773,559899205.77013636,566477036.87842381,573267615.57532322,580279214.60769928,587519717.94336522,594997583.5229913,602721460.68715477,610700371.59967339,618943573.34728539,627461346.18461573,636263433.9171679,645360892.82473278,654764684.53446984]
[null,"N8","Cooma-Monaro","N8 Option 1",null,281695855.76244187,289705536.04177028,296270349.06078953,301204779.84887427,305812343.85732812,310987045.13309199,317335586.19135302,322607798.99833792,327316279.72564948,332727859.78983742,338352565.26145113,343813045.72017747,349138416.29305953,354684707.0170911,360434219.71192449,366371530.8029657,372505722.83883101,378860429.1750446,385443915.67059761,392260625.7068764,399319830.37594461,406630692.33494651,414202964.5035249,422046672.75650132,430172293.93176121,438590616.54849172,447313333.95866442,456351965.99751502,465719115.52508599,475427540.71224391]
[null,null,null,"N8 Option 2",null,671679252.55855,689398438.42198002,704260778.54391003,715220297.56693995,725553017.70678997,737055861.28513992,751373530.25182998,763359005.36341,773931328.23469996,786089643.27481997,798744375.28807998,810965384.92076993,822793272.20121002,835063161.45586002,847772258.06219995,860891879.76778996,874439459.86863005,888468706.45978999,902998773.25511992,918038281.18242002,933607482.39574993,949726305.22976995,966415968.91804993,983698262.94216001,1001595960.76696,1020132490.9297,1039333318.4658,1059223428.1804,1079830254.0938001,1101181510.2588]
[null,"N11","Illawarra Coast","N11 Option 1",null,1012045518.382449,1025449964.135035,1042097051.240098,1051371572.617226,1060223701.217896,1070319473.327937,1084313698.6132481,1095273226.1671131,1103860819.580807,1114205336.227294,1125023084.6568291,1134580747.845994,1142518395.073395,1150340782.6579881,1158349348.184037,1166523496.7099631,1174864723.8713629,1183425649.5284369,1192218747.643625,1201235830.3108959,1210484906.4486711,1219972790.9546261,1229707024.17593,1239695059.4238231,1249944712.9402549,1260463871.569488,1271261999.411247,1282346939.8824899,1293728807.296463,1305416983.069088]
[null,"N12","Illawarra","N12 Option 1",null,1012045518.382449,1025449964.135035,1042097051.240098,1051371572.617226,1060223701.217896,1070319473.327937,1084313698.6132481,1095273226.1671131,1103860819.580807,1114205336.227294,1125023084.6568291,1134580747.845994,1142518395.073395,1150340782.6579881,1158349348.184037,1166523496.7099631,1174864723.8713629,1183425649.5284369,1192218747.643625,1201235830.3108959,1210484906.4486711,1219972790.9546261,1229707024.17593,1239695059.4238231,1249944712.9402549,1260463871.569488,1271261999.411247,1282346939.8824899,1293728807.296463,1305416983.069088]
[null,"N13","South Cobar","N13 Option 1",null,2087785564.7243669,2131547923.360338,2173192054.57546,2198454064.199306,2221918552.5331149,2248822976.7274342,2283961507.7928882,2311634550.928134,2334636954.1067181,2361962766.3403792,2390381164.9199471,2416315644.589921,2439538221.472816,2463179694.8818021,2487579418.5079131,2512639298.3071308,2538385206.8223929,2564950753.0480232,2592369686.0768361,2620640356.0901799,2649795495.4893198,2679865863.417284,2710884598.123888,2742885469.2349381,2775903709.238307,2809975402.3818021,2845141016.602293,2881438271.553041,2918910658.5884018,2957600918.822298]
[null,null,null,"N13 Option 2",null,3244030455.8652668,3304749126.1990829,3366056021.4205689,3401060686.3695912,3433733531.7078199,3471395723.6694622,3521533837.5313239,3560433964.6779189,3592002374.253242,3629919988.995831,3669377611.232285,3704600169.5296788,3735005042.7359281,3765620829.2794619,3797148559.1766291,3829454010.8333359,3862564936.0701871,3896672753.8228951,3931820994.818913,3967995781.9594822,4005235809.1493111,4043576291.8795028,4083055473.3656602,4123712063.2190681,4165586459.256887,4208719813.9902029,4253159332.0022659,4298947478.1992865,4346134869.0496101,4394770352.0009823]
[null,null,null,"N13 Option 3",null,3299132527.0609188,3360080998.155221,3422081134.1808729,3457470737.7502551,3490533613.0815992,3528606238.248075,3579404578.2298799,3618860076.5781679,3650817988.553062,3689201480.0737748,3729155921.095058,3764812665.868587,3795552425.365942,3826477077.6803689,3858316458.9490108,3890937631.4861169,3924366913.3267112,3958798362.5046568,3994276331.401103,4030786084.9107051,4068366481.6746111,4107052831.8146229,4146883488.8928528,4187897255.223412,4230134625.6156268,4273636845.8297801,4318451277.3653545,4364620441.9058504,4412195119.7036238,4461224268.1376934]
[null,null,null,"N13 Option 4",null,3247137779.1756058,3307857962.7541518,3369161572.4422278,3404155275.210278,3436817967.3630738,3474471406.3440971,3524618381.4469261,3563528310.656682,3595096123.5714202,3633015406.7835169,3672476598.613131,3707701955.7233701,3738110151.1622329,3768727677.3677592,3800257057.7337332,3832564370.268229,3865677176.6146479,3899787026.2312961,3934937518.3526702,3971114716.825964,4008357318.5237532,4046700536.637393,4086182612.6155758,4126842252.417685,4168719851.1248741,4211856556.763895,4256299572.2717428,4302091357.8197384,4349282527.3642359,4397921924.7752304]
[null,"DN1","Dubbo","DN1 Option 1",null,601000000,609000000,620000000,627000000,633000000,641000000,650000000,657000000,663000000,670000000,678000000,684000000,690000000,695000000,701000000,707000000,713000000,719000000,725000000,731000000,737000000,744000000,751000000,758000000,765000000,772000000,779000000,787000000,795000000,803000000]
[null,null,null,"DN1 Option 2a",null,125000000,127000000,129000000,130000000,132000000,133000000,135000000,137000000,138000000,139000000,141000000,142000000,143000000,145000000,146000000,147000000,148000000,149000000,151000000,152000000,153000000,155000000,156000000,158000000,159000000,161000000,162000000,164000000,165000000,167000000]
[null,null,null,"DN1 Option 2b",null,280000000,284000000,289000000,292000000,295000000,298000000,303000000,306000000,309000000,312000000,316000000,319000000,321000000,324000000,327000000,329000000,332000000,335000000,338000000,341000000,344000000,347000000,350000000,353000000,356000000,360000000,363000000,367000000,370000000,374000000]
[null,null,null,"DN1 Option 3",null,943000000,955000000,973000000,983000000,994000000,1005000000,1020000000,1031000000,1041000000,1052000000,1064000000,1074000000,1083000000,1091000000,1100000000,1109000000,1118000000,1128000000,1137000000,1147000000,1157000000,1167000000,1178000000,1189000000,1200000000,1211000000,1223000000,1235000000,1247000000,1260000000]
[null,"DN2","Yass","DN2 Option 1",null,271000000,274000000,280000000,283000000,286000000,289000000,293000000,296000000,299000000,302000000,306000000,309000000,311000000,314000000,316000000,319000000,321000000,324000000,327000000,330000000,333000000,335000000,339000000,342000000,345000000,348000000,351000000,355000000,358000000,362000000]
[null,"DN3","Marulan","DN3 Option 1",null,306000000,310000000,316000000,319000000,322000000,326000000,331000000,335000000,338000000,341000000,345000000,348000000,351000000,354000000,357000000,360000000,363000000,366000000,369000000,372000000,375000000,379000000,382000000,386000000,389000000,393000000,397000000,401000000,405000000,409000000]
[null,"SA"]
[null,"REZ / Constraint ID","REZ name","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"S7","Eastern Eyre Peninsula","S7 Option 1",null,179000000,179000000,181000000,183000000,184000000,185000000,188000000,189000000,191000000,192000000,194000000,195000000,196000000,197000000,198000000,199000000,200000000,201000000,202000000,203000000,205000000,206000000,207000000,208000000,209000000,210000000,211000000,212000000,214000000,215000000]
[null,"MN1","Group Constraint - facilitating power out of mid-north SA","MN1 Option 1",null,614000000,620000000,631000000,639000000,647000000,655000000,666000000,675000000,682000000,691000000,700000000,708000000,716000000,724000000,732000000,740000000,749000000,757000000,767000000,776000000,785000000,795000000,805000000,816000000,826000000,837000000,849000000,860000000,872000000,885000000]
[null,null,null,"MN1 Option 2",null,792000000,800000000,813000000,822000000,830000000,839000000,852000000,863000000,871000000,882000000,892000000,902000000,911000000,921000000,930000000,940000000,951000000,961000000,972000000,983000000,995000000,1006000000,1019000000,1031000000,1044000000,1058000000,1071000000,1085000000,1100000000,1115000000]
[null,null,null,"MN1 Option 3",null,951000000,960000000,975000000,985000000,994000000,1004000000,1019000000,1031000000,1041000000,1052000000,1064000000,1075000000,1086000000,1096000000,1107000000,1118000000,1130000000,1141000000,1154000000,1166000000,1179000000,1192000000,1206000000,1220000000,1234000000,1249000000,1264000000,1280000000,1296000000,1313000000]
[null,null,null,"MN1 Option 4",null,1892798604.6673999,1909449310.6415999,1937609133.4312999,1955250573.0062001,1971867540.6647999,1990368566.9834001,2017673072.7613001,2040270877.8164001,2057473294.6573999,2077993458.1493001,2099624597.1242001,2119383266.7114,2137159433.4861,2154889371.4773998,2173103739.2178998,2191784997.5084,2210901513.8776999,2230568615.8923001,2250819185.4775,2271637070.3586998,2293041824.9507999,2315050734.8962998,2337682386.2068,2360955368.9671001,2384889035.9686999,2409502830.6318002,2434819404.0215998,2460858602.8051,2487644356.0139999,2515199470.5134001]
[null,"NSA1","Group Constraint - facilitating power out of north SA","NSA1 Option 1",null,478000000,484000000,492000000,497000000,501000000,506000000,513000000,518000000,522000000,527000000,532000000,536000000,539000000,543000000,546000000,550000000,554000000,558000000,561000000,565000000,569000000,574000000,578000000,582000000,587000000,591000000,596000000,600000000,605000000,610000000]
[null,"S2","Riverland","S2 Option 1",null,152018773.89750001,152577405.84391001,154494027.70131001,155566952.26638001,156665577.90880999,157847145.41003001,159632895.24959999,161105536.57589,162186863.43974999,163477991.87457001,164844550.67822999,166043351.58316001,166974607.80831,167846392.05489999,168725481.99301001,169614854.31720001,170512640.75246,171425298.74641001,172354725.59560999,173298846.00466001,174258056.49958,175232554.22325,176222595.99092999,177228376.19609001,178250110.20918,179287990.08158001,180342381.38299,181413373.82563999,182501344.18053001,183606521.36149999]
[null,"S4","Yorke Peninsula","S4 Option 1",null,640110849.53599,647932431.38734996,659782835.11372995,667035353.24798989,673747198.68378997,681462722.96086991,691595664.96214998,699426369.35588992,705827415.68097997,713486433.26909995,721435168.51034999,728591279.09211004,734837254.9254899,741145127.30973005,747623916.66478992,754243124.90566993,761008142.60707998,767955364.52383006,775091620.80133998,782412986.09676993,789925576.52357996,797634755.26420999,805546412.87866998,813666424.7543,822000905.47711003,830556020.54811001,839339006.82173991,848356047.41559994,857614814.91470003,867122501.36828005]
[null,null,null,"S4 Option 2",null,196068224.42675999,198579714.13058001,201562310.55372,202858633.13317999,204027749.47297999,205459272.76174,207690787.29585001,209316912.09330001,210435713.61912,211875644.60365999,213389050.71921,214609478.99235001,215492305.78597,216316335.12294999,217153180.17275,217997138.76086,218845949.54846999,219709078.14322999,220587932.03940001,221479550.12241,222384230.14318001,223301992.36588001,224232921.81856,225177048.43924001,226134400.333,227104971.39004001,228088979.01741001,229086287.37389001,230097109.18235001,231121454.52395999]
[null,"S6","Roxby Downs","S6 Option 1",null,1350136028.8663001,1369019739.4530001,1392476204.5987999,1404074929.7776999,1414596525.7290001,1427193799.9611001,1444917366.4493001,1457863567.2862,1467624644.8642001,1479817874.9674001,1492500665.0151999,1503133685.3891001,1511398414.904,1519452260.5987,1527679277.3731,1536017406.9703,1544466578.1092999,1553094794.9007001,1561910800.4683001,1570898336.6343,1580062383.904,1589406111.227,1598933357.5943,1608647702.3304,1618552830.6630001,1628652313.7702,1638951474.3060999,1649453194.0597,1660163044.1503,1671085243.3947999]
[null,"S8","Western Eyre Peninsula","S8 Option 1",null,1457653807.6691999,1478114718.3206999,1504016379.3964,1517752849.2593999,1530209130.6918001,1544962819.1201999,1565383247.2551999,1580617472.4719,1592395677.099,1606903279.0762,1621989897.6347001,1634998432.6877999,1645709389.6705,1656337586.3573,1667233712.0302999,1678327319.6772001,1689619764.6552999,1701189607.7913001,1713048829.3847001,1725182711.9456,1737599925.2802,1750307263.4861,1763312403.527,1776622862.4935,1790246421.2158999,1804190826.9205999,1818465932.6784,1833079076.3591001,1848040648.6959,1863359738.0163]
[null,null,null,"S8 Option 2",null,676328487.25196004,685333230.14221001,697381267.16187,704121008.62067997,710209400.18697,717386261.58430004,727237451.48237002,734678262.55316007,740519371.26758003,747641886.91038001,755049459.34538007,761571595.49118006,767110414.21334994,772647859.85979998,778328230.22470999,784118122.01318002,790018891.39715004,796067657.65188003,802270641.16474998,808621729.48818004,815125624.52058995,821786186.94277,828607736.28148997,835594527.60512996,842750973.41125,850081516.54275,857591595.12895,865285501.30435002,873168994.98106992,881247259.61160004]
[null,null,null,"S8 Option 3",null,1701588667.3417001,1725174991.1949999,1755628788.2914,1772649314.3498001,1787923218.6443,1806009382.4147999,1830925847.4052,1849739562.0864999,1864490568.3127,1882504155.8055999,1901241160.9296,1917764917.4793999,1931934212.7025001,1946144901.8206,1960737715.1417999,1975624759.1199,1990808379.9181001,2006384074.7286999,2022368000.9177999,2038745247.5185001,2055528428.2128999,2072728043.7105999,2090355776.9675,2108423197.9082,2126942295.9969001,2145925157.4363,2165386426.3987002,2185337912.1092,2205795128.3683,2226772186.7774]
[null,"TAS"]
[null,"REZ / Constraint ID","REZ name","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"T3","Central Highlands","T3 Option 1",null,604000000,621000000,636000000,646000000,657000000,668000000,682000000,694000000,705000000,718000000,731000000,743000000,755000000,768000000,781000000,795000000,809000000,825000000,840000000,857000000,874000000,892000000,911000000,930000000,951000000,973000000,995000000,1019000000,1044000000,1070000000]
[null,null,null,"T3 Option 1A",null,222000000,224000000,228000000,230000000,232000000,235000000,238000000,240000000,242000000,245000000,247000000,250000000,251000000,253000000,255000000,257000000,259000000,261000000,263000000,265000000,267000000,270000000,272000000,274000000,277000000,279000000,282000000,284000000,287000000,290000000]
[null,null,null,"T3 Option 2",null,506332096.39258999,524790191.59051001,538696377.64496994,549553550.59355998,560066042.12821996,571709063.45895004,585602884.29650998,597756346.32248998,609108182.12063992,621974513.00436008,635457599.99116993,648857230.47036994,662241268.84179997,676333208.59991002,691107570.96222997,706555740.90709996,722718417.13611007,739663031.67891991,757429322.67473006,776051669.76447999,795575072.23615003,816045936.46466005,837513584.62514997,860029715.50312996,883648878.20763993,908428251.09832001,934429056.40776992,961714435.15128005,990352145.11267996,1020412820.7733001]
[null,"T1","North East Tasmania","T1 Option 1",null,796020974.91033995,822344049.86901999,842948956.79606998,858667637.01581001,873818206.85091007,890721751.82726991,911140004.36431992,928782510.50663996,945069276.36633003,963621244.87353992,983069828.3636899,1002278315.85788,1021289349.9924001,1041252446.3595001,1062171428.0647,1084031265,1106887423.9663999,1130838516.1176,1155940319.8543999,1182239211.6136999,1209797925.8036001,1238681026.7172999,1268957162.0309999,1300698256.3103001,1333980199.381,1368882524.5462999,1405490493.0469,1443891870.1231999,1484181007.3800001,1526456165.6758001]
[null,null,null,"T1 Option 2",null,596049691.20431006,616252545.3899399,632139047.15216005,644369506.71068001,656231024.57058001,669390502.63999999,685100374.76839995,698726297.27058995,711405494.65416002,725808656.83028996,740894690.78276002,755808515.54171002,770565249.70541,786071113.06606007,802317901.38422,819295033.40276003,837047763.90112996,855651023.26286995,875147875.29314995,895575020.23678005,916981259.20478988,939416854.36504996,962935246.20338988,987592429.30569994,1013447490.83497,1040562347.5044,1069003360.6012,1098838865.2853,1130142297.2795,1162990151.2797999]
[null,"T2","North West Tasmania","T2 Option 1",null,240158121.32286999,245560419.82260001,250879159.27191001,254586275.63589999,258158862.14662999,262175904.42908001,267131249.97999999,271240013.49651998,274906543.47741002,279140768.68203002,283569301.10663998,287811406.62946999,291791678.50624001,295911430.70172,300206551.67196,304671444.94199002,309317052.14530998,314164945.35644001,319225444.63856,324505562.82011002,330016567.28876001,335769922.98237997,341777864.57181001,348053168.05616999,354609318.17137998,361460432.93413001,368621757.72104001,376108781.18059999,383938365.03702003,392127947.06682003]
[null,null,null,"T2 Option 2",null,806421132.37501001,826753641.60813999,845303700.29369998,858303003.64266002,870849943.20393002,884899894.17618001,902180865.12310004,916664545.40035999,929665674.86671007,944642904.78796995,960313414.73353004,975388697.98374999,989703925.27069998,1004574277.2752,1020100015.3061,1036262780.4327,1053102124.4453,1070695560.3399,1089081686.7780001,1108288103.7628,1128357215.3429,1149332288.0669999,1171259443.7969999,1194186898.0195999,1218165533.1492,1243248622.5685999,1269493597.3794999,1296959012.8868001,1325708390.6445,1355807546.4365001]
[null,null,null,"T2 Option 3",null,980249858.32008994,1011624410.93204,1036585670.1248,1055171953.6109,1073182331.4222,1093167404.7399001,1117381738.6424,1138295147.1917,1157493783.3462,1179389156.9149001,1202332190.1092,1224844341.8780999,1246946535.2316999,1270108024.325,1294364069.8320999,1319697724.1861,1346172437.6600001,1373903831.0906999,1402956386.2890999,1433382245.3067,1465253356.1300001,1498643662.6135001,1533631802.9747,1570300154.6287,1608735631.5171001,1649029289.0076001,1691278845.2047999,1735584738.0926001,1782055082.6185999,1830802383.6217]
[null,"T4","North Tasmania Coast","T4 Option 1",null,370540722.99223,382269103.42229003,391670677.82253999,398738703.72319001,405598143.29210001,413190015.60383999,422390111.71183997,430366049.10648,437691441.47291988,446033275.54369003,454776471.64298999,463372572.57617998,471822988.79058999,480676234.20016998,489946032.94317001,499626927.6444,509742950.48935002,520337904.67081988,531436481.41806,543058600.30834997,555231683.04056001,567983919.51908004,581345287.88493001,595347189.25154996,610022755.12957001,625406700.68978,641536271.27297997,658449754.75551009,676188361.94203007,694794980.98096001]
[null,null,null,"T4 Option 2",null,430866400.17984003,445449660.11593002,456793352.9763,465565117.78759003,474048384.66548997,483468446.50590003,494796536.36268997,504650227.00190002,513786023.26920998,524164380.45832998,535044247.13889003,545822164.37285995,556524403.1801101,567769768.78881991,579553920.6952399,591869900.75363994,604749253.86141992,618246630.75396001,632393586.61348999,647216674.12165999,662751362.09308994,679034184.68786001,696103980.07163,714001444.29841006,732769518.67188001,752453209.09896994,773100739.82376003,794761784.84403992,817489712.75366008,841340122.93628001]
[null,"QLD"]
[null,"REZ / Constraint ID","REZ name","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"Q1","Far North QLD","Q1 Option 1",null,4097011906.8340001,4177549635.6964989,4255011229.9491,4298277637.1054001,4337432074.5257998,4383590331.4861002,4446195206.7346001,4493817691.5211,4531783728.0362997,4577882778.9980001,4625834204.2151995,4668434412.0173998,4705366379.1387997,4742596191.8821001,4780922223.9231005,4820130946.9165001,4860240241.1920004,4901493078.2210999,4943935578.8473997,4987540887.4449997,5032349546.6100998,5078397298.6726999,5125723219.8769999,5174366606.4200001,5224368287.0402002,5275769679.0535002,5328619156.8014002,5382958678.3170996,5438839786.8916998,5496311204.1070004]
[null,"Q2","North Qld Clean Energy Hub","Q2 Option 1",null,1077270557.457,1096666724.4638,1115858783.4186001,1125582167.6038001,1134187161.0453999,1144665746.0413001,1159538395.3306,1170471779.5822999,1178760684.5574999,1189096227.9340999,1199871105.6443999,1209117075.1491001,1216738988.5328,1224300740.7525001,1232071979.6847999,1239996921.8374,1248073681.3187001,1256362897.8936999,1264874025.4596,1273596177.3710999,1282536364.6236999,1291700223.5079,1301094057.3006999,1310724105.1262,1320596827.0796001,1330718712.7867999,1341097839.4033999,1351740501.0416999,1362655268.7328,1373849816.3855]
[null,null,null,"Q2 Option 2",null,1120604774.2286,1140329129.1424,1160435702.9612,1170706637.2393999,1179914019.2839,1190987613.2625999,1206524140.1819999,1218010394.1259,1226795818.1078999,1237693309.3211999,1249042419.6394,1258783715.7216001,1266765007.5413001,1274671780.1670001,1282788541.5272,1291059530.5322001,1299484622.9493999,1308125536.9235001,1316991933.0666001,1326072592.7676001,1335374604.4128001,1344903630.7685001,1354666028.0632999,1364668069.0251999,1374916252.4447999,1385417095.4421,1396178762.7465,1407207531.1592,1418512059.2851,1430100049.5453999]
[null,"Q5","Barcaldine","Q5 Option 1",null,1627018049.1917,1653933415.6977999,1681516909.1998999,1693286113.0732999,1703279826.3778,1716156408.0803001,1735677204.8241,1749148847.4426999,1758484353.0114999,1770755371.0517001,1783567032.056,1793736052.8336,1801097972.8429999,1808103116.1729,1815263793.6264999,1822489924.3492,1829768745.9870999,1837184432.2365,1844744905.4714,1852426177.5987,1860231201.6884,1868160639.6355,1876215734.7843001,1884397406.6596999,1892706499.4324,1901143667.8692999,1909711466.8850999,1918409517.6722,1927240417.9138999,1936205054.5495]
[null,"Q9","Banana","Q9 Option 1",null,1547032629.9563999,1570581915.1838,1596978901.8187001,1609172189.9649999,1620209637.3485999,1633553877.3993001,1652850038.1814001,1666797835.8434,1676997461.6275001,1689919421.8329,1703386676.5968001,1714404920.8789999,1722609412.8573999,1730476031.8775001,1738498366.2787001,1746609969.9493999,1754805875.6222,1763162823.4033999,1771690359.8555,1780367967.2518001,1789199879.6837001,1798188211.142,1807335734.4576001,1816644894.5688,1826118187.3289001,1835757921.224,1845568335.437,1855550853.5513,1865709873.6046,1876048203.05]
[null,null,null,"Q9 Option 2",null,854433594.90153003,867522008.46152997,882560096.47131002,889631045.19844997,896029298.32663989,903773711.57106006,914707281.3570199,922526567.34920001,928337640.59231007,935684195.98216009,943320744.06796992,949573145.88349998,954198882.28611004,958647075.33431005,963183620.16371,967767371.44633996,972398389.16006994,977118923.48836994,981933464.62508988,986830933.77171993,991813636.66495001,996882715.43006003,1002039688.25052,1007285893.3761899,1012622692.376,1018051350.18221,1023574202.3677,1029192001.558,1034907176.7041,1040721253.2194]
[null,null,null,"Q9 Option 3",null,530297034.97987002,537695934.96108997,546543587.25609004,550784254.73566008,554638896.59933996,559264507.85288,565952989.00616002,570847184.21645999,574449574.53524995,578972647.35748005,583693542.77496004,587621108.25836992,590600476.26318991,593462559.52891004,596379184.26642001,599329757.59847999,602312368.99063003,605353132.95002997,608455683.17840004,611613085.35822999,614826881.19571996,618097897.85596001,621427197.12036002,624815718.57432997,628264428.38091004,631774244.74120998,635346737.36468005,638982512.03798997,642683209.03877997,646449927.11274993]
[null,"NQ1","Group Constraint NQ1","NQ1 Option 1",null,1767754969.4493999,1803357373.8281,1836406584.4338,1854914769.4014001,1871439747.9112,1891169192.2883999,1918240920.7960999,1938763470.1649001,1955019185.7155001,1974827207.2121999,1995460073.0932,2013868802.7363999,2030026187.1658001,2046357550.1868,2063191925.9137001,2080433807.9895,2098087452.9082,2116261231.2107,2134976035.3580999,2154220659.9772,2174013666.6403999,2194371563.0089998,2215312325.1329002,2236854078.7521,2259015656.3067999,2281816182.4892998,2305277837.9102001,2329420131.1609001,2354266703.0942001,2379840070.3597002]
[null,null,null,"NQ1 Option 2",null,4755015634.2754002,4829108542.4378996,4907283264.4000998,4940937414.4502001,4970126453.4159002,5007087301.5619001,5063452729.9092999,5103094166.2497997,5130582003.7047997,5166431906.9167995,5203940312.2839003,5233909603.2586002,5255702899.3803997,5276361259.4202003,5297452236.0685997,5318753852.1451998,5340223695.4549999,5362104628.5114002,5384424182.0732002,5407112692.2007999,5430179638.2488995,5453627795.085,5477461644.2474003,5501684656.1025,5526300203.2599001,5551311003.5622997,5576725422.3442001,5602543296.6775999,5628773129.3675003,5655418524.1775999]
[null,"CQ1",null,"CQ1 Option 1",null,206851966.2349,209397491.08877,212672719.23414999,214174249.83327001,215512450.91670001,217168178.81527999,219642652.80495,221406890.44604,222656325.50382999,224256677.94292,225932090.49697,227298193.91687,228286694.18200999,229216885.97817001,230161802.49416,231113564.83739001,232070766.73556,233043365.63521999,234032553.35468999,235035285.58429,236051847.95717001,237082239.86234999,238126534.00645,239184742.50724,240256873.51111999,241342907.16124001,242443054.44936001,243557143.28277999,244685383.73679,245827762.77715001]
[null,null,null,"CQ1 Option 2",null,526339827.69993001,534991075.89157993,543836353.71464002,547746698.31942999,551085248.73749995,555304397.09414995,561734410.49018991,566299878.09448993,569500954.04118991,573641060.83170998,577969938.95609999,581494448.06160998,584171332.08802998,586744404.40082002,589374958.93396997,592035812.27081001,594722115.47039998,597461263.34849,600256591.95771003,603100605.69358993,605994605.94352996,608939167.84336996,611935077.21521997,614983018.56033993,618083669.15006006,621237674.89206994,624446299.80216002,627709872.18025005,631029710.01203001,634406594.02811003]
[null,"SQ1","Group Constraint - Wide Bay ","SQ1 Option 1",null,1015420584.45364,1036031191.5186,1055625666.3406,1067273989.8576,1077883323.5552001,1090246003.8699,1106732487.5848,1119502294.4224999,1129896899.1991,1142363701.7070999,1155333117.7474,1167093877.8771999,1177573536.1612999,1188210971.8840001,1199173062.0127001,1210407720.5023999,1221921692.5723,1233778075.1452999,1245990340.3304,1258554098.2363,1271481824.0562999,1284784878.9635,1298475578.2781,1312566368.681,1327070201.9298999,1342000259.9182999,1357371598.2117,1373197766.3099,1389494830.9503,1406278278.4393001]
[null,null,null,"SQ1 Option 2",null,901393030.95413005,920461261.98134995,938085908.36363006,948600394.54433,958139678.33776009,969286849.07380998,984111014.45253003,995584134.26119995,1004956825.80391,1016197062.03186,1027886144.8393,1038510765.2565,1048044353.5962,1057747762.8085999,1067754211.9912,1078014850.2381001,1088536352.5058,1099375744.6126001,1110545205.4265001,1122041364.3745,1133875861.6438999,1146059357.8174,1158603393.2888999,1171519651.0143001,1184820287.4590001,1198517682.0961001,1212625918.0146,1227157762.6599,1242128248.1766,1257551919.9619]
[null,"SWQLD1","Transmission Limit Constraint - Darling Downs","SWQLD1 Option 1",null,26461391.615065001,26493664.525683999,26558987.360737,26539529.409396,26527439.31679,26527870.495558999,26662484.653875999,26789717.511898,26837214.557399001,26907839.049206,26993438.935754001,27067659.767854001,27133777.773010999,27187765.584908001,27241412.581978001,27296757.146246001,27352629.403756998,27410078.641380001,27469612.247455999,27530781.263698,27593617.695275001,27658111.349004,27724259.292181,27792042.839001,27861450.543772001,27932458.995777,28005069.671551,28079252.093375001,28155002.900858998,28232305.230955001]
[null,null,null,"SWQLD1 Option 2",null,6752955.3605339006,6730696.1178262001,6816423.6961393002,6870659.2543164995,6876020.1374351,6961392.0429058997,7064624.7878146991,7063413.9802363003,7060271.7029681997,7081259.5309180999,7102385.3904513,7117625.6582602002,7118141.4231369998,7121150.1483234996,7126355.6520999996,7131712.4212866006,7137704.2593780002,7144880.2490087003,7152972.9886718998,7161917.4049243992,7171710.2952127,7182339.7688477002,7193798.3474341994,7206075.4437071001,7219162.5803188998,7233048.4368284997,7247729.4471493,7263191.7084313994,7279431.6474601002,7296440.1484137997]
[null,null,null,"SWQLD1 Option 3",null,487944190.6789,489165529.51590002,492995681.36641002,494576876.22210997,496395665.72165,498264276.36333001,502403686.1275,506140538.17527997,508413918.17911988,511213339.13238001,514284839.05166,516928009.60900003,518980503.03174001,520782842.3021,522583883.44361991,524412209.32265991,526250866.36435002,528120169.65368998,530028565.58186001,531967955.71078998,533939148.06152999,535942242.02016002,537977455.70653999,540044775.88276994,542144261.10109997,544275820.63100004,546439876.55781996,548636081.84491992,550864812.245,553126055.6402899]
[null,null,null,"SWQLD1 Option 4",null,263815090.24781999,264636623.83333001,267393249.91444999,268816639.43013,270269546.20424998,271876351.10128999,274619069.03735,276894673.61936998,278448060.22952002,280339739.84671998,282368327.45499998,284143008.57722998,285523137.55217999,286789723.12405998,288064312.94125998,289354797.40315998,290655604.37216002,291977995.22795999,293325594.60940999,294694448.86492997,296085088.93614,297497685.99927002,298932500.02631003,300389672.05181003,301869379.66728997,303371749.24378002,304897188.40676999,306445654.69314998,308017558.27416003,309613071.54799002]
[null,null,null,"SWQLD1 Option 5",null,931517934.66528988,948798166.32641006,966307878.40964997,977094833.05611992,987110886.94614995,998586881.00839996,1013767505.15336,1025730788.6567,1035558234.9555,1047235674.7244,1059392565.7738,1070512950.6375,1080442121.0330999,1090502930.1245999,1100857925.0678,1111468909.4296999,1122343257.7388999,1133537262.6377001,1145064159.9895,1156920428.5129001,1169117752.1821001,1181666811.9458001,1194579188.9298999,1207866554.8889999,1221541080.5446999,1235615146.3884001,1250102861.9849,1265016945.9012001,1280372458.7943001,1296183935.8784001]
[null,"Step Change"]
[null,"NSW"]
[null,"REZ / Constraint ID","REZ name","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"N5","South West NSW","N5 Option 1",null,1135000000,1140000000,1151000000,1163000000,1174000000,1192000000,1206000000,1217000000,1230000000,1243000000,1256000000,1267000000,1277000000,1287000000,1298000000,1309000000,1320000000,1331000000,1343000000,1355000000,1367000000,1379000000,1391000000,1404000000,1417000000,1430000000,1444000000,1457000000,1471000000,1486000000]
[null,null,null,"N5 Option 2",null,116067927.9178305,116139815.0459348,117060774.8686918,118103783.63229451,119094121.09788799,120672098.8768992,121955062.31272709,122893327.6713423,124070990.48696619,125286807.3513573,126425727.05138239,127330702.38899919,128217378.4942365,129112061.9733402,130020487.1274177,130938825.24636289,131874385.5138969,132827255.5233058,133796053.486241,134781087.91023919,135782623.46680349,136800738.11494511,137835577.54156059,138887278.72542539,139956014.83337289,141041915.29730639,142145159.69011009,143265934.86852759,144404388.30252281,145560763.4764615]
[null,"N9","Hunter-Central Coast","N9 Option 1",null,598000000,604000000,612000000,620000000,629000000,641000000,649000000,657000000,666000000,676000000,684000000,692000000,699000000,707000000,715000000,723000000,731000000,739000000,748000000,757000000,765000000,775000000,784000000,793000000,803000000,813000000,823000000,833000000,844000000,855000000]
[null,null,null,"N9 Option 2a",null,593000000,599000000,607000000,615000000,624000000,636000000,644000000,652000000,661000000,671000000,679000000,686000000,694000000,702000000,709000000,717000000,725000000,734000000,742000000,751000000,760000000,769000000,778000000,787000000,797000000,807000000,817000000,827000000,838000000,848000000]
[null,null,null,"N9 Option 2b",null,522000000,528000000,535000000,542000000,550000000,560000000,567000000,574000000,582000000,590000000,598000000,604000000,611000000,618000000,624000000,631000000,639000000,646000000,653000000,661000000,669000000,677000000,685000000,693000000,702000000,710000000,719000000,728000000,737000000,747000000]
[null,null,null,"N9 Option 3",null,218000000,220000000,223000000,226000000,230000000,234000000,237000000,240000000,243000000,246000000,250000000,252000000,255000000,258000000,261000000,264000000,267000000,270000000,273000000,276000000,279000000,283000000,286000000,289000000,293000000,297000000,300000000,304000000,308000000,312000000]
[null,null,null,"N9 Option 4",null,459000000,464000000,470000000,476000000,483000000,492000000,499000000,505000000,512000000,519000000,526000000,531000000,537000000,543000000,549000000,555000000,561000000,568000000,574000000,581000000,588000000,595000000,602000000,609000000,617000000,624000000,632000000,640000000,648000000,657000000]
[null,"N1","North West NSW","N1 Option 1",null,5875680663.2716112,5964045724.5113077,6034483792.3013287,6102977066.9799423,6178217943.8163071,6283519026.6648626,6362875554.2713804,6428701059.6167469,6509247377.212348,6591959576.5578585,6666786208.1640434,6732427632.1687536,6799344737.5545778,6867774721.5564222,6937666354.4716063,7008956355.2940063,7082105090.1358423,7157108209.9116488,7233938031.7213879,7312653687.4791479,7393313344.976429,7475968095.6656342,7560674498.5892696,7647491213.671443,7736480833.1352043,7827706181.5743084,7921234820.2640095,8017137574.5413599,8115484918.7634439,8216355841.5065231]
[null,"N2","New England","N2 Option 1",null,1074604918.9247999,1089384763.4070001,1102484886.3987,1115523252.5502999,1129880909.8525,1149382711.2281001,1163907467.4870999,1176209936.7411001,1191124249.7749,1206413551.7837,1220061816.5007,1231635559.7256999,1243407471.2588,1255404982.0653999,1267617473.3131001,1280039156.9847,1292748626.4925001,1305742780.0947001,1319014828.7852001,1332573242.7834001,1346426263.1912,1360580714.6552,1375044372.9142001,1389825244.8611,1404931943.2772999,1420373035.1206999,1436157787.9396,1452295985.5604,1468797149.0881,1485672260.8882]
[null,null,null,"N2 Option 2",null,228184592.8290697,231165092.38240901,234009237.07700101,236849186.79346931,239951285.159832,244153589.16740131,247327309.31617621,250026860.17617801,253276029.9531984,256608428.6975598,259625663.49794209,262210840.23593381,264843053.63072839,267526400.3929581,270259812.20414782,273042095.29861993,275889871.73304462,278802814.58074349,281779653.61532789,284822341.3111822,287932813.82893449,291112694.89275688,294363827.46617699,297688107.29406762,301087565.57170808,304564232.53382587,308120292.10804439,311758048.78849471,315479759.87193722,319288003.73396617]
[null,null,null,"N2 Option 3",null,905180840.91751599,916894986.22904658,928108446.86398268,939333435.33805692,951460854.23435867,968022482.97528887,980663923.74408746,991340993.82270873,1004200614.761781,1017392893.928762,1029375023.132303,1039680272.043846,1050164919.220853,1060855794.78593,1071752252.3689671,1082847270.1614051,1094207515.4929869,1105832370.9763601,1117716915.703228,1129869208.7512219,1142297233.685107,1155007751.697526,1168008392.6983471,1181307015.802062,1194912032.402107,1208831856.118571,1223075532.9239881,1237652594.8632891,1252572411.978492,1267845637.2602601]
[null,"N3","Central-West Orana","N3 Option 1",null,853232977.19356656,855186218.06249535,862397436.59976709,870148021.29704237,877733584.65800023,889816886.05331814,899439095.42449558,906521490.04011178,915431227.1271385,924633491.30361128,933183016.32840967,940052925.87395084,946808648.65166938,953644287.64090812,960592455.0949105,967624380.99346781,974797270.0380944,982111424.63422227,989556830.61654139,997136454.32502043,1004852905.6203671,1012707457.398919,1020701907.64921,1028838027.664566,1037117898.113536,1045543312.087968,1054116455.1043169,1062839622.492967,1071714835.483691,1080744880.7805009]
[null,null,null,"N3 Option 2",null,1137178264.300679,1151669603.2461979,1164980298.6966519,1178193448.985883,1192327126.3147409,1212266703.070725,1227637078.469753,1240259599.0465469,1255662242.8966961,1271488498.900063,1285989784.903538,1298649942.6618271,1311518307.616595,1324665096.586714,1338095844.913168,1351794846.4861939,1365849348.6630399,1380260088.4981539,1395021549.682817,1410145028.1419711,1425641648.7954071,1441521134.647763,1457794249.2712901,1474472149.18098,1491566737.7753141,1509089937.466397,1527054589.267091,1545474137.4423079,1564361969.3511839,1583733084.5254819]
[null,null,null,"N3 Option 3",null,647737888.64623785,656858465.61655772,665248922.52797556,673513604.30084169,682479312.93111289,694671976.86838031,704005729.44919908,711931325.97652686,721459208.92819309,731236186.98933065,740172637.62150657,747971995.14909899,755932642.11636412,764065025.90126491,772367535.61999679,780835695.64082563,789519325.50794828,798418653.51246691,807531157.48994994,816863778.54719436,826423426.14444602,836216195.42635584,846248838.72657132,856528342.63166177,867062143.05325782,877857727.63347149,888923107.09449172,900266699.83441126,911896872.11509383,923822983.15508246]
[null,"N4","Broken Hill","N4 Option 1",null,1281732102.5247681,1296237236.1044259,1310074456.2077279,1324193506.9359219,1339847413.7290399,1361458461.288094,1377082836.954428,1390067844.4978731,1406018594.8411739,1422362315.2111931,1436511871.2436931,1447834323.6675529,1459217844.7175441,1470751300.763716,1482418678.6907339,1494209692.33267,1506209971.711247,1518411175.5279851,1530799651.9007161,1543379551.289108,1556154493.739836,1569126173.664398,1582297189.484602,1595670078.806149,1609247832.297693,1623033120.305542,1637029101.7422869,1651239238.261734,1665666353.1458099,1680314625.0781059]
[null,null,null,"N4 Option 2",null,5569035215.2620029,5621188564.1146545,5681755355.6943579,5715098786.1151361,5791721456.5917397,5894623090.8489799,5933784679.2298441,5969316909.4312248,6020990181.5969563,6074722191.0212584,6122265337.9017115,6158736861.1563692,6197215735.1882362,6237237364.2822437,6277919398.2508068,6319466678.7511415,6362346463.2052565,6406420335.662816,6451640838.7043867,6498028149.8061504,6545601070.2153645,6594371219.0600891,6644353994.0146961,6695565394.1369047,6748023589.347971,6801745751.572772,6856752073.7691278,6913064012.5069838,6970701504.5956936,7029690227.4807215]
[null,null,null,"N4 Option 3",null,2632268903.1561451,2670243103.0805149,2702399959.2154632,2733886135.1652651,2768104823.2083278,2815691389.4675412,2852011199.2358661,2882249153.6859679,2919062913.7890968,2956869299.0038881,2991399123.8433471,3021785035.0516672,3052783277.1646438,3084487044.4453359,3116889771.925684,3149964422.0367761,3183917346.0592408,3218749488.7829309,3254450630.4272308,3291049327.9550638,3328573814.6603441,3367049224.9102688,3406503207.2914252,3446964466.1550641,3488463546.5493808,3531031172.8836031,3574700326.0408802,3619505537.8763571,3665481303.4518862,3712666050.5458808]
[null,"SWNSW1","Secondary Transmission Limit - South West NSW","SWNSW1 Option 1",null,449425314.81807607,458676172.04656518,465303626.42462188,471528923.68512958,478445984.84257507,487716186.89091313,494842932.52602601,501021763.55328238,508421024.39101678,516015321.82975411,523066947.16366988,529597683.54446322,536343186.36793172,543273966.29924357,550382784.22548664,557669239.01476038,565172879.64833808,572895381.98296392,580837810.77858186,589007943.49449992,597413657.08871841,606062402.34751725,614962199.35870087,624121407.05870521,633548833.28220832,643253462.38826442,653244818.94970918,663532864.04907978,674127695.28053808,685040291.49054837]
[null,"N8","Cooma-Monaro","N8 Option 1",null,281695855.76244187,289305247.68566012,294686399.80511892,299624037.00147378,305121336.02050161,312100016.66726959,317661036.25470519,322715932.6617378,328616506.21340412,334672415.41387671,340536600.67509568,346259983.77731478,352241672.77330428,358412632.36532289,364769151.90101838,371316004.5622716,378081825.07031292,385070246.50548643,392285576.48659593,399736256.73853773,407430997.53489947,415378368.16745198,423587452.75659961,432067745.64010859,440829179.79175562,449881967.25946718,459236864.05145568,468905092.34451687,478898152.67308462,489228338.23064858]
[null,null,null,"N8 Option 2",null,671679252.55855,688282952.37913001,700363015.44294,711590598.17326009,723864198.31676996,739711153.88933992,752466308.10284996,763869140.87415004,777235025.09501004,790955557.2392199,804203821.39478993,817024343.03471005,830380487.72521996,844148548.00363004,858326093.69698989,872919180.53356993,887994320.61081004,903559726.11088991,919623838.94446993,936205179.23913991,953322777.49444997,970995280.51451004,989242469.08231008,1008085016.11347,1027544568.3239,1047643347.0562,1068404788.5867,1089853337.2068999,1112014025.7857001,1134913651.9059]
[null,"N11","Illawarra Coast","N11 Option 1",null,1012045518.382449,1022906022.114453,1034310801.629546,1045801709.865204,1058061069.021135,1075383759.869554,1088670408.7289529,1099537274.9366241,1112804742.7856591,1126438621.539669,1138900537.4934161,1149557176.2837219,1160345614.808902,1171343500.9456661,1182558796.593158,1193977267.687011,1205673028.4714069,1217645775.3917389,1229889034.5441351,1242411051.2659991,1255219886.1278341,1268322249.4589491,1281725724.0361919,1295438130.228492,1309467868.432394,1323823275.2526269,1338513393.424984,1353547713.4253609,1368935570.206388,1384687619.5692539]
[null,"N12","Illawarra","N12 Option 1",null,1012045518.382449,1022906022.114453,1034310801.629546,1045801709.865204,1058061069.021135,1075383759.869554,1088670408.7289529,1099537274.9366241,1112804742.7856591,1126438621.539669,1138900537.4934161,1149557176.2837219,1160345614.808902,1171343500.9456661,1182558796.593158,1193977267.687011,1205673028.4714069,1217645775.3917389,1229889034.5441351,1242411051.2659991,1255219886.1278341,1268322249.4589491,1281725724.0361919,1295438130.228492,1309467868.432394,1323823275.2526269,1338513393.424984,1353547713.4253609,1368935570.206388,1384687619.5692539]
[null,"N13","South Cobar","N13 Option 1",null,2087785564.7243669,2126509141.0010569,2155908603.573061,2183949794.8851242,2215026152.3795938,2256737845.6665268,2288607124.165555,2316118748.548315,2349128198.190073,2383000481.6184602,2414250150.4533339,2442666069.8039641,2471928875.866591,2501944680.3719029,2532685843.015873,2564149146.992537,2596509441.2114019,2629771298.2260671,2663935292.3961229,2699032572.6993618,2735094566.2246318,2772150508.503911,2810232087.7955379,2849372279.1781788,2889605908.6926742,2930968393.8249168,2973497374.1289582,3017232252.9372702,3062212787.6923518,3108482507.2338409]
[null,null,null,"N13 Option 2",null,3244030455.8652668,3296058057.2027631,3337786843.2568049,3378338969.1262741,3423019492.2351961,3483887054.1090398,3529953071.364255,3569031037.2786698,3616347019.0201659,3664897633.7507019,3709096892.4986348,3748188086.1627169,3788211169.3081732,3829169024.5985341,3871030787.6396761,3913779170.759809,3957671052.305583,4002706383.8639898,4048875762.5571098,4096216909.0253339,4144767316.1635599,4194560764.8894482,4245634303.9944801,4298026416.3513603,4351777965.7590675,4406930203.7413034,4463527271.4810543,4521615420.7844257,4581240911.581934,4642455107.7685032]
[null,null,null,"N13 Option 3",null,3299132527.0609188,3351283143.0125508,3393537573.9407592,3434624472.6081262,3479810592.7422109,3541513726.6408911,3588262511.4433522,3627839078.262167,3675774817.897357,3724966355.4567471,3769759011.456275,3809326238.4157071,3849814496.0408931,3891243358.9529142,3933584092.7887311,3976816785.4282398,4021202405.1375532,4066741022.7835588,4113422493.1624842,4161284768.03406,4210365540.829937,4260698702.2730331,4312321448.4144011,4365272406.7659149,4419592609.6412792,4475323459.266634,4532509269.9016705,4591196480.0695801,4651431514.6823645,4713265957.1048861]
[null,null,null,"N13 Option 4",null,3247137779.1756058,3299157866.9647918,3340880537.4389191,3381427612.4274788,3426096975.7713618,3486975160.8816519,3533051728.6136069,3572123681.4217749,3619440526.4801788,3667992837.9053168,3712194626.380805,3751287916.7781382,3791311239.171752,3832269434.6027918,3874131870.561594,3916880952.032145,3960773810.7284532,4005810408.5446548,4051981289.8001661,4099324179.7958112,4147876571.4481158,4197672242.820591,4248748239.1355982,4301143040.260787,4354897507.8793068,4410052889.219759,4466653323.6682138,4524745059.5614958,4584374354.218152,4645592569.3719645]
[null,"DN1","Dubbo","DN1 Option 1",null,601000000,607000000,616000000,624000000,633000000,644000000,653000000,661000000,670000000,680000000,688000000,696000000,703000000,711000000,719000000,727000000,735000000,744000000,752000000,761000000,770000000,779000000,788000000,798000000,808000000,818000000,828000000,838000000,849000000,860000000]
[null,null,null,"DN1 Option 2a",null,125000000,126000000,128000000,130000000,132000000,134000000,136000000,137000000,139000000,141000000,143000000,145000000,146000000,148000000,150000000,151000000,153000000,155000000,156000000,158000000,160000000,162000000,164000000,166000000,168000000,170000000,172000000,174000000,177000000,179000000]
[null,null,null,"DN1 Option 2b",null,280000000,283000000,287000000,291000000,295000000,300000000,304000000,308000000,312000000,317000000,321000000,324000000,328000000,331000000,335000000,339000000,343000000,346000000,350000000,355000000,359000000,363000000,367000000,372000000,376000000,381000000,386000000,391000000,396000000,401000000]
[null,null,null,"DN1 Option 3",null,943000000,953000000,966000000,979000000,993000000,1011000000,1025000000,1037000000,1052000000,1066000000,1080000000,1092000000,1104000000,1116000000,1128000000,1141000000,1154000000,1167000000,1180000000,1194000000,1208000000,1222000000,1237000000,1252000000,1267000000,1283000000,1299000000,1315000000,1332000000,1349000000]
[null,"DN2","Yass","DN2 Option 1",null,271000000,274000000,278000000,281000000,285000000,291000000,295000000,298000000,302000000,306000000,310000000,314000000,317000000,321000000,324000000,328000000,332000000,335000000,339000000,343000000,347000000,351000000,355000000,360000000,364000000,369000000,373000000,378000000,383000000,388000000]
[null,"DN3","Marulan","DN3 Option 1",null,306000000,309000000,313000000,318000000,322000000,328000000,333000000,337000000,341000000,346000000,350000000,354000000,358000000,362000000,366000000,370000000,374000000,379000000,383000000,387000000,392000000,397000000,401000000,406000000,411000000,416000000,422000000,427000000,432000000,438000000]
[null,"SA"]
[null,"REZ / Constraint ID","REZ name","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"S7","Eastern Eyre Peninsula","S7 Option 1",null,179000000,179000000,181000000,183000000,184000000,187000000,189000000,191000000,193000000,195000000,197000000,199000000,201000000,202000000,204000000,205000000,207000000,209000000,210000000,212000000,214000000,216000000,217000000,219000000,221000000,223000000,225000000,227000000,229000000,231000000]
[null,"MN1","Group Constraint - facilitating power out of mid-north SA","MN1 Option 1",null,615000000,620000000,629000000,637000000,647000000,659000000,669000000,678000000,688000000,698000000,707000000,716000000,726000000,735000000,745000000,755000000,765000000,775000000,786000000,797000000,808000000,820000000,832000000,844000000,857000000,869000000,883000000,896000000,910000000,924000000]
[null,null,null,"MN1 Option 2",null,794000000,800000000,810000000,820000000,830000000,844000000,856000000,865000000,877000000,889000000,900000000,910000000,921000000,932000000,943000000,955000000,967000000,979000000,991000000,1004000000,1017000000,1031000000,1045000000,1059000000,1074000000,1089000000,1105000000,1121000000,1137000000,1154000000]
[null,null,null,"MN1 Option 3",null,953000000,960000000,971000000,982000000,993000000,1010000000,1024000000,1034000000,1047000000,1061000000,1073000000,1085000000,1097000000,1110000000,1122000000,1135000000,1148000000,1162000000,1176000000,1191000000,1205000000,1221000000,1236000000,1253000000,1269000000,1286000000,1303000000,1321000000,1340000000,1359000000]
[null,null,null,"MN1 Option 4",null,1892798604.6673999,1905213025.8234,1926189135.1768999,1946263565.3378999,1966844222.9779,1998863227.6199999,2024321003.5792999,2043774531.4251001,2068088623.0871,2093114950.4279001,2116406057.9099,2137473534.2309,2158776892.6188002,2180593405.9805999,2202940077.8896999,2225745133.4706001,2249173576.0187001,2273228851.4612002,2297897521.2930002,2323198937.2873001,2349151469.5760999,2375771293.8548999,2403075938.1216002,2431083671.6964998,2459813969.5671,2489286106.1157999,2519520887.2481999,2550539935.5465002,2582364785.0008001,2615019406.3930998]
[null,"NSA1","Group Constraint - facilitating power out of north SA","NSA1 Option 1",null,479000000,484000000,489000000,495000000,501000000,509000000,516000000,521000000,527000000,534000000,539000000,544000000,549000000,554000000,560000000,565000000,570000000,576000000,581000000,587000000,593000000,599000000,605000000,611000000,618000000,624000000,631000000,637000000,644000000,651000000]
[null,"S2","Riverland","S2 Option 1",null,152018773.89750001,152247979.27678999,153650559.01732999,155174034.28694001,156650975.28314999,158917835.41758001,160751388.73967001,162144002.68360001,163859884.00709999,165628367.75553,167274480.66185001,168600354.40913999,169909125.70609999,171232309.00296,172576247.49408001,173936083.27748001,175321868.39978001,176733722.00207999,178169884.66564,179630906.0688,181117279.06876001,182629250.60326999,184167167.50531,185731369.17427,187322249.48859,188940152.63367,190585488.06794,192258690.19817999,193960136.30454001,195690346.331]
[null,"S4","Yorke Peninsula","S4 Option 1",null,640110849.53599,646450076.70102,654712352.31658006,662881368.96323991,671937020.94735003,684128582.87148988,693302618.74772,701149458.00312996,710606884.12178004,720289878.45578003,729159831.41894996,737067693.52381992,745179966.31945002,753467081.02142,761920050.01209998,770536004.53673005,779363864.44011998,788402193.51195002,797648074.73003995,807107543.04933989,816786586.17568004,826690356.91071999,836824587.57064998,847195204.76329994,857808503.41561007,868670765.31844997,879788727.23913002,891169444.67286003,902819854.27923989,914747783.83219993]
[null,null,null,"S4 Option 2",null,196068224.42675999,198009539.14269,199745161.33182001,201463465.59834,203345646.61497,206271287.78799999,208385763.80794999,209978008.23695001,212027056.95445001,214136883.51842999,215956866.05825001,217418228.28641999,218865450.60444999,220333554.5896,221820931.73519,223322387.59108999,224851964.10698,226408586.87452999,227989750.67208001,229595953.04100999,231227574.52002999,232884703.90490001,234567544.4483,236276287.79429001,238011193.30388001,239772455.16688001,241560342.51998001,243375150.16102999,245217088.87812999,247086547.05090001]
[null,"S6","Roxby Downs","S6 Option 1",null,1350136028.8663001,1365231121.7174001,1379582907.5018001,1393840768.3491001,1409827797.2983,1432507674.2785001,1448902624.0246999,1462292767.0028,1478902837.7155001,1495940831.6921,1510873363.1312001,1523334182.1084001,1535916150.2732,1548709852.5387001,1561691707.1135001,1574845110.6161001,1588265983.8515999,1601946662.0759001,1615873790.2844999,1630053288.8736,1644490595.5652001,1659189166.4695001,1674153441.3745,1689387891.6355,1704897530.3434,1720687078.3369999,1736761860.3069999,1753127556.3308001,1769789305.7685001,1786753706.1858001]
[null,"S8","Western Eyre Peninsula","S8 Option 1",null,1457653807.6691999,1474199083.9528999,1490666104.8999,1506812693.3127,1524900821.3838999,1550366751.8896,1568999952.5299001,1584356318.7584,1603303242.3541999,1622729535.7665,1639990016.0734999,1654874392.1056001,1670001336.3624001,1685425460.2729001,1701118562.0186,1717063282.6394,1733368599.5829999,1750027828.7282,1767029074.2944,1784381554.9514999,1802094044.3722999,1820173305.0871,1838627226.8843,1857463906.2672,1876692129.1282001,1896320470.5716,1916358308.1221001,1936815529.4727001,1957701567.1363001,1979027592.8822]
[null,null,null,"S8 Option 2",null,676328487.25196004,683762402.70063996,691662764.10953999,699371448.0582,708021456.36776996,720137935.77435005,729073219.60696006,736500197.78506005,745599834.32120001,754931607.51501,763342162.98689997,770737347.19141996,778277953.49514997,785974201.65872002,793812862.33585,801786572.81022,809946386.16331005,818289903.78946996,826812272.98004997,835518362.32918,844412939.41562998,853499811.05211997,862783363.36223996,872268097.33381999,881958858.44558001,891860424.56111991,901977966.40418005,912316928.31571007,922882572.25913,933681007.01613998]
[null,null,null,"S8 Option 3",null,1701588667.3417001,1721176263.5472,1741048775.0012,1760276474.4560001,1781945787.4612999,1812457040.0985999,1834907125.4642,1853505460.5308001,1876367868.8043001,1899814313.8780999,1920924212.5771,1939635374.2653999,1958734283.2093999,1978243843.0127001,1998125943.7978001,2018360668.635,2039079088.0088,2060275121.6499,2081936965.4247,2104077520.1759,2126709399.5855999,2149842862.0079999,2173489617.8930998,2197661718.8214002,2222372107.3859,2247633580.5626998,2273459966.8657999,2299865800.4910998,2326865203.223,2354474450.5503998]
[null,"TAS"]
[null,"REZ / Constraint ID","REZ name","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"T3","Central Highlands","T3 Option 1",null,605000000,621000000,633000000,644000000,657000000,672000000,685000000,697000000,711000000,725000000,739000000,752000000,766000000,781000000,796000000,811000000,827000000,844000000,862000000,880000000,899000000,919000000,940000000,961000000,984000000,1007000000,1032000000,1057000000,1084000000,1112000000]
[null,null,null,"T3 Option 1A",null,222000000,224000000,227000000,230000000,233000000,237000000,240000000,242000000,246000000,249000000,252000000,254000000,257000000,259000000,262000000,265000000,268000000,271000000,274000000,277000000,280000000,283000000,286000000,289000000,293000000,296000000,300000000,304000000,307000000,311000000]
[null,null,null,"T3 Option 2",null,506332096.39258999,523884778.08824998,535516146.40109992,546526524.21396995,558626695.03690004,573510225.77816999,586045092.27280998,597871989.05283999,611449703.19642997,625514975.40865004,639422608.77289999,653275883.04288995,667885199.03571999,683121007.30159998,698997222.19721997,715543996.90936995,732835583.53196001,750900544.15803003,769770431.62772,789485845.46019995,810089343.26371002,831624777.82226002,854138601.23243999,877679818.87626004,902300102.14696002,928053579.69751,954997506.97285998,983192200.42776,1012700783.56274,1043590387.8053]
[null,"T1","North East Tasmania","T1 Option 1",null,796020974.91033995,820902863.5242399,837941082.74880004,854019447.30185997,871770554.73186004,893890060.71291006,912268376.79000998,929431283.79466999,949245299.61615002,969770812.84893,989964623.20676994,1009884790.0824701,1030848643.279,1052694734.1826,1075440531.8316,1099125880.2684,1123860889.2902999,1149684637.1781001,1176639784.592,1204783047.7871001,1234173802.8181,1264873092.6968,1296945626.3150001,1330459658.2851,1365487186.4902999,1402103593.6429999,1440388647.2553999,1480426387.6264999,1522304718.4855001,1566117202.2546999]
[null,null,null,"T1 Option 2",null,596049691.20431006,615128324.67517996,628329231.56728995,640901055.32565999,654727686.38713002,671720566.31333995,685917911.73006999,699292426.95990002,714663408.84829998,730577511.93751001,746251293.17181993,761702784.91311991,777977193.60047996,794933103.33054996,812586152.23826003,830969942.28883994,850167421.45088005,870209137.09509993,891128830.38833988,912970588.83275998,935780599.35962999,959606382.56772995,984498303.06590998,1010509486.6853,1037695958.2553,1066116389.4725,1095832853.8683,1126910752.7785001,1159418492.5422001,1193428874.4813001]
[null,"T2","North West Tasmania","T2 Option 1",null,240158121.32286999,245091321.90369001,249253417.86441001,253309972.52895001,257782146.33849001,263443179.49189001,267981143.01684999,272131511.01280999,276962206.25706989,281952286.32647997,286755446.84056997,291254234.53158998,295945273.80039001,300802518.77323002,305829630.84959,311033868.57370001,316440490.36791003,322055947.16272002,327886820.12919998,333943420.36949003,340236527.30190003,346777041.31878,353576595.68299001,360647437.18313998,368002505.86647999,375655317.11975998,383620192.82332999,391912237.42109001,400547183.74986988,409541872.65872997]
[null,null,null,"T2 Option 2",null,806421132.37501001,825046789.24524999,839553680.04173005,853620250.58644998,869076667.94668007,888621699.72133005,904442793.52880001,918943417.40158999,935811499.57130003,953242554.49665999,970044730.3556,985968632.54571009,1002605227.83498,1019857829.9622,1037739524.1842,1056276521.9503,1075558875.6027,1095611327.7948,1116459613.0042,1138142407.2832,1160700112.7026,1184173791.1916001,1208607168.5522001,1234046311.6580999,1260539871.8283999,1288138698.8919001,1316896660.9186001,1346870549.5178001,1378119587.9992001,1410707072.8724999]
[null,null,null,"T2 Option 3",null,980249858.32008994,1009575669.84297,1029857828.2143,1049200829.7781,1070368420.2636,1096829911.112,1118846411.4656999,1139298446.6143999,1162938261.7667,1187408015.8582001,1211340472.1011,1234763042.1131001,1259373058.8831999,1284994798.4535999,1311651428.1675999,1339387048.5616,1368332030.5480001,1398530915.5871,1430031729.7618001,1462899609.6499,1497202668.3201001,1533010838.5432,1570398284.1264999,1609443225.7844999,1650228190.6224,1692839556.9560001,1737368751.8325,1783912103.3770001,1832570321.4595001,1883450664.6373]
[null,"T4","North Tasmania Coast","T4 Option 1",null,370540722.99223,381534808.31059003,389235866.10871989,396590290.30998999,404614432.60101002,414650670.52082998,423034284.52412999,430819751.14402997,439808062.33815998,449113168.59706002,458235928.58776999,467172029.40246999,476559690.66799003,486332678.18096,496500735.34127003,507080451.17238998,518121207.31818002,529640163.96658009,541655664.67196,554192536.40296006,567276754.05781007,580934981.82201004,595195499.71949995,610088132.73898005,625644345.84130001,641897074.31068003,658881174.04697001,676633370.95613992,695192062.38178003,714598139.78966999]
[null,null,null,"T4 Option 2",null,430866400.17984003,444693460.65842003,454159556.37961,463118163.96640003,472967081.22253001,485183909.00261003,495409941.64780003,504991507.49748999,516022667.59140003,527450247.39479011,538726733.06614006,549885018.13936996,561634219.64769995,573879928.55421007,586633349.01013994,599917299.18371999,613792517.81871009,628281383.89055002,643408299.12580001,659205309.93461001,675705987.52954996,692944869.28622997,710958559.01645005,729785666.99032998,749466913.39558995,770044941.17401004,791564865.80159998,814074217.95831001,837622722.86241996,862263290.15996993]
[null,"QLD"]
[null,"REZ / Constraint ID","REZ name","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"Q1","Far North QLD","Q1 Option 1",null,4097011906.8340001,4167363791.5846,4219189395.1582999,4267754431.6627002,4322501371.9534998,4398532557.1412001,4454792128.1120996,4501967224.8302002,4559671888.7519999,4618873215.3915997,4672386026.9974003,4720102415.3366985,4768946565.8345003,4818929121.7623997,4869959280.2910995,4922001098.4855003,4975382456.7259998,5030093918.4265003,5086115214.3254995,5143486443.0403996,5202247104.4281998,5262431554.9125996,5324077931.8652,5387225726.9966002,5451917027.6640997,5518193970.1034002,5586101768.8710995,5655687814.6308994,5726998995.0063,5800088022.2967997]
[null,"Q2","North Qld Clean Energy Hub","Q2 Option 1",null,1077270557.457,1093817179.9333,1105871439.5806,1117130947.6452,1130007317.5413001,1148580206.3092,1161938017.244,1172774294.3710999,1186314753.7037001,1200225300.9333999,1212517253.1849999,1223154996.4342999,1233955122.8931,1244988427.8322999,1256226936.5143001,1267655022.1073,1279356550.7809999,1291326627.5673001,1303556448.2444,1316053383.2677,1328824443.6327,1341875195.3671999,1355212056.8160999,1368841637.7646999,1382771107.0450001,1397007507.2198,1411558523.3992,1426432250.0499001,1441636508.7342,1457180437.6763]
[null,null,null,"Q2 Option 2",null,1120604774.2286,1137325496.4742,1150016795.4368,1162069536.7988,1175720255.6187999,1195168795.8311999,1209266989.2751,1220804517.6789,1235124217.8485999,1249825898.6410999,1262841179.9317,1274046478.7958,1285422858.1696999,1297033964.8583,1308854743.5901,1320870834.2985001,1333167660.1338999,1345740304.7439001,1358579717.4781001,1371693396.0794001,1385088498.1784999,1398770649.8829,1412746380.5322001,1427022394.6136,1441605969.9172001,1456504250.8357999,1471725033.4742,1487276536.5316999,1503166678.3090999,1519404743.6658001]
[null,"Q5","Barcaldine","Q5 Option 1",null,1627018049.1917,1649162116.0596001,1664578156.7047,1679063503.7354,1696038051.5122001,1721665845.8943999,1739279722.1249001,1752968691.3478,1770602815.4554999,1788740739.415,1804060584.3139999,1816561143.467,1829063018.2636001,1841780668.7936001,1854660531.4586999,1867670792.5302999,1880931658.2502,1894430359.1364,1908146783.7639,1922085441.1651001,1936249945.2867,1950641504.8508,1965262372.3369999,1980114721.8158,1995201321.0265999,2010524476.4189,2026087093.2026,2041892381.0592999,2057942815.4763,2074242449.2876]
[null,"Q9","Banana","Q9 Option 1",null,1547032629.9563999,1565945389.5871999,1581601112.5948,1597064442.0736001,1614352173.1069,1639427944.0042,1657443243.2593999,1671857693.1891999,1689938144.2967,1708500871.4489,1724552284.4521999,1737667000.7012,1750825157.6282001,1764190051.8578,1777736131.1881001,1791438788.3996,1805407849.1839001,1819633887.1379001,1834099844.7183001,1848811271.6601,1863772988.5955,1878987554.5123999,1894458567.0646999,1910189610.6684,1926184854.2437,1942448072.6287,1958983684.2270999,1975796449.5913999,1992890466.3608,2010271422.7591]
[null,null,null,"Q9 Option 2",null,854433594.90153003,864988736.50607002,873986000.79746008,882875542.08491993,892923294.43198991,907149777.28126001,917288054.97088003,925572084.73300004,935877194.58481991,946449621.32271004,955595945.48822999,963044604.29163003,970539927.40533996,978150780.31992996,985860211.1916399,993658578.34875,1001605554.78224,1009695469.1720901,1017919164.76104,1026279680.8691,1034779699.8003,1043420631.0855,1052204488.9220999,1061133268.1598001,1070209281.3579,1079434636.3973999,1088811784.3264,1098343378.8347001,1108031688.6947,1117879876.7462001]
[null,null,null,"Q9 Option 3",null,530297034.97987002,536257614.72348988,541668207.98952997,547015659.32380998,552960335.05436993,561598439.23328006,567859902.69684994,572873639.70819998,579130936.28816998,585559682.10437,591192211.51331997,595821811.04064,600467525.16545999,605186441.72054994,609971867.42001009,614815016.06595004,619753313.74741995,624783996.90005004,629901309.68491995,635107246.74807,640403599.07553995,645791352.48356009,651271872.30876994,656846513.70481002,662516837.21643007,668284273.86062002,674150473.38521004,680117212.41821003,686186044.88541996,692359076.52941]
[null,"NQ1","Group Constraint NQ1","NQ1 Option 1",null,1767754969.4493999,1799130317.8627999,1821328641.7913001,1841676174.9208,1864868076.5618999,1897527988.0227001,1921517258.2774999,1941447779.2276001,1965996694.9428,1991203967.0655,2014021985.6054001,2034564502.8189001,2055605824.1043999,2077166515.0487001,2099200165.6110001,2121687483.0795,2144774438.7226,2168457109.0303998,2192727051.2775998,2217602482.8512001,2243101315.6482,2269239316.0075002,2296033877.5114002,2323503041.381,2351666020.9007001,2380542075.1784,2410151854.3197999,2440516973.7789998,2471658914.5945001,2503601691.3351998]
[null,null,null,"NQ1 Option 2",null,4755015634.2754002,4814969641.4331999,4859372481.5725002,4901682013.6030998,4950191982.4800997,5023991556.0896997,5075568484.6935997,5115266630.1611004,5166404230.5410995,5219015893.4886999,5263759130.9519997,5300132970.8983002,5336420055.7578001,5373315477.1105003,5410701040.8753996,5448473242.9672995,5486982382.6594,5526194979.2659998,5566052473.4089994,5606568793.3957996,5647755077.3917999,5689615555.4152002,5732157385.0966997,5775387567.2488003,5819314846.0136003,5863946573.5171003,5909291963.3376999,5955361049.8036003,6002161831.6612997,6049706860.4765997]
[null,"CQ1",null,"CQ1 Option 1",null,206851966.2349,208861269.68509999,210827251.19108,212752819.83228001,214927330.74702999,218168588.81173,220466622.57137999,222265574.87411001,224543069.11544001,226887002.03478,228924528.48412001,230560225.60705999,232190260.88016999,233843662.57422999,235517349.82258999,237207335.4716,238928051.47984001,240678224.87048,242455301.64528999,244259787.39021999,246092094.41494,247952310.29324999,249840659.25481001,251757346.48706999,253702647.54201001,255676774.93884,257680011.86679,259712676.95192999,261774991.77634001,263867373.13021001]
[null,null,null,"CQ1 Option 2",null,526339827.69993001,533575503.76317,538619141.62656999,543363837.05713999,548836458.84571993,557182968.74643004,563043900.70694995,567586677.53234994,573403491.44171,579389099.87919998,584519545.37368,588802012.74445999,593091873.38056004,597459328.68032002,601889087.44361997,606369547.87307,610939990.17835999,615597033.39982998,620334411.42842996,625153895.08785999,630057024.45503998,635044536.77916992,640117540.27613997,645277124.62878001,650524587.45677996,655861093.49168003,661288009.49573994,666806820.45585001,672418793.74818993,678125724.53383005]
[null,"SQ1","Group Constraint - Wide Bay ","SQ1 Option 1",null,1015420584.45364,1033738564.4227999,1047480368.1411999,1060236885.1456,1074558209.5037999,1094201316.2972,1108934057.2763,1121434736.5887001,1136596156.4103,1152150324.3589001,1166423016.7456999,1179375307.0165999,1192682851.6085,1206318590.2172,1220261899.2128,1234505770.6547,1249134133.8471999,1264146334.0234001,1279539387.5643001,1295325352.1602001,1311516252.9158001,1328122899.0855999,1345157120.2607,1362631197.1391001,1380558138.5033,1398951051.9109001,1417823919.6392,1437191369.5676999,1457068008.1916001,1477470017.3162]
[null,null,null,"SQ1 Option 2",null,901393030.95413005,918422088.73724997,930776976.81668997,942173306.62235999,955028342.42065001,972621772.91825998,985791902.91482997,996996329.40131998,1010588612.87216,1024531446.118,1037329857.0027,1049017098.9274,1061042023.3882999,1073370771.9104,1085982623.1070001,1098872146.3842001,1112114824.2478001,1125710121.072,1139655869.9144001,1153963251.7090001,1168643432.1152999,1183706527.9438,1199163574.5116,1215026037.8766999,1231306049.0469999,1248015851.0434,1265168491.3438001,1282777612.1133001,1300856862.6451001,1319421319.8889999]
[null,"SWQLD1","Transmission Limit Constraint - Darling Downs","SWQLD1 Option 1",null,26461391.615065001,26423269.823454998,26445425.781011999,26486683.834791999,26487311.117775001,26654927.666281998,26804450.999290999,26833043.213645,26918349.208629999,27011091.644855,27105044.870329,27182318.677841999,27247767.649716001,27314389.835569002,27384022.717018999,27454631.435359001,27528178.692558002,27604739.710437,27683919.500608999,27765766.798912,27850302.276836,27937516.128152002,28027399.534382001,28119946.395909,28215158.219817001,28313020.811004002,28413538.476879001,28516705.861184001,28622520.581096999,28730989.387947001]
[null,null,null,"SWQLD1 Option 2",null,6752955.3605339006,6754057.1387312999,6828796.9840850998,6840866.0966561995,6957342.5794788999,7090074.3308185004,7091354.002971,7109071.9392784992,7146689.7273767004,7187726.0717892004,7222950.5015372997,7241034.2010217998,7263988.1198431002,7289195.242275699,7314508.8687052997,7340805.4855824001,7368576.8350685006,7397497.0519989002,7427521.9380804002,7458650.1175896991,7490878.6995730996,7524198.1975477999,7558601.7848306,7594083.1255589006,7630637.0253844,7668256.5150618991,7706938.1659752997,7746678.2725309003,7787471.1607611002,7829316.1361853005]
[null,null,null,"SWQLD1 Option 3",null,487944190.6789,487868753.48745,490494680.86540002,493533537.54890001,495873723.02240998,501146936.31532001,505748395.93677998,508410166.04911,512111276.78518993,515968410.22531003,519588119.48501003,522444106.08679992,525129927.12133998,527841679.26721001,530611078.39437997,533407332.12914997,536265657.76604003,539187517.38019001,542165820.75235999,545201867.23335004,548296527.87698007,551449990.96692002,554662604.86360002,557934719.96404994,561266850.10245001,564659272.76555002,568112523.47731996,571627099.98280001,575203405.52879,578842163.92293]
[null,null,null,"SWQLD1 Option 4",null,263815090.24781999,264086815.96557,266079867.34777001,268222053.14366001,270239692.39766002,273725976.04861999,276545545.39117002,278499269.72188002,281015445.84596002,283622411.56143999,286064119.20286,288020475.73724002,289923928.53171998,291849292.90193999,293808256.48798001,295789460.76432002,297811037.68259001,299873281.42966002,301972798.72443998,304110391.68184,306286725.45542002,308502052.17625999,310756767.65756989,313051256.61308998,315385995.40355998,317761358.45788997,320177839.85523999,322635951.90233999,325136127.78400999,327679016.05552]
[null,null,null,"SWQLD1 Option 5",null,931517934.66528988,946792829.46019995,959478174.11721003,971488594.6257199,984719592.69015002,1002729786.08732,1016487290.05695,1028191705.102,1042291018.6759,1056754695.2643,1070173405.6306,1082313722.8292,1094778517.2495999,1107540906.7901001,1120592467.0548,1133927184.9821999,1147620276.2835,1161672293.8956001,1176080946.6435001,1190857514.2363,1206013297.7674,1221558469.0355,1237504146.8583,1253861870.6113999,1270643846.6568999,1287862373.0039001,1305530570.4479001,1323662150.3984001,1342270822.2283001,1361371744.3513999]
[null,"Accelerated Transition"]
[null,"NSW"]
[null,"REZ / Constraint ID","REZ name","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"N5","South West NSW","N5 Option 1",null,1133000000,1140000000,1159000000,1173000000,1188000000,1204000000,1224000000,1242000000,1258000000,1275000000,1293000000,1310000000,1325000000,1340000000,1355000000,1371000000,1386000000,1403000000,1419000000,1436000000,1453000000,1471000000,1489000000,1507000000,1526000000,1545000000,1564000000,1584000000,1604000000,1625000000]
[null,null,null,"N5 Option 2",null,116067927.9178305,116398628.2085778,118052263.57608441,119309793.57720859,120598177.9891879,121980788.18820021,123842632.8131922,125483368.7363645,126862340.7943287,128422495.22535031,130058536.6736777,131590997.4516602,132937713.7815605,134260646.32780159,135604925.9195565,136972818.68652859,138364220.4943535,139783979.42368299,141233701.45549911,142711988.68798921,144219360.4305003,145756209.25011161,147322877.01605979,148919664.49553379,150547040.87334341,152205264.6609323,153894810.13526961,155616051.0069221,157369373.5330888,159155296.10580781]
[null,"N9","Hunter-Central Coast","N9 Option 1",null,597000000,604000000,617000000,628000000,638000000,650000000,664000000,675000000,686000000,697000000,710000000,721000000,731000000,742000000,753000000,764000000,775000000,786000000,798000000,810000000,822000000,834000000,847000000,860000000,873000000,886000000,900000000,914000000,929000000,943000000]
[null,null,null,"N9 Option 2a",null,593000000,600000000,613000000,624000000,634000000,646000000,659000000,671000000,681000000,693000000,705000000,717000000,727000000,737000000,748000000,759000000,770000000,781000000,793000000,805000000,817000000,829000000,842000000,854000000,868000000,881000000,895000000,909000000,923000000,938000000]
[null,null,null,"N9 Option 2b",null,522000000,528000000,540000000,549000000,558000000,569000000,581000000,591000000,600000000,610000000,621000000,631000000,640000000,649000000,658000000,668000000,678000000,688000000,698000000,708000000,719000000,730000000,741000000,752000000,764000000,776000000,788000000,800000000,813000000,825000000]
[null,null,null,"N9 Option 3",null,218000000,221000000,225000000,229000000,233000000,237000000,242000000,247000000,250000000,255000000,259000000,263000000,267000000,271000000,275000000,279000000,283000000,287000000,291000000,296000000,300000000,305000000,309000000,314000000,319000000,324000000,329000000,334000000,339000000,345000000]
[null,null,null,"N9 Option 4",null,459000000,465000000,475000000,483000000,491000000,500000000,510000000,519000000,527000000,536000000,546000000,555000000,563000000,571000000,579000000,587000000,596000000,605000000,614000000,623000000,632000000,642000000,651000000,661000000,672000000,682000000,693000000,703000000,714000000,726000000]
[null,"N1","North West NSW","N1 Option 1",null,5875680663.2716112,5978494735.1744747,6102003377.6390791,6193923773.1476879,6282805853.638752,6381710899.3993835,6504882304.4839048,6608447667.6993923,6699615507.7227221,6803336405.2979517,6910781779.2112093,7010930918.3517618,7102471659.6263742,7194985671.6770172,7289717280.9224968,7386399011.6949472,7485116711.9666033,7586211624.3276253,7689764872.0260429,7795742892.7540636,7904215122.281147,8015245402.0175438,8128897175.5948906,8245233108.1353455,8364327808.862752,8486245809.1431618,8611065979.3182564,8738863305.2492752,8869716547.379879,9003713812.6390762]
[null,"N2","New England","N2 Option 1",null,1074604918.9247999,1092177825.8914001,1115588473.6470001,1133236151.3276999,1150539250.5446,1169648499.3067999,1192905187.2305,1212401665.9519999,1229752943.9967999,1249412842.5572,1269726343.0824001,1288520165.2732,1305373313.3606,1322323102.1912,1339637886.4006,1357265491.3517001,1375225722.9795001,1393577556.1285,1412333178.8313999,1431484868.3010001,1451043206.7109001,1471017658.1413,1491417572.6228001,1512251975.3483,1533532081.8740001,1555267044.6803,1577468585.4184999,1600147565.2764001,1623315440.1289999,1646985242.1796999]
[null,null,null,"N2 Option 2",null,228184592.8290697,231682821.97111121,236581119.2035155,240368177.99524921,244087479.71708491,248174598.79044801,253150352.21435541,257352538.03477019,261099098.66340709,265331077.65388921,269708083.81294298,273789730.06945193,277474868.97385252,281185016.41650808,284976294.38707727,288838793.4703241,292776816.44996649,296802863.16927218,300919854.43315202,305126362.32885659,309424824.82740301,313817456.59405601,318306456.62376672,322893961.31150353,327582582.51247138,332374496.35760671,337272436.65473711,342278963.8892079,347396770.18114018,352628892.17573899]
[null,null,null,"N2 Option 3",null,905180840.91751599,918970039.82744372,938156729.61078393,952985208.01426613,967586927.89459574,983567469.01326764,1003122645.813704,1019736894.609906,1034507423.419099,1051180498.342132,1068438723.5031101,1084553452.474998,1099136390.6347041,1113816655.004806,1128820187.1087911,1144111642.025526,1159706717.1209929,1175655124.6949611,1191969178.2217629,1208643330.1462131,1225687512.1741331,1243110781.591851,1260922131.8181131,1279130331.3592279,1297746028.206023,1316778174.090641,1336237934.0034499,1356135805.605937,1376482818.4482939,1397291384.1985559]
[null,"N3","Central-West Orana","N3 Option 1",null,853232977.19356656,857029005.26179111,869759325.45710957,879368918.38147867,889075682.57563841,899608184.9892689,913783127.37714088,926142308.85107541,936509505.78248751,948273360.50783598,960604918.14726698,972130932.4930371,982292961.01243091,992297049.11023974,1002476918.873121,1012841725.10432,1023389833.206131,1034159730.595644,1045163304.233688,1056390445.671322,1067845659.6268491,1079532533.3582571,1091454303.8835731,1103613904.3933029,1116015585.585727,1128662043.50949,1141557603.373265,1154705885.367048,1168110643.502068,1181776634.4823279]
[null,null,null,"N3 Option 2",null,1137178264.300679,1154356860.014442,1177054736.992774,1194284927.1649439,1211135991.132982,1229691839.0683169,1252938295.3465569,1272737054.691715,1290119775.9724441,1309830502.8026581,1330288375.047246,1349454253.703279,1366963177.2969739,1384618084.7131281,1402686053.04809,1421131368.369628,1439968826.81232,1459262240.360116,1479028623.182116,1499261427.4874289,1519973918.5139749,1541178299.7253709,1562886668.928237,1585110995.275547,1607865490.3311939,1631162454.1810341,1655016924.2850571,1679443189.953604,1704456243.189328,1730072873.3713]
[null,null,null,"N3 Option 3",null,647737888.64623785,658299974.82380629,672225521.81613135,683088911.59319186,693747627.77423143,705430236.82035518,719709380.65524495,731845435.30056286,742653606.57152331,754854537.92587924,767488086.60245311,779331195.66078186,790131204.03360701,801034832.25116611,812191742.16562688,823575625.57927847,835198256.96808541,847096948.50684786,859281308.42108345,871748277.04633534,884506065.38981545,897562295.97061944,910924580.88129413,924600431.66499054,938598744.46992552,952927262.07621264,967595371.05314898,982612026.34899795,997986632.36574996,1013729649.7453541]
[null,"N4","Broken Hill","N4 Option 1",null,1281732102.5247681,1299903160.111969,1327086058.7328031,1346834783.914228,1366276788.0382309,1387859875.115958,1414252847.144417,1436122157.28529,1455430720.1660731,1477385316.24454,1500043289.959424,1520664240.797807,1538640565.6442471,1556545629.5739191,1574773520.261735,1593260542.1949179,1612026457.425818,1631134822.945097,1650595111.371186,1670392900.058145,1690535048.8586659,1711026867.1405439,1731873324.401608,1753078687.6085429,1774649632.2392271,1796590078.023596,1818906678.932323,1841604827.780266,1864690285.1759391,1888170339.1512811]
[null,null,null,"N4 Option 2",null,5569035215.2620029,5619045641.004427,5723309935.1510763,5802731308.77773,5860206691.8377943,5953691683.2443895,6070354179.5422287,6137367277.2542391,6195344263.0293446,6269787315.7648087,6346618375.4229345,6417706622.9877939,6478807481.7249107,6541217101.5369196,6605747769.9658365,6671466467.8887119,6738548257.7941456,6807402032.0389032,6877972493.5132685,6950202791.9905558,7024123800.8864803,7099760406.1836767,7177136126.1434736,7256273087.1351042,7337202272.0711031,7419944963.0346117,7504533747.8544579,7590996407.1887579,7679362686.6572065,7769669205.1603975]
[null,null,null,"N4 Option 3",null,2632268903.1561451,2676536511.68327,2731269537.5982099,2772779628.362134,2813142366.2111359,2857799847.7130942,2913254561.227107,2960185780.750041,3001616346.3229389,3048633643.3152919,3097368843.5940881,3143001775.2848282,3184822689.5223379,3227106599.9853072,3270409464.8583598,3314626567.4590659,3359798594.9290581,3406078389.3709249,3453504914.952198,3502065210.071959,3551792340.889668,3602716959.4591322,3654869593.991683,3708280558.9721832,3762985530.673893,3819015806.6631179,3876409210.0871019,3935201889.9914289,3995431803.1293302,4057141216.6317511]
[null,"SWNSW1","Secondary Transmission Limit - South West NSW","SWNSW1 Option 1",null,449425314.81807607,459573631.14388299,469984929.3920213,478154428.34452432,485980509.28078282,494657702.65029842,505231748.96060169,514186234.25096518,522223420.62643713,531320227.64024973,540736020.36972094,549676303.3297503,558108771.27076459,566734131.46412492,575597867.37799776,584674401.49227893,593974100.37272894,603527235.11079562,613342302.90523684,623419744.4698236,633768108.04247868,644395630.40652204,655310649.42897093,666521594.52634037,678037964.59622729,689868609.72424495,702023685.17725742,714513169.11063623,727347524.61089694,740538126.30833495]
[null,"N8","Cooma-Monaro","N8 Option 1",null,281695855.76244187,289592105.17433703,296735676.55394518,302903087.37921268,308770739.73062629,315234968.88021582,322901646.37396121,329485951.8335135,335551963.66766202,342364536.67496711,349418587.18039131,356315578.506607,363072599.21364701,370075470.65627623,377299340.16441482,384726912.12852448,392369073.39268452,400248596.29297721,408373528.90259558,416747577.55746287,425379621.05442297,434278479.64798403,443453174.23937029,452912970.96384269,462667939.96068633,472727908.08518672,483103736.84400553,493806308.93318278,504847022.53874677,516238064.49503487]
[null,null,null,"N8 Option 2",null,671679252.55855,689160267.01301992,705467748.04778004,719372746.86626995,732711148.69757998,747303709.17488992,764784448.79018998,779913766.09331,793745377.04910004,809273230.80191004,825368294.66033006,841050376.36343002,856328224.94114995,872113788.32684994,888385561.45015001,905110064.64364994,922309488.90461004,940035747.9816699,958307481.24535,977131799.17905998,996528210.67968988,1016516022.30792,1037114938.6779,1058345174.9794,1080228772.9268999,1102787145.3327999,1126044052.191,1150023249.4222,1174749617.1503,1200249814.4693]
[null,"N11","Illawarra Coast","N11 Option 1",null,1012045518.382449,1025249266.896814,1044932702.607426,1059946809.413164,1074711714.760752,1090955217.425144,1111297219.697345,1128596955.190671,1143767850.3013279,1160959351.131012,1178805071.3461721,1195483130.5060871,1210560470.3048439,1225701165.1420031,1241174191.968348,1256951475.6199269,1273045694.2455389,1289510866.948158,1306360932.3613679,1323588680.9657371,1341204231.912786,1359216711.2245109,1377635092.795424,1396468139.592521,1415726546.946831,1435419213.0471849,1455557379.389657,1476151548.0883119,1497212740.8396249,1518753472.5388391]
[null,"N12","Illawarra","N12 Option 1",null,1012045518.382449,1025249266.896814,1044932702.607426,1059946809.413164,1074711714.760752,1090955217.425144,1111297219.697345,1128596955.190671,1143767850.3013279,1160959351.131012,1178805071.3461721,1195483130.5060871,1210560470.3048439,1225701165.1420031,1241174191.968348,1256951475.6199269,1273045694.2455389,1289510866.948158,1306360932.3613679,1323588680.9657371,1341204231.912786,1359216711.2245109,1377635092.795424,1396468139.592521,1415726546.946831,1435419213.0471849,1455557379.389657,1476151548.0883119,1497212740.8396249,1518753472.5388391]
[null,"N13","South Cobar","N13 Option 1",null,2087785564.7243669,2130902262.5243001,2178279166.6361942,2215255309.7043581,2250881403.870379,2290343318.6008601,2338391586.9287539,2378993871.829546,2415389681.8651252,2456582966.5862598,2499207111.5235019,2539480773.069212,2577052409.081264,2615344330.2608752,2654642786.083467,2694835659.5778332,2735969435.3451819,2778177494.2007771,2821495452.9592009,2865921277.9013262,2911489864.9936461,2958234492.7990322,3006188737.9353042,3055386347.9960871,3105865842.6329298,3157662487.1124802,3210817339.4716229,3265370421.0472722,3321363725.4365139,3378843187.9451308]
[null,null,null,"N13 Option 2",null,3244030455.8652668,3303856000.68434,3374659602.195653,3428616236.5100331,3480938875.775013,3538933388.4196668,3610001808.3865681,3669847638.3855629,3723115030.4360528,3783528247.8241372,3846040894.3578439,3904546671.1572099,3958251771.3409638,4012675983.5965362,4068431132.205915,4125359638.775826,4183523188.9006972,4243115016.5985398,4304182185.586709,4366711582.5987167,4430746638.0538235,4496327853.0199804,4563495748.3872757,4632290623.4870472,4702759651.647439,4774944565.7316875,4848895411.4855185,4924660195.6976538,5002289369.3936815,5081838863.370903]
[null,null,null,"N13 Option 3",null,3299132527.0609188,3359184357.5380979,3430828944.5533652,3485441938.2470608,3538439998.1812029,3597145590.5178609,3669184872.3724389,3729899491.7386189,3783886475.0578079,3845108735.5912399,3908472315.7964258,3967773684.6146479,4022177123.8507099,4077283809.6687799,4133733231.8545141,4191368885.7378292,4250251831.418684,4310578000.1192541,4372395393.7867079,4435690189.6419373,4500506158.9281254,4566884086.3485785,4634864753.6120138,4704488693.6820316,4775803411.6499186,4848850863.2425575,4923681425.2350864,5000343393.3960485,5078887516.722496,5159370088.392869]
[null,null,null,"N13 Option 4",null,3247137779.1756058,3306967149.656939,3377778268.6677041,3431724887.7589722,3484035333.315958,3542020090.072473,3613096718.731936,3672950241.6866298,3726215370.6398258,3786629238.645988,3849144332.3961811,3907651864.75104,3961359329.896153,4015785021.2218151,4071541823.904501,4128472371.6311622,4186638189.352581,4246232648.0591698,4307302863.0692234,4369835663.572897,4433874481.7196827,4499459816.5578899,4566632183.8688765,4635431878.8473902,4705906071.2466297,4778096488.5610828,4852053174.0036564,4927824130.2425432,5005459803.4486856,5085016122.6717796]
[null,"DN1","Dubbo","DN1 Option 1",null,601000000,608000000,621000000,632000000,643000000,655000000,668000000,680000000,691000000,702000000,715000000,726000000,737000000,747000000,758000000,769000000,780000000,792000000,803000000,815000000,828000000,840000000,853000000,866000000,879000000,893000000,907000000,921000000,936000000,950000000]
[null,null,null,"DN1 Option 2a",null,125000000,127000000,129000000,132000000,134000000,136000000,139000000,141000000,144000000,146000000,149000000,151000000,153000000,155000000,158000000,160000000,162000000,165000000,167000000,170000000,172000000,175000000,177000000,180000000,183000000,186000000,189000000,192000000,195000000,198000000]
[null,null,null,"DN1 Option 2b",null,280000000,283000000,290000000,295000000,300000000,305000000,311000000,317000000,322000000,327000000,333000000,338000000,343000000,348000000,353000000,358000000,364000000,369000000,374000000,380000000,386000000,391000000,397000000,403000000,410000000,416000000,422000000,429000000,436000000,443000000]
[null,null,null,"DN1 Option 3",null,943000000,955000000,975000000,992000000,1009000000,1027000000,1049000000,1067000000,1084000000,1102000000,1121000000,1140000000,1156000000,1173000000,1190000000,1207000000,1224000000,1242000000,1261000000,1279000000,1299000000,1318000000,1338000000,1359000000,1380000000,1401000000,1423000000,1445000000,1468000000,1491000000]
[null,"DN2","Yass","DN2 Option 1",null,271000000,274000000,280000000,285000000,290000000,295000000,301000000,307000000,311000000,317000000,322000000,327000000,332000000,337000000,342000000,347000000,352000000,357000000,362000000,368000000,373000000,379000000,385000000,390000000,396000000,403000000,409000000,415000000,422000000,429000000]
[null,"DN3","Marulan","DN3 Option 1",null,306000000,310000000,316000000,322000000,327000000,333000000,340000000,346000000,352000000,358000000,364000000,370000000,375000000,381000000,386000000,392000000,397000000,403000000,409000000,415000000,421000000,428000000,434000000,441000000,448000000,455000000,462000000,469000000,476000000,484000000]
[null,"SA"]
[null,"REZ / Constraint ID","REZ name","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"S7","Eastern Eyre Peninsula","S7 Option 1",null,179000000,179000000,182000000,184000000,187000000,189000000,192000000,195000000,198000000,200000000,203000000,206000000,208000000,211000000,213000000,215000000,218000000,220000000,223000000,226000000,228000000,231000000,234000000,236000000,239000000,242000000,245000000,248000000,251000000,254000000]
[null,"MN1","Group Constraint - facilitating power out of mid-north SA","MN1 Option 1",null,614000000,620000000,633000000,644000000,655000000,666000000,680000000,692000000,703000000,715000000,727000000,739000000,751000000,762000000,774000000,786000000,799000000,811000000,824000000,838000000,851000000,865000000,880000000,895000000,910000000,925000000,941000000,957000000,974000000,991000000]
[null,null,null,"MN1 Option 2",null,793000000,800000000,815000000,827000000,838000000,850000000,867000000,881000000,892000000,906000000,920000000,934000000,947000000,960000000,973000000,987000000,1001000000,1016000000,1031000000,1046000000,1062000000,1078000000,1095000000,1112000000,1129000000,1147000000,1165000000,1184000000,1203000000,1223000000]
[null,null,null,"MN1 Option 3",null,951000000,960000000,977000000,990000000,1003000000,1017000000,1036000000,1052000000,1065000000,1081000000,1097000000,1113000000,1127000000,1142000000,1157000000,1173000000,1189000000,1206000000,1223000000,1240000000,1258000000,1276000000,1295000000,1314000000,1334000000,1354000000,1375000000,1396000000,1418000000,1440000000]
[null,null,null,"MN1 Option 4",null,1892798604.6673999,1909261242.8512001,1942084402.0581999,1967378740.8675001,1991803520.7212,2018526519.1559999,2054284970.8815999,2085278890.5908,2111328146.1050999,2141039929.3757999,2172100828.7858,2201400102.7996998,2228714235.5858002,2256237956.9145002,2284440156.2586999,2313288892.6023002,2342774752.7800999,2373011386.2002001,2404031376.4260001,2435819487.6529002,2468397122.5103002,2501783882.2549,2535998849.8287001,2571060967.6483002,2606992522.2275,2643812889.7786999,2681545593.0318999,2720212964.3243999,2759838318.6529999,2800447751.9917998]
[null,"NSA1","Group Constraint - facilitating power out of north SA","NSA1 Option 1",null,478000000,484000000,494000000,501000000,508000000,516000000,526000000,535000000,542000000,550000000,559000000,567000000,574000000,581000000,588000000,596000000,603000000,611000000,619000000,627000000,635000000,644000000,652000000,661000000,670000000,679000000,688000000,698000000,707000000,717000000]
[null,"S2","Riverland","S2 Option 1",null,152018773.89750001,152565338.37792999,154932330.19161999,156797113.24726,158706782.96689999,160739619.53376001,163408151.15809,165761484.51388001,167762959.27368,170015433.47668999,172371859.10409001,174579469.65667999,176525078.54370999,178441471.99642,180390066.02990001,182372801.11662999,184389683.16275001,186447498.32312,188548437.87751001,190690744.24011999,192875263.41459,195102679.08754,197373615.68053001,199688635.49882001,202048547.88725001,204453871.16051999,206905422.70804,209403889.06766999,211949983.45673001,214544597.49869999]
[null,"S4","Yorke Peninsula","S4 Option 1",null,640110849.53599,647734724.26731992,661341564.54031992,672203146.42241991,682661245.56441009,694245233.29473007,708358678.32687998,720178570.62853003,730711609.52241993,742652260.79911005,754990278.80428004,766581948.38613999,777269847.59461999,788115918.22196996,799213543.77517998,810528350.62127995,822072230.67132998,833881938.95467997,845965280.23168004,858318606.03526008,870949119.71778989,883863400.00642002,897067963.10468006,910569201.69631004,924374772.17534995,938491166.81527996,952926423.87263989,967688076.11985004,982784035.84973991,998223172.25164998]
[null,null,null,"S4 Option 2",null,196068224.42675999,198553384.15114,202170461.41082999,204614177.13984999,206969539.66205001,209638902.62650001,213148738.23267001,216052863.54133999,218501461.10238999,221324108.05303001,224257231.28714001,226915805.26126,229242714.34303001,231548529.54396001,233898189.28066999,236284414.23561001,238707430.57321,241177125.27366,243695238.30616999,246259179.42103001,248869800.93533999,251527718.00413001,254233469.91907999,256987499.53885999,259790580.66964,262643096.70137,265545809.01696,268499303.95354998,271504199.11009002,274561332.54747999]
[null,"S6","Roxby Downs","S6 Option 1",null,1350136028.8663001,1368684928.5228,1396392506.9714,1416435842.3236001,1435755945.3752999,1457470230.5818,1484593436.1910999,1506971161.1587,1526505948.3262,1548838064.6551001,1571925034.5544,1593084515.2987001,1611910479.1106999,1630770875.7189,1650013424.0243001,1669566996.7902,1689447439.7829001,1709725379.2355001,1730412414.6033001,1751494293.7595,1772979647.8148999,1794875548.8629999,1817188724.8118999,1839925291.5713999,1863093864.9777999,1886700318.5855,1910753405.7012999,1935260657.6719999,1960230028.4389,1985671135.8455]
[null,"S8","Western Eyre Peninsula","S8 Option 1",null,1457653807.6691999,1477738603.1059,1508001651.2279999,1530376160.4042001,1551817118.6162,1575876854.2126999,1605881588.1372001,1630723893.3935001,1652464441.5753,1677300378.3834,1702979483.8843,1726695526.938,1748141162.2019,1769748455.6457,1791829032.5269001,1814302579.5244999,1837186952.529,1860562574.8378,1884443912.4207001,1908817792.5488999,1933696143.5885999,1959089296.1933,1985007275.5265,2011459599.6382999,2038458542.0985999,2066013555.7862999,2094137333.8109,2122841337.1389,2152137621.4239998,2182040186.2546]
[null,null,null,"S8 Option 2",null,676328487.25196004,685150588.05786991,699130852.38242996,709727000.3169899,719825291.91136003,731152119.68712997,745277911.81043994,757006606.18238997,767295218.55590999,779028751.78762996,791166605.92218995,802475597.66430998,812820575.59040999,823276899.32634997,833971060.77433991,844865460.93798995,855968877.76696002,867319222.87573993,878923989.93403006,890777807.3075,902886902.00248003,915256801.86052001,927892925.15408993,940800479.16390002,953985984.16667998,967454663.43044996,981213285.49347997,995268075.12183988,1009625558.19291,1024293192.4304]
[null,null,null,"S8 Option 3",null,1701588667.3417001,1724723889.3864999,1760005096.4877,1786544616.6101999,1811701710.9821,1840018972.1164999,1875469814.7598,1904841375.8541,1930546715.8178999,1959915791.2419,1990297716.7242999,2018598963.0546,2044590862.8213999,2070901667.6724,2097825562.441,2125263560.2207999,2153236526.9970999,2181841655.4317002,2211097959.2221999,2240992185.1940999,2271540513.1160998,2302757374.3358002,2334656927.2964001,2367252849.8035002,2400562112.8449001,2434598488.9281001,2469379643.5215001,2504921906.0839,2541242393.2199998,2578360595.1918001]
[null,"TAS"]
[null,"REZ / Constraint ID","REZ name","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"T3","Central Highlands","T3 Option 1",null,605000000,621000000,637000000,651000000,665000000,680000000,698000000,713000000,728000000,744000000,761000000,778000000,794000000,811000000,828000000,846000000,864000000,884000000,904000000,924000000,946000000,968000000,992000000,1016000000,1041000000,1067000000,1094000000,1122000000,1152000000,1182000000]
[null,null,null,"T3 Option 1A",null,222000000,224000000,229000000,232000000,236000000,240000000,245000000,249000000,252000000,257000000,261000000,265000000,269000000,272000000,276000000,280000000,284000000,288000000,292000000,296000000,300000000,304000000,309000000,314000000,318000000,323000000,328000000,333000000,338000000,344000000]
[null,null,null,"T3 Option 2",null,506332096.39258999,524574178.49137998,539559822.93103004,552777044.21109998,565705336.30772996,579814031.27586997,596222116.17559993,610871185.48029995,624794082.14324999,640305839.32246995,656478203.45402002,672566238.49668992,688611708.49752998,705395655.66633999,722878345.52979994,741046097.12557995,759941180.39216995,779627483.36973989,800142335.30701005,821516436.01420999,843791655.74707997,867011185.70011997,891220143.08044994,916465776.80440998,942798610.43747997,970270508.23891997,998937326.10215998,1028856942.1626,1060090429.1664,1092702724.9191999]
[null,"T1","North East Tasmania","T1 Option 1",null,796020974.91033995,822033529.97616994,844421713.69941008,863935972.54988992,882979122.74627995,903868560.10626006,928357476.87265003,950048163.18031001,970514114.92596006,993371402.88156998,1017204247.79651,1040805181.5053999,1064172499.5777,1088550281.8315001,1113920541.0156,1140260731.9679999,1167629759.2704999,1196121426.6824999,1225788329.3989999,1256671918.3397999,1288830834.3469999,1322325453.4459,1357218784.9856,1393576764.9094,1431470031.6700001,1470970912.0615001,1512157456.7423,1555110450.5063,1599915136.2648001,1646662233.3464999]
[null,null,null,"T1 Option 2",null,596049691.20431006,616001453.38326001,633225656.54910004,648393510.29558992,663270752.52521002,679512269.81708002,698369791.86620998,715126506.23080003,731031261.42783999,748756937.42631996,767225509.81111002,785526382.64576006,803639298.68471003,822542968.56238997,842213319.87046003,862634109.70561993,883852848.38181996,905940756.81936002,928938437.38864994,952878656.64160001,977806971.8945899,1003770312.31776,1030817678.8126,1059000354.2909,1088373249.3582001,1118992624.0711999,1150919164.0184,1184215686.0901999,1218948482.6349001,1255188090.2751999]
[null,"T2","North West Tasmania","T2 Option 1",null,240158121.32286999,245473882.04102001,251425092.20267999,256500659.26989999,261493303.92785999,266970627.10571,273426440.45604002,279038930.53562999,284258748.24974,290099696.17458999,296173100.09599,302075333.59170002,307713333.00275999,313521367.43501002,319529818.68358999,325731422.19630003,332138895.42000997,338773272.35952002,345644693.85720998,352759520.92769003,360128675.75493002,367763277.56395,375674891.18785,383875540.00021988,392378270.25700003,401196202.34636998,410343688.59584999,419835464.01010001,429687078.03012002,439915167.74313998]
[null,null,null,"T2 Option 2",null,806421132.37501001,826459654.93592,847099440.67456996,864594789.9418,881802006.43801999,900642586.11357999,922839983.28725004,942242960.78628004,960324889.65073991,980553375.66933,1001593954.00315,1022079135.326,1041787898.0302,1062145509.2747999,1083232742.6524,1105025013.3461001,1127567464.6315,1150935208.3532,1175165652.78,1200283649.5234001,1226329844.0279,1253345722.8538001,1281374471.0857999,1310461063.98,1340654144.7091,1372002870.6873,1404560822.8239999,1438383127.8080001,1473527965.1914999,1510057503.2077999]
[null,null,null,"T2 Option 3",null,980249858.32008994,1011246820.91335,1038500250.2907,1061988948.7047,1085047359.3622,1110208677.6424999,1139714454.75,1165896525.0967,1190534703.9716001,1218037458.5033,1246695465.2203,1274937050.3719001,1302724093.8975999,1331649746.5134001,1361723005.9181001,1392917765.9546001,1425302350.4797001,1458987021.0174,1494032717.7312,1530486000.352,1568414301.7241001,1607886940.5834,1648976231.5044,1691757787.3353,1736312738.0737,1782723989.6324,1831081151.3931,1881476876.4361999,1934008948.0374999,1988781501.6282001]
[null,"T4","North Tasmania Coast","T4 Option 1",null,370540722.99223,382126852.20744997,392380339.64626002,401274941.07007998,410015060.37593001,419535397.47589999,430707125.22926003,440646551.73879999,449999804.85097998,460432289.98026001,471306636.35469002,482040501.62516999,492613016.85333002,503618590.53046,515061061.85122001,526931580.46482003,539256002.73936999,552076092.51826,565415219.78648996,579291201.02635002,593729753.40433991,608757321.25498998,624401492.87105,640691115.57138991,657657135.69666994,675331181.54306006,693747430.31345999,712941226.99721003,732949867.85011005,753813067.59046006]
[null,null,null,"T4 Option 2",null,430866400.17984003,445276729.96600997,457562097.27882999,468361230.58964002,478922707.64946002,490468705.86533999,503967118.36897999,515978195.68098998,527340176.19106001,540011228.70208001,553224912.30611992,566340240.14610004,579359685.67271996,592952210.88797998,607101655.5745399,621796968.02066994,637071381.3633399,652976803.95420003,669542974.83743,686793635.16838002,704761898.02645004,723481881.75679994,742989206.59526002,763321154.64326,784517639.28943002,806619565.33928001,829671040.76279998,853717738.24976003,878807847.93118989,904992639.58281004]
[null,"QLD"]
[null,"REZ / Constraint ID","REZ name","Option","Status","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"Q1","Far North QLD","Q1 Option 1",null,4097011906.8340001,4176425364.2704,4265576252.3221998,4332019332.4431,4395238590.8501997,4466296912.0611,4554518254.1225996,4627804247.1089001,4692387507.1646996,4766060607.9143,4842273620.75,4913420763.1784,4978960070.4820004,5045434720.9577999,5113533552.8055,5183015160.6990004,5253941411.4547997,5326557612.5246,5400915193.1498985,5476989556.2941999,5554828184.2681999,5634474551.3537998,5715971788.6658001,5799362302.2894001,5884696831.0586996,5972018807.5052996,6061381598.6955996,6152835666.4861002,6246433958.4035997,6342235732.3800001]
[null,"Q2","North Qld Clean Energy Hub","Q2 Option 1",null,1077270557.457,1096418640.108,1118858177.9222,1134828468.056,1149922351.1666999,1167131910.3638999,1188935170.5511999,1206813540.0237,1222313318.5327001,1240123598.3573999,1258563703.8601999,1275557216.4561999,1290949791.3961,1306463215.1250999,1322336736.2098999,1338506890.1213,1354984295.6917,1371830817.701,1389057520.997,1406654702.1989999,1424631698.0997,1442996679.5383,1461757604.5293,1480922093.0116,1500499833.0913999,1520498483.4030001,1540928105.7686999,1561797924.9682,1583117624.0162001,1604898367.5539]
[null,null,null,"Q2 Option 2",null,1120604774.2286,1140055826.5871,1163561703.7221,1180483749.9875,1196609165.9066999,1214853380.0202,1237775196.934,1256666028.4926,1273133257.1728001,1291994388.9935999,1311511329.4353001,1329510069.0959001,1345772931.0759001,1362152191.8740001,1378901668.875,1395957838.4883001,1413333512.9645,1431091853.3794,1449244374.6694,1467781116.8422,1486711688.5766001,1506044484.7377999,1525787687.3663001,1545949107.8413999,1566538716.3383999,1587564344.6026001,1609036335.5071001,1630964136.8392999,1653357679.0608001,1676228421.1015]
[null,"Q5","Barcaldine","Q5 Option 1",null,1627018049.1917,1653605919.2165,1686483803.9021001,1708362038.4635,1728900454.9828999,1752729675.9718001,1783537983.0118999,1808339533.8656001,1829439219.0156,1853907426.3094001,1879235113.4254,1902062801.7421,1922136606.6668999,1942157396.8571,1962591361.2539999,1983336644.4001,2004401207.3648,2025872566.9233,2047761919.2841001,2070048324.1259999,2092739471.6506,2115841063.3196001,2139358265.9872,2163295382.9892001,2187659663.6033001,2212454992.6440001,2237688508.3943,2263365896.0230999,2289493163.5004001,2316078178.2119999]
[null,"Q9","Banana","Q9 Option 1",null,1547032629.9563999,1570239876.3601999,1601651480.3268001,1623635975.5114999,1644876065.9021001,1668808798.1043,1699024046.2061,1723924479.0813,1745481918.5936999,1770188782.8218999,1795750422.3262999,1819004140.8872001,1839482349.4008,1859910823.1241,1880739817.6582999,1901891871.9407001,1923381001.8525,1945287173.4744,1967623078.8975999,1990370725.7794001,2013538678.0228,2037133654.3712001,2061161918.3879001,2085628972.9661,2110543140.6717,2135909575.1210001,2161736636.5570002,2188031273.8589001,2214800840.171,2242054541.9436002]
[null,null,null,"Q9 Option 2",null,854433594.90153003,867304066.70219994,885122426.43191004,897802827.54790998,910066380.32897997,923886001.41324997,941082261.40878999,955194865.73246002,967524553.43264997,981629921.30919993,996203367.88818991,1009473076.32163,1021136780.14,1032781737.1572,1044652751.6829,1056703158.0829999,1068943457.0671,1081417755.2814,1094132518.9309001,1107078079.2571001,1120259229.3980999,1133679746.2286,1147343174.4509001,1161252618.8617001,1175412775.8606,1189826553.7124,1204498661.0362999,1219433009.1226001,1234633744.4888999,1250106043.1540999]
[null,null,null,"Q9 Option 3",null,530297034.97987002,537581256.05168998,548106220.53938997,555623481.09366,562892116.16751003,571062078.81487,581407426.28204,589972163.98255002,597383694.85513997,605860644.50532997,614641574.11845005,622681854.42786992,629791139.40059996,636883116.43006003,644115053.29569995,651462869.74826992,658931148.34143007,666547125.44344997,674315618.83528996,682230643.05138004,690295290.97431004,698512043.69202995,706883230.87127995,715410926.28000998,724098176.56998992,732946941.15408003,741960286.84638989,751140807.15518999,760491232.34643996,770014932.38216007]
[null,"NQ1","Group Constraint NQ1","NQ1 Option 1",null,1767754969.4493999,1802908493.9502001,1840917376.4561999,1868983579.7988,1895401481.2974,1925379136.5883,1962989288.4547999,1994056850.6017001,2021264172.8824999,2052416953.5014999,2084674094.7267001,2114820433.4491999,2142740161.4649,2171100890.7714,2200181841.2652998,2229874948.914,2260203423.8294001,2291276155.8853998,2323115841.9706998,2355712087.2789001,2389086117.2551999,2423257457.8021002,2458245483.0953999,2494069331.0653,2530751711.8383999,2568312293.8792,2606775021.4938998,2646162654.7058001,2686499056.3571,2727810848.8829999]
[null,null,null,"NQ1 Option 2",null,4755015634.2754002,4828262580.5481997,4921889664.8982,4984456067.7544003,5043703226.0403996,5111933929.7747002,5200539850.1422997,5272490167.5310001,5333548775.6138,5404234128.1568995,5477489623.0581999,5543617807.1420002,5601703658.4308996,5659539460.0450001,5718548387.0459995,5778472113.0166998,5839328578.3664999,5901370059.7923002,5964632568.4553003,6029054913.6901999,6094659795.4405994,6161464120.5414,6229483143.1266003,6298729733.4898996,6369225158.8268003,6440981072.5625,6514018553.507,6588354446.3788996,6664006558.1903,6740998158.1145]
[null,"CQ1",null,"CQ1 Option 1",null,206851966.2349,209358911.16398999,213296323.20107999,216065225.60150999,218722606.84084001,221749951.43917999,225640333.90175,228826115.28794,231552400.00042999,234686404.19200999,237937411.86822999,240900883.59907001,243494592.06685001,246070118.99179,248694717.18274999,251359166.54420999,254064677.83487001,256821692.6011,259631891.44521999,262492664.97347999,265404953.99325001,268369454.81806999,271386792.98962998,274457483.15675002,277582406.55624998,280762013.37856001,283997166.22561002,287288538.80467999,290636840.15806001,294043012.72240001]
[null,null,null,"CQ1 Option 2",null,526339827.69993001,534887581.58205998,545387788.44735003,552442630.11241007,559061239.38923001,566689211.04694998,576633746.06209993,584727739.76174998,591596225.19505,599540029.72587001,607773535.20969999,615251902.91559994,621905727.24668002,628555168.50906992,635346237.68487,642248095.55858004,649262542.68826008,656418034.55093992,663719030.68963993,671159086.99646997,678741071.71703994,686467236.21081996,694339672.77881992,702360207.02928007,710531638.47256005,718855684.26794994,727335133.94647002,735972330.20910001,744769726.54786003,753730395.58116996]
[null,"SQ1","Group Constraint - Wide Bay ","SQ1 Option 1",null,1015420584.45364,1035738946.5467,1058078434.3493,1075209841.0581,1091505241.7962999,1109746770.6526999,1132276550.2128999,1151099466.253,1167775232.5901999,1186745971.1681001,1206379979.451,1224871474.4816,1242092785.8791001,1259619417.2205,1277592135.2428999,1295952270.5918,1314717014.2077999,1333949501.7091999,1353664303.9507,1373857252.0121,1394542191.7184999,1415732053.4433,1437439749.2305,1459678119.8431001,1482462137.346,1505805051.8587999,1529722696.9282,1554230251.3340001,1579343628.0502999,1605080416.1730001]
[null,null,null,"SQ1 Option 2",null,901393030.95413005,920197595.29346001,940244319.75171995,955584460.38801992,970122912.78201997,986436608.19618988,1006569889.6819,1023357748.4464999,1038244305.6772,1055192727.9492,1072728866.1394,1089255343.5868001,1104699003.5827999,1120440698.6045001,1136590033.3724,1153092152.0655,1169962840.3704,1187259041.6231,1204993795.1551001,1223163805.7476001,1241781805.2054999,1260859726.9865,1280409503.53,1300443029.5983,1320974107.2296,1342015035.4512999,1363580429.9233,1385684343.1856,1408341504.9477,1431568163.2044001]
[null,"SWQLD1","Transmission Limit Constraint - Darling Downs","SWQLD1 Option 1",null,26461391.615065001,26507471.584102999,26663014.230974,26687601.084474001,26700703.591306001,26734555.528820001,26906537.091557998,27061448.606272001,27140849.489739999,27249672.104924999,27374092.011027001,27488624.152848002,27596092.653058998,27697461.179864999,27801428.846140001,27909418.13552,28020510.439575002,28135824.808906998,28255780.579456002,28379952.417495001,28508387.826719001,28641103.649810001,28778095.294234999,28919361.874072999,29064916.830883998,29214748.932819001,29368878.943015002,29527311.280894,29690046.822193999,29857114.333889998]
[null,null,null,"SWQLD1 Option 2",null,6752955.3605339006,6728976.3160477001,6841593.8990870994,6939781.7851908002,6987211.4925493998,7115257.6005918998,7262296.1828257991,7304977.3363132998,7346749.4900495997,7414194.7922318,7482854.5495429998,7545919.5120791998,7593989.3859524,7645266.4873226006,7699366.9313460002,7754223.9223727006,7810365.8980229991,7868354.7063402003,7927938.8170412993,7989053.0609629015,8051706.1252222992,8115899.4639518997,8181632.2207613988,8248903.2134044999,8317717.6830713013,8388071.344755399,8459971.3835815992,8533417.7903851997,8608412.6944314986,8684965.1759015992]
[null,null,null,"SWQLD1 Option 3",null,487944190.6789,489268819.14711988,494608647.69125998,497935463.42378998,501408395.22697997,505079190.35742003,511105894.02251989,516656681.43556988,520860603.05049002,525711874.57370001,530894455.90804988,535695228.40680999,539919581.29475999,543994555.37702,548136571.07271993,552367681.19581008,556676954.19396007,561085636.08203006,565601903.91085005,570218518.38206005,574937232.49910998,579759244.39377999,584685445.89321005,589716620.47741997,594854120.34697998,600098561.87888002,605451334.84896004,610913466.11093998,616485988.11918998,622170464.26969993]
[null,null,null,"SWQLD1 Option 4",null,263815090.24781999,264648176.54866001,268196694.82607999,270798218.95002002,273425519.09820002,276279481.31958997,280320227.38577998,283876212.34794998,286775728.01617998,290081936.61527002,293567227.83104998,296829503.30225998,299708265.40551001,302527490.35900003,305396028.73025,308319336.26516998,311295079.32564998,314335092.18697,317443289.49981999,320616274.11356997,323855281.93892998,327161264.27175999,330535046.34237999,333977364.58534998,337489335.36295998,341071613.23844999,344725328.01566988,348451400.03416002,352250773.35984999,356124690.82788998]
[null,null,null,"SWQLD1 Option 5",null,931517934.66528988,948538933.21488988,968545348.06398988,984283657.34001994,999414302.60816991,1016181813.09119,1036807776.6293,1054217702.6443,1069696975.6461999,1087234496.6877999,1105398283.4307001,1122591261.6489999,1138603028.1601,1154884165.5702,1171571899.9872999,1188621965.9103999,1206051060.4045999,1223915601.3631001,1242229848.0408001,1260990450.2307,1280210338.3062,1299901630.0373001,1320076431.9927001,1340746806.9542,1361926750.437,1383628704.0304999,1405867488.0729001,1428657324.142,1452013113.0216999,1475951312.4765999]

{"sheet":"Maximum capacity","index":40,"n_rows":679,"n_cols":15,"rows_kept":281,"cut":true,"hidden":false,"merged":[[35,11,37,14],[2,1,2,9]],"bounds":{"rows_first":125,"rows_last":31,"rows_between":125,"halvings":4}}
[null,"Go to Assumptions Summary"]
[null,"Generator nameplate capacity"]
[null,"The maximum capacities of each existing and committed generating unit are based on July 2025 Generation Information. These values describe the nameplate capacity for the purpose of calculating operational costs. "]
[null,"The operation/dispatch generation limits for each power station are provided by the seasonal ratings, not the below nameplate capacities."]
[null,"https://www.aemo.com.au/Electricity/National-Electricity-Market-NEM/Planning-and-forecasting/Generation-information"]
[null,"Max capacities of each new entrant generation technologies are sourced from Aurecon, 2024 Energy Technology Cost and Technical Parameter Review.  "]
[]
[null,"Existing, Committed, Anticipated, and Additional generators",null,null,null,null,null,null,null,null,null,"New generation technologies1"]
[null,"IASR ID","Power Station","Status5","Technology","Region","Installed capacity (MW)","Storage Capacity (MWh)","Commissioning date","Policy",null,"Technology Type","Unit size (MW)","Number of units","Total plant size (MW)"]
[null,"BW01",{"$f":"_xlfn.XLOOKUP(B10,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B10,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B10,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B10,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},660,"","","",null,"OCGT (small GT)",33.700000000000003,6,{"$f":"N10*M10","v":202.20000000000002}]
[null,"BW02",{"$f":"_xlfn.XLOOKUP(B11,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B11,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B11,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B11,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},685,"","","",null,"OCGT (large GT)",265,1,{"$f":"M11*N11","v":265}]
[null,"BW03",{"$f":"_xlfn.XLOOKUP(B12,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B12,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B12,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B12,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},685,"","","",null,"CCGT",409,1,{"$f":"M12*N12","v":409}]
[null,"BW04",{"$f":"_xlfn.XLOOKUP(B13,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B13,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B13,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B13,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},685,"","","",null,"CCGT with CCS",409,1,{"$f":"M13*N13","v":409}]
[null,"CALL_B_1",{"$f":"_xlfn.XLOOKUP(B14,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Callide B"},{"$f":"_xlfn.XLOOKUP(B14,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B14,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B14,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},350,"","","",null,"Biomass",30,1,{"$f":"M14*N14","v":30}]
[null,"CALL_B_2",{"$f":"_xlfn.XLOOKUP(B15,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Callide B"},{"$f":"_xlfn.XLOOKUP(B15,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B15,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B15,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},350,"","","",null,"Large scale Solar PV",1,1,1]
[null,"CPP_3",{"$f":"_xlfn.XLOOKUP(B16,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Callide C"},{"$f":"_xlfn.XLOOKUP(B16,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B16,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Super Critical"},{"$f":"_xlfn.XLOOKUP(B16,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},424,"","","",null,"Solar Thermal (16hrs storage)",1,1,1]
[null,"CPP_4",{"$f":"_xlfn.XLOOKUP(B17,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Callide C"},{"$f":"_xlfn.XLOOKUP(B17,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B17,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Super Critical"},{"$f":"_xlfn.XLOOKUP(B17,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},420,"","","",null,"Battery storage (1hr storage)",1,1,1]
[null,"ER01",{"$f":"_xlfn.XLOOKUP(B18,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B18,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B18,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B18,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},720,"","","",null,"Battery storage (2hrs storage)",1,1,1]
[null,"ER02",{"$f":"_xlfn.XLOOKUP(B19,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B19,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B19,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B19,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},720,"","","",null,"Battery storage (4hrs storage)",1,1,1]
[null,"ER03",{"$f":"_xlfn.XLOOKUP(B20,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B20,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B20,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B20,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},720,"","","",null,"Battery storage (8hrs storage)",1,1,1]
[null,"ER04",{"$f":"_xlfn.XLOOKUP(B21,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B21,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B21,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B21,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},720,"","","",null,"Wind",1,1,1]
[null,"GSTONE1",{"$f":"_xlfn.XLOOKUP(B22,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B22,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B22,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B22,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},280,"","","",null,"Wind - offshore (fixed)",1,1,1]
[null,"GSTONE2",{"$f":"_xlfn.XLOOKUP(B23,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B23,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B23,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B23,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},280,"","","",null,"Wind - offshore (floating)",1,1,1]
[null,"GSTONE3",{"$f":"_xlfn.XLOOKUP(B24,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B24,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B24,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B24,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},280,"","","",null,"Pumped Hydro (10hrs storage)",1,1,1]
[null,"GSTONE4",{"$f":"_xlfn.XLOOKUP(B25,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B25,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B25,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B25,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},280,"","","",null,"Pumped Hydro (24hrs storage)",1,1,1]
[null,"GSTONE5",{"$f":"_xlfn.XLOOKUP(B26,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B26,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B26,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B26,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},280,"","","",null,"Pumped Hydro (48hrs storage)",1,1,1]
[null,"GSTONE6",{"$f":"_xlfn.XLOOKUP(B27,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B27,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B27,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B27,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},280,"","","",null,"Distributed Resources Solar",1,1,1]
[null,"KPP_1",{"$f":"_xlfn.XLOOKUP(B28,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Kogan Creek"},{"$f":"_xlfn.XLOOKUP(B28,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B28,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Super Critical"},{"$f":"_xlfn.XLOOKUP(B28,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},744,"","","",null,"Distributed Resources Batteries",1,1,1]
[null,"MPP_1",{"$f":"_xlfn.XLOOKUP(B29,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Millmerran"},{"$f":"_xlfn.XLOOKUP(B29,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B29,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Super Critical"},{"$f":"_xlfn.XLOOKUP(B29,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},426,"","","",null,"Alkaline Electrolyser",1,1,1]
[null,"MPP_2",{"$f":"_xlfn.XLOOKUP(B30,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Millmerran"},{"$f":"_xlfn.XLOOKUP(B30,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B30,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Super Critical"},{"$f":"_xlfn.XLOOKUP(B30,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},426,"","","",null,"BOTN - Cethana",750,1,750]
[null,"MP1",{"$f":"_xlfn.XLOOKUP(B31,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Mt Piper"},{"$f":"_xlfn.XLOOKUP(B31,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B31,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B31,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},730,"","","",null,"1. For modelling purposes, AEMO assumes variable renewable energy capacities and storages can be built in 1 MW incremental sizes."]
[null,"MP2",{"$f":"_xlfn.XLOOKUP(B32,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Mt Piper"},{"$f":"_xlfn.XLOOKUP(B32,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B32,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B32,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},660,"","",""]
[null,"STAN-1",{"$f":"_xlfn.XLOOKUP(B33,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B33,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B33,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B33,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},365,"","",""]
[null,"STAN-2",{"$f":"_xlfn.XLOOKUP(B34,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B34,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B34,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B34,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},365,"","",""]
[null,"STAN-3",{"$f":"_xlfn.XLOOKUP(B35,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B35,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B35,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B35,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},365,"","",""]
[null,"STAN-4",{"$f":"_xlfn.XLOOKUP(B36,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B36,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B36,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B36,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},365,"","",""]
[null,"TARONG#1",{"$f":"_xlfn.XLOOKUP(B37,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B37,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B37,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B37,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},350,"","",""]
[null,"TARONG#2",{"$f":"_xlfn.XLOOKUP(B38,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B38,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B38,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B38,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},350,"","",""]
[null,"TARONG#3",{"$f":"_xlfn.XLOOKUP(B39,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B39,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B39,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B39,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},350,"","",""]
[null,"TARONG#4",{"$f":"_xlfn.XLOOKUP(B40,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B40,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B40,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B40,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},350,"","",""]
[null,"TNPS1",{"$f":"_xlfn.XLOOKUP(B41,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Tarong North"},{"$f":"_xlfn.XLOOKUP(B41,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B41,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Super Critical"},{"$f":"_xlfn.XLOOKUP(B41,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},450,"","",""]
[null,"VP5",{"$f":"_xlfn.XLOOKUP(B42,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Vales Point B"},{"$f":"_xlfn.XLOOKUP(B42,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B42,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B42,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},660,"","",""]
[null,"VP6",{"$f":"_xlfn.XLOOKUP(B43,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Vales Point B"},{"$f":"_xlfn.XLOOKUP(B43,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B43,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B43,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},660,"","",""]
[null,"LYA1",{"$f":"_xlfn.XLOOKUP(B44,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B44,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B44,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B44,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},560,"","",""]
[null,"LYA2",{"$f":"_xlfn.XLOOKUP(B45,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B45,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B45,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B45,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},530,"","",""]
[null,"LYA3",{"$f":"_xlfn.XLOOKUP(B46,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B46,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B46,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B46,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},560,"","",""]
[null,"LYA4",{"$f":"_xlfn.XLOOKUP(B47,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B47,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B47,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B47,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},560,"","",""]
[null,"LOYYB1",{"$f":"_xlfn.XLOOKUP(B48,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Loy Yang B"},{"$f":"_xlfn.XLOOKUP(B48,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B48,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B48,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},580,"","",""]
[null,"LOYYB2",{"$f":"_xlfn.XLOOKUP(B49,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Loy Yang B"},{"$f":"_xlfn.XLOOKUP(B49,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B49,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B49,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},580,"","",""]
[null,"YWPS1",{"$f":"_xlfn.XLOOKUP(B50,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B50,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B50,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B50,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},350,"","",""]
[null,"YWPS2",{"$f":"_xlfn.XLOOKUP(B51,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B51,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B51,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B51,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},350,"","",""]
[null,"YWPS3",{"$f":"_xlfn.XLOOKUP(B52,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B52,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B52,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B52,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},375,"","",""]
[null,"YWPS4",{"$f":"_xlfn.XLOOKUP(B53,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B53,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B53,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B53,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},375,"","",""]
[null,"ANGAS1",{"$f":"_xlfn.XLOOKUP(B54,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Angaston"},{"$f":"_xlfn.XLOOKUP(B54,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B54,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Reciprocating engine"},{"$f":"_xlfn.XLOOKUP(B54,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},30.8,"","",""]
[null,"ANGAS2",{"$f":"_xlfn.XLOOKUP(B55,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Angaston"},{"$f":"_xlfn.XLOOKUP(B55,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B55,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Reciprocating engine"},{"$f":"_xlfn.XLOOKUP(B55,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},15.4,"","",""]
[null,"BDL01",{"$f":"_xlfn.XLOOKUP(B56,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bairnsdale"},{"$f":"_xlfn.XLOOKUP(B56,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B56,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B56,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},47,"","",""]
[null,"BDL02",{"$f":"_xlfn.XLOOKUP(B57,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bairnsdale"},{"$f":"_xlfn.XLOOKUP(B57,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B57,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B57,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},47,"","",""]
[null,"BARCALDN",{"$f":"_xlfn.XLOOKUP(B58,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Barcaldine Power Station"},{"$f":"_xlfn.XLOOKUP(B58,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B58,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B58,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},37,"","",""]
[null,"BIPS1_01",{"$f":"_xlfn.XLOOKUP(B59,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B59,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B59,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Reciprocating engine"},{"$f":"_xlfn.XLOOKUP(B59,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},17.5,"","",""]
[null,"BIPS1_02",{"$f":"_xlfn.XLOOKUP(B60,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B60,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B60,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Reciprocating engine"},{"$f":"_xlfn.XLOOKUP(B60,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},17.5,"","",""]
[null,"BIPS1_03",{"$f":"_xlfn.XLOOKUP(B61,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B61,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B61,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Reciprocating engine"},{"$f":"_xlfn.XLOOKUP(B61,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},17.5,"","",""]
[null,"BIPS1_04",{"$f":"_xlfn.XLOOKUP(B62,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B62,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B62,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Reciprocating engine"},{"$f":"_xlfn.XLOOKUP(B62,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},17.5,"","",""]
[null,"BIPS1_05",{"$f":"_xlfn.XLOOKUP(B63,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B63,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B63,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Reciprocating engine"},{"$f":"_xlfn.XLOOKUP(B63,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},17.5,"","",""]
[null,"BIPS1_06",{"$f":"_xlfn.XLOOKUP(B64,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B64,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B64,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Reciprocating engine"},{"$f":"_xlfn.XLOOKUP(B64,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},17.5,"","",""]
[null,"BIPS1_07",{"$f":"_xlfn.XLOOKUP(B65,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B65,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B65,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Reciprocating engine"},{"$f":"_xlfn.XLOOKUP(B65,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},17.5,"","",""]
[null,"BIPS1_08",{"$f":"_xlfn.XLOOKUP(B66,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B66,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B66,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Reciprocating engine"},{"$f":"_xlfn.XLOOKUP(B66,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},17.5,"","",""]
[null,"BIPS1_09",{"$f":"_xlfn.XLOOKUP(B67,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B67,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B67,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Reciprocating engine"},{"$f":"_xlfn.XLOOKUP(B67,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},17.5,"","",""]
[null,"BIPS1_10",{"$f":"_xlfn.XLOOKUP(B68,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B68,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B68,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Reciprocating engine"},{"$f":"_xlfn.XLOOKUP(B68,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},17.5,"","",""]
[null,"BIPS1_11",{"$f":"_xlfn.XLOOKUP(B69,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B69,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B69,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Reciprocating engine"},{"$f":"_xlfn.XLOOKUP(B69,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},17.5,"","",""]
[null,"BIPS1_12",{"$f":"_xlfn.XLOOKUP(B70,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B70,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B70,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Reciprocating engine"},{"$f":"_xlfn.XLOOKUP(B70,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},17.5,"","",""]
[null,"BBTHREE1",{"$f":"_xlfn.XLOOKUP(B71,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bell Bay Three"},{"$f":"_xlfn.XLOOKUP(B71,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B71,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (large GT)"},{"$f":"_xlfn.XLOOKUP(B71,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"TAS"},40,"","",""]
[null,"BBTHREE2",{"$f":"_xlfn.XLOOKUP(B72,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bell Bay Three"},{"$f":"_xlfn.XLOOKUP(B72,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B72,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (large GT)"},{"$f":"_xlfn.XLOOKUP(B72,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"TAS"},40,"","",""]
[null,"BBTHREE3",{"$f":"_xlfn.XLOOKUP(B73,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bell Bay Three"},{"$f":"_xlfn.XLOOKUP(B73,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B73,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (large GT)"},{"$f":"_xlfn.XLOOKUP(B73,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"TAS"},40,"","",""]
[null,"BOLIVPS1_1",{"$f":"_xlfn.XLOOKUP(B74,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bolivar Power Station"},{"$f":"_xlfn.XLOOKUP(B74,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B74,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B74,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},32.1,"","",""]
[null,"BOLIVPS1_2",{"$f":"_xlfn.XLOOKUP(B75,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bolivar Power Station"},{"$f":"_xlfn.XLOOKUP(B75,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B75,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B75,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},32.1,"","",""]
[null,"BOLIVPS1_3",{"$f":"_xlfn.XLOOKUP(B76,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bolivar Power Station"},{"$f":"_xlfn.XLOOKUP(B76,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B76,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B76,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},32.1,"","",""]
[null,"BOLIVPS1_4",{"$f":"_xlfn.XLOOKUP(B77,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bolivar Power Station"},{"$f":"_xlfn.XLOOKUP(B77,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B77,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B77,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},32.1,"","",""]
[null,"BRAEMAR1",{"$f":"_xlfn.XLOOKUP(B78,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Braemar"},{"$f":"_xlfn.XLOOKUP(B78,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B78,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (large GT)"},{"$f":"_xlfn.XLOOKUP(B78,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},188,"","",""]
[null,"BRAEMAR2",{"$f":"_xlfn.XLOOKUP(B79,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Braemar"},{"$f":"_xlfn.XLOOKUP(B79,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B79,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (large GT)"},{"$f":"_xlfn.XLOOKUP(B79,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},188,"","",""]
[null,"BRAEMAR3",{"$f":"_xlfn.XLOOKUP(B80,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Braemar"},{"$f":"_xlfn.XLOOKUP(B80,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B80,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (large GT)"},{"$f":"_xlfn.XLOOKUP(B80,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},188,"","",""]
[null,"BRAEMAR5",{"$f":"_xlfn.XLOOKUP(B81,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Braemar 2 Power Station"},{"$f":"_xlfn.XLOOKUP(B81,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B81,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (large GT)"},{"$f":"_xlfn.XLOOKUP(B81,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},173,"","",""]
[null,"BRAEMAR6",{"$f":"_xlfn.XLOOKUP(B82,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Braemar 2 Power Station"},{"$f":"_xlfn.XLOOKUP(B82,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B82,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (large GT)"},{"$f":"_xlfn.XLOOKUP(B82,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},173,"","",""]
[null,"BRAEMAR7",{"$f":"_xlfn.XLOOKUP(B83,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Braemar 2 Power Station"},{"$f":"_xlfn.XLOOKUP(B83,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B83,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (large GT)"},{"$f":"_xlfn.XLOOKUP(B83,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},173,"","",""]
[null,"CG1",{"$f":"_xlfn.XLOOKUP(B84,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Colongra"},{"$f":"_xlfn.XLOOKUP(B84,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B84,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B84,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},181,"","",""]
[null,"CG2",{"$f":"_xlfn.XLOOKUP(B85,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Colongra"},{"$f":"_xlfn.XLOOKUP(B85,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B85,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B85,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},181,"","",""]
[null,"CG3",{"$f":"_xlfn.XLOOKUP(B86,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Colongra"},{"$f":"_xlfn.XLOOKUP(B86,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B86,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B86,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},181,"","",""]
[null,"CG4",{"$f":"_xlfn.XLOOKUP(B87,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Colongra"},{"$f":"_xlfn.XLOOKUP(B87,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B87,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B87,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},181,"","",""]
[null,"CPSA_GT1",{"$f":"_xlfn.XLOOKUP(B88,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Condamine A"},{"$f":"_xlfn.XLOOKUP(B88,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B88,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"CCGT - Gas Turbine"},{"$f":"_xlfn.XLOOKUP(B88,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},43.7,"","",""]
[null,"CPSA_GT2",{"$f":"_xlfn.XLOOKUP(B89,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Condamine A"},{"$f":"_xlfn.XLOOKUP(B89,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B89,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"CCGT - Gas Turbine"},{"$f":"_xlfn.XLOOKUP(B89,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},43.7,"","",""]
[null,"CPSA_ST",{"$f":"_xlfn.XLOOKUP(B90,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Condamine A"},{"$f":"_xlfn.XLOOKUP(B90,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B90,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"CCGT - Steam Turbine"},{"$f":"_xlfn.XLOOKUP(B90,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},57,"","",""]
[null,"DDPS1_GT1",{"$f":"_xlfn.XLOOKUP(B91,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Darling Downs"},{"$f":"_xlfn.XLOOKUP(B91,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B91,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"CCGT - Gas Turbine"},{"$f":"_xlfn.XLOOKUP(B91,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},121.5,"","",""]
[null,"DDPS1_GT2",{"$f":"_xlfn.XLOOKUP(B92,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Darling Downs"},{"$f":"_xlfn.XLOOKUP(B92,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B92,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"CCGT - Gas Turbine"},{"$f":"_xlfn.XLOOKUP(B92,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},121.5,"","",""]
[null,"DDPS1_GT3",{"$f":"_xlfn.XLOOKUP(B93,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Darling Downs"},{"$f":"_xlfn.XLOOKUP(B93,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B93,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"CCGT - Gas Turbine"},{"$f":"_xlfn.XLOOKUP(B93,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},121.5,"","",""]
[null,"DDPS1_ST",{"$f":"_xlfn.XLOOKUP(B94,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Darling Downs"},{"$f":"_xlfn.XLOOKUP(B94,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B94,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"CCGT - Steam Turbine"},{"$f":"_xlfn.XLOOKUP(B94,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},280,"","",""]
[null,"DRYCGT1",{"$f":"_xlfn.XLOOKUP(B95,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Dry Creek GT"},{"$f":"_xlfn.XLOOKUP(B95,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B95,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B95,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},52,"","",""]
[null,"DRYCGT2",{"$f":"_xlfn.XLOOKUP(B96,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Dry Creek GT"},{"$f":"_xlfn.XLOOKUP(B96,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B96,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B96,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},52,"","",""]
[null,"DRYCGT3",{"$f":"_xlfn.XLOOKUP(B97,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Dry Creek GT"},{"$f":"_xlfn.XLOOKUP(B97,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B97,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B97,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},52,"","",""]
[null,"AGLHAL01",{"$f":"_xlfn.XLOOKUP(B98,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B98,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B98,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B98,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},18.899999999999999,"","",""]
[null,"AGLHAL02",{"$f":"_xlfn.XLOOKUP(B99,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B99,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B99,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B99,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},18.899999999999999,"","",""]
[null,"AGLHAL03",{"$f":"_xlfn.XLOOKUP(B100,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B100,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B100,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B100,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},20.75,"","",""]
[null,"AGLHAL04",{"$f":"_xlfn.XLOOKUP(B101,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B101,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B101,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B101,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},17,"","",""]
[null,"AGLHAL05",{"$f":"_xlfn.XLOOKUP(B102,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B102,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B102,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B102,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},20.75,"","",""]
[null,"AGLHAL06",{"$f":"_xlfn.XLOOKUP(B103,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B103,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B103,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B103,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},18,"","",""]
[null,"AGLHAL07",{"$f":"_xlfn.XLOOKUP(B104,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B104,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B104,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B104,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},21.76,"","",""]
[null,"AGLHAL08",{"$f":"_xlfn.XLOOKUP(B105,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B105,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B105,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B105,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},27,"","",""]
[null,"AGLHAL09",{"$f":"_xlfn.XLOOKUP(B106,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B106,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B106,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B106,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},25.6,"","",""]
[null,"AGLHAL10",{"$f":"_xlfn.XLOOKUP(B107,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B107,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B107,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B107,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},17,"","",""]
[null,"AGLHAL11",{"$f":"_xlfn.XLOOKUP(B108,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B108,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B108,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B108,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},17,"","",""]
[null,"AGLHAL12",{"$f":"_xlfn.XLOOKUP(B109,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B109,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B109,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B109,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},17,"","",""]
[null,"AGLHALRE",{"$f":"_xlfn.XLOOKUP(B110,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B110,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B110,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B110,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},37.200000000000003,"","",""]
[null,"HEZ1",{"$f":"_xlfn.XLOOKUP(B111,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Hunter Economic Zone"},{"$f":"_xlfn.XLOOKUP(B111,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B111,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Reciprocating engine"},{"$f":"_xlfn.XLOOKUP(B111,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},20.8,"","",""]
[null,"JLA01",{"$f":"_xlfn.XLOOKUP(B112,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Jeeralang A"},{"$f":"_xlfn.XLOOKUP(B112,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B112,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B112,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},53,"","",""]
[null,"JLA02",{"$f":"_xlfn.XLOOKUP(B113,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Jeeralang A"},{"$f":"_xlfn.XLOOKUP(B113,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B113,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B113,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},53,"","",""]
[null,"JLA03",{"$f":"_xlfn.XLOOKUP(B114,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Jeeralang A"},{"$f":"_xlfn.XLOOKUP(B114,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B114,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B114,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},53,"","",""]
[null,"JLA04",{"$f":"_xlfn.XLOOKUP(B115,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Jeeralang A"},{"$f":"_xlfn.XLOOKUP(B115,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B115,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B115,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},53,"","",""]
[null,"JLB01",{"$f":"_xlfn.XLOOKUP(B116,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Jeeralang B"},{"$f":"_xlfn.XLOOKUP(B116,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B116,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B116,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},76,"","",""]
[null,"JLB02",{"$f":"_xlfn.XLOOKUP(B117,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Jeeralang B"},{"$f":"_xlfn.XLOOKUP(B117,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B117,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B117,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},76,"","",""]
[null,"JLB03",{"$f":"_xlfn.XLOOKUP(B118,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Jeeralang B"},{"$f":"_xlfn.XLOOKUP(B118,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B118,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B118,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},76,"","",""]
[null,"LADBROK1",{"$f":"_xlfn.XLOOKUP(B119,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Ladbroke Grove"},{"$f":"_xlfn.XLOOKUP(B119,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B119,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B119,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},40,"","",""]
[null,"LADBROK2",{"$f":"_xlfn.XLOOKUP(B120,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Ladbroke Grove"},{"$f":"_xlfn.XLOOKUP(B120,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B120,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B120,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},40,"","",""]
[null,"LNGS1",{"$f":"_xlfn.XLOOKUP(B121,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Laverton North"},{"$f":"_xlfn.XLOOKUP(B121,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B121,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (large GT)"},{"$f":"_xlfn.XLOOKUP(B121,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},156,"","",""]
[null,"LNGS2",{"$f":"_xlfn.XLOOKUP(B122,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Laverton North"},{"$f":"_xlfn.XLOOKUP(B122,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B122,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (large GT)"},{"$f":"_xlfn.XLOOKUP(B122,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},156,"","",""]
[null,"LONSDALE",{"$f":"_xlfn.XLOOKUP(B123,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Lonsdale"},{"$f":"_xlfn.XLOOKUP(B123,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B123,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Reciprocating engine"},{"$f":"_xlfn.XLOOKUP(B123,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},20.16,"","",""]
[null,"MINTARO",{"$f":"_xlfn.XLOOKUP(B124,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Mintaro GT"},{"$f":"_xlfn.XLOOKUP(B124,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B124,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B124,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},90,"","",""]
[null,"MORTLK11",{"$f":"_xlfn.XLOOKUP(B125,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Mortlake"},{"$f":"_xlfn.XLOOKUP(B125,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B125,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (large GT)"},{"$f":"_xlfn.XLOOKUP(B125,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},292,"","",""]
[null,"MSTUART1",{"$f":"_xlfn.XLOOKUP(B127,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Mt Stuart"},{"$f":"_xlfn.XLOOKUP(B127,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B127,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B127,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},146,"","",""]
[null,"OAKEY2",{"$f":"_xlfn.XLOOKUP(B132,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Oakey Power Station"},{"$f":"_xlfn.XLOOKUP(B132,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B132,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (large GT)"},{"$f":"_xlfn.XLOOKUP(B132,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},173,"","",""]
[null,"PPCCGTST",{"$f":"_xlfn.XLOOKUP(B137,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Pelican Point"},{"$f":"_xlfn.XLOOKUP(B137,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B137,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"CCGT - Steam Turbine"},{"$f":"_xlfn.XLOOKUP(B137,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},171,"","",""]
[null,"POR01-1",{"$f":"_xlfn.XLOOKUP(B138,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Port Lincoln GT"},{"$f":"_xlfn.XLOOKUP(B138,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B138,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B138,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},25,"","",""]
[null,"QPS1",{"$f":"_xlfn.XLOOKUP(B143,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Quarantine"},{"$f":"_xlfn.XLOOKUP(B143,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B143,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B143,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},29,"","",""]
[null,"ROMA_7",{"$f":"_xlfn.XLOOKUP(B148,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Roma"},{"$f":"_xlfn.XLOOKUP(B148,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B148,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B148,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},40,"","",""]
[null,"SNAPPER1_4",{"$f":"_xlfn.XLOOKUP(B154,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Snapper Point Power Station"},{"$f":"_xlfn.XLOOKUP(B154,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B154,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B154,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},30.8,"","",""]
[null,"SNAPPER1_5",{"$f":"_xlfn.XLOOKUP(B155,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Snapper Point Power Station"},{"$f":"_xlfn.XLOOKUP(B155,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B155,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B155,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},30.8,"","",""]
[null,"AGLSOM02",{"$f":"_xlfn.XLOOKUP(B160,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Somerton"},{"$f":"_xlfn.XLOOKUP(B160,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B160,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B160,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},42.5,"","",""]
[null,"Tallawarra B",{"$f":"_xlfn.XLOOKUP(B165,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Tallawarra B"},{"$f":"_xlfn.XLOOKUP(B165,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B165,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (large GT)"},{"$f":"_xlfn.XLOOKUP(B165,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},320,"","",""]
[null,"TORRB3",{"$f":"_xlfn.XLOOKUP(B171,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Torrens Island B"},{"$f":"_xlfn.XLOOKUP(B171,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B171,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B171,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},200,"","",""]
[null,"TORRB4",{"$f":"_xlfn.XLOOKUP(B172,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Torrens Island B"},{"$f":"_xlfn.XLOOKUP(B172,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B172,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B172,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},200,"","",""]
[null,"URANQ13",{"$f":"_xlfn.XLOOKUP(B177,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Uranquinty"},{"$f":"_xlfn.XLOOKUP(B177,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B177,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (large GT)"},{"$f":"_xlfn.XLOOKUP(B177,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},173,"","",""]
[null,"VPGS4",{"$f":"_xlfn.XLOOKUP(B182,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Valley Power"},{"$f":"_xlfn.XLOOKUP(B182,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B182,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B182,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},50,"","",""]
[null,"BARRON-2",{"$f":"_xlfn.XLOOKUP(B187,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Barron Gorge"},{"$f":"_xlfn.XLOOKUP(B187,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B187,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B187,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},35,"","",""]
[null,"BASTYAN",{"$f":"_xlfn.XLOOKUP(B188,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bastyan"},{"$f":"_xlfn.XLOOKUP(B188,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B188,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B188,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"TAS"},79.900000000000006,"","",""]
[null,"MCKAY13",{"$f":"_xlfn.XLOOKUP(B194,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bogong / Mackay"},{"$f":"_xlfn.XLOOKUP(B194,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B194,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B194,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},26.67,"","",""]
[null,"LI112-2",{"$f":"_xlfn.XLOOKUP(B199,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Catagunya / Liapootah / Wayatinah"},{"$f":"_xlfn.XLOOKUP(B199,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B199,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B199,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"TAS"},27.9,"","",""]
[null,"WY111-2",{"$f":"_xlfn.XLOOKUP(B204,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Catagunya / Liapootah / Wayatinah"},{"$f":"_xlfn.XLOOKUP(B204,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B204,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B204,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"TAS"},12.8,"","",""]
[null,"WY111-3",{"$f":"_xlfn.XLOOKUP(B205,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Catagunya / Liapootah / Wayatinah"},{"$f":"_xlfn.XLOOKUP(B205,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B205,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B205,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"TAS"},12.8,"","",""]
[null,"EILDON2",{"$f":"_xlfn.XLOOKUP(B210,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Eildon"},{"$f":"_xlfn.XLOOKUP(B210,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B210,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B210,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},67.5,"","",""]
[null,"HUMENSW",{"$f":"_xlfn.XLOOKUP(B217,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Hume Dam NSW"},{"$f":"_xlfn.XLOOKUP(B217,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B217,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B217,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},29,"","",""]
[null,"KAREEYA2",{"$f":"_xlfn.XLOOKUP(B221,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Kareeya"},{"$f":"_xlfn.XLOOKUP(B221,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B221,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B221,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},21.6,"","",""]
[null,"KAREEYA3",{"$f":"_xlfn.XLOOKUP(B222,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Kareeya"},{"$f":"_xlfn.XLOOKUP(B222,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B222,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B222,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},21.6,"","",""]
[null,"MACKNTSH",{"$f":"_xlfn.XLOOKUP(B227,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Mackintosh"},{"$f":"_xlfn.XLOOKUP(B227,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B227,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B227,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"TAS"},79.900000000000006,"","",""]
[null,"MURRAY04",{"$f":"_xlfn.XLOOKUP(B232,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Murray 1"},{"$f":"_xlfn.XLOOKUP(B232,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B232,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B232,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},95,"","",""]
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[null,"MURRAY11",{"$f":"_xlfn.XLOOKUP(B239,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Murray 2"},{"$f":"_xlfn.XLOOKUP(B239,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B239,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B239,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},150,"","",""]
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[null,"CLARESF1",{"$f":"_xlfn.XLOOKUP(B299,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Clare Solar Farm"},{"$f":"_xlfn.XLOOKUP(B299,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B299,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B299,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},110.4,"","",""]
[null,"DARLSF1",{"$f":"_xlfn.XLOOKUP(B304,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Darlington Point Solar Farm"},{"$f":"_xlfn.XLOOKUP(B304,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B304,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B304,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},274.97000000000003,"","",""]
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[null,"GOONSF1",{"$f":"_xlfn.XLOOKUP(B311,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Goonumbla Solar Farm"},{"$f":"_xlfn.XLOOKUP(B311,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B311,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B311,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},69.75,"","",""]
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[null,"JUNEESF1",{"$f":"_xlfn.XLOOKUP(B321,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Junee Solar Farm"},{"$f":"_xlfn.XLOOKUP(B321,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B321,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B321,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},36.01,"","",""]
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[null,"MIDDLSF1",{"$f":"_xlfn.XLOOKUP(B333,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Middlemount Solar Farm"},{"$f":"_xlfn.XLOOKUP(B333,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B333,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B333,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},26,"","",""]
[null,"MWPS3PV1",{"$f":"_xlfn.XLOOKUP(B338,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Morgan To Whyalla Pipeline No 3 PS"},{"$f":"_xlfn.XLOOKUP(B338,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B338,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B338,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},7.5,"","",""]
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[null,"NEWENSF2",{"$f":"_xlfn.XLOOKUP(B344,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"New England Solar Farm"},{"$f":"_xlfn.XLOOKUP(B344,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B344,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B344,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},200,"","","NSW Tender 1"]
[null,"PARSF1",{"$f":"_xlfn.XLOOKUP(B349,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Parkes Solar Farm"},{"$f":"_xlfn.XLOOKUP(B349,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B349,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B349,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},49.5,"","",""]
[null,"RUGBYR1",{"$f":"_xlfn.XLOOKUP(B352,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Rugby Run Solar Farm"},{"$f":"_xlfn.XLOOKUP(B352,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B352,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B352,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},65,"","",""]
[null,"SRSF1",{"$f":"_xlfn.XLOOKUP(B356,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Susan River Solar Farm"},{"$f":"_xlfn.XLOOKUP(B356,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B356,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B356,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},85.26,"","",""]
[null,"WEMENSF1",{"$f":"_xlfn.XLOOKUP(B361,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Wemen Solar Farm"},{"$f":"_xlfn.XLOOKUP(B361,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B361,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B361,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},97.5,"","",""]
[null,"WINTSF1",{"$f":"_xlfn.XLOOKUP(B366,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Winton Solar Farm"},{"$f":"_xlfn.XLOOKUP(B366,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B366,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B366,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},85,"","",""]
[null,"BALDHWF1",{"$f":"_xlfn.XLOOKUP(B371,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bald Hills Wind Farm"},{"$f":"_xlfn.XLOOKUP(B371,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B371,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B371,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},106.6,"","",""]
[null,"BRYB2WF2",{"$f":"_xlfn.XLOOKUP(B375,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Berrybank Wind Farm"},{"$f":"_xlfn.XLOOKUP(B375,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B375,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B375,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},109.2,"","",""]
[null,"BULGANA1",{"$f":"_xlfn.XLOOKUP(B378,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bulgana Green Power Hub - Wind Farm"},{"$f":"_xlfn.XLOOKUP(B378,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B378,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B378,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},204.4,"","",""]
[null,"CHALLHWF",{"$f":"_xlfn.XLOOKUP(B383,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Challicum Hills Wind Farm"},{"$f":"_xlfn.XLOOKUP(B383,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B383,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B383,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},52.5,"","",""]
[null,"CROOKWF2",{"$f":"_xlfn.XLOOKUP(B388,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Crookwell 2 Wind Farm"},{"$f":"_xlfn.XLOOKUP(B388,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B388,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B388,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},96.04,"","",""]
[null,"CROWLWF1",{"$f":"_xlfn.XLOOKUP(B389,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Crowlands Wind Farm"},{"$f":"_xlfn.XLOOKUP(B389,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B389,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B389,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},79.95,"","",""]
[null,"DUNDWF2",{"$f":"_xlfn.XLOOKUP(B394,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Dundonnell Wind Farm"},{"$f":"_xlfn.XLOOKUP(B394,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B394,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B394,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},46.2,"","",""]
[null,"GRANWF1",{"$f":"_xlfn.XLOOKUP(B397,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Granville Harbour Wind Farm"},{"$f":"_xlfn.XLOOKUP(B397,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B397,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B397,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"TAS"},111.6,"","",""]
[null,"HDWF1",{"$f":"_xlfn.XLOOKUP(B405,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Hornsdale Wind Farm Stage 1"},{"$f":"_xlfn.XLOOKUP(B405,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B405,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B405,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},102.4,"","",""]
[null,"HDWF2",{"$f":"_xlfn.XLOOKUP(B406,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Hornsdale Wind Farm Stage 2"},{"$f":"_xlfn.XLOOKUP(B406,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B406,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B406,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},102.4,"","",""]
[null,"LKBONNY3",{"$f":"_xlfn.XLOOKUP(B411,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Lake Bonney 3 Wind Farm"},{"$f":"_xlfn.XLOOKUP(B411,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B411,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B411,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},39,"","",""]
[null,"MRTLSWF1",{"$f":"_xlfn.XLOOKUP(B416,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Mortlake South Wind Farm"},{"$f":"_xlfn.XLOOKUP(B416,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B416,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B416,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},157.5,"","",""]
[null,"MERCER01",{"$f":"_xlfn.XLOOKUP(B420,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Mt Mercer Wind Farm"},{"$f":"_xlfn.XLOOKUP(B420,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B420,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B420,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},131.19999999999999,"","",""]
[null,"MUSSELR1",{"$f":"_xlfn.XLOOKUP(B423,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Musselroe Wind Farm"},{"$f":"_xlfn.XLOOKUP(B423,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B423,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B423,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"TAS"},168,"","",""]
[null,"SAPHWF1",{"$f":"_xlfn.XLOOKUP(B428,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Sapphire Wind Farm"},{"$f":"_xlfn.XLOOKUP(B428,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B428,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B428,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},270,"","",""]
[null,"STARHLWF",{"$f":"_xlfn.XLOOKUP(B433,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Starfish Hill Wind Farm"},{"$f":"_xlfn.XLOOKUP(B433,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B433,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B433,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},33,"","",""]
[null,"WAUBRAWF",{"$f":"_xlfn.XLOOKUP(B438,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Waubra Wind Farm"},{"$f":"_xlfn.XLOOKUP(B438,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B438,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B438,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},192,"","",""]
[null,"WRWF1",{"$f":"_xlfn.XLOOKUP(B439,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"White Rock Wind Farm - Stage 1"},{"$f":"_xlfn.XLOOKUP(B439,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B439,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B439,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},175,"","",""]
[null,"YSWF1",{"$f":"_xlfn.XLOOKUP(B443,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Yaloak South Wind Farm"},{"$f":"_xlfn.XLOOKUP(B443,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B443,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B443,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},28.7,"","",""]
[null,"Kidston Pumped Storage Hydro 2",{"$f":"_xlfn.XLOOKUP(B450,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Kidston "},{"$f":"_xlfn.XLOOKUP(B450,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B450,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Pumped Hydro (10hrs storage)"},{"$f":"_xlfn.XLOOKUP(B450,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},125,1000,46023,"ARENA Renewables"]
[null,"SNO2PH05",{"$f":"_xlfn.XLOOKUP(B455,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Snowy 2.0"},{"$f":"_xlfn.XLOOKUP(B455,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B455,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Pumped Hydro (1wk storage)"},{"$f":"_xlfn.XLOOKUP(B455,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},367,58330,47088,""]
[null,"SNO2PH06",{"$f":"_xlfn.XLOOKUP(B456,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Snowy 2.0"},{"$f":"_xlfn.XLOOKUP(B456,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B456,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Pumped Hydro (1wk storage)"},{"$f":"_xlfn.XLOOKUP(B456,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},367,58330,47088,""]
[null,"Bundaberg Solar Farm",{"$f":"_xlfn.XLOOKUP(B461,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bundaberg Solar Farm"},{"$f":"_xlfn.XLOOKUP(B461,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B461,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B461,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},78,"",45992,""]
[null,"Culcairn Solar Farm",{"$f":"_xlfn.XLOOKUP(B465,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Culcairn Solar Farm"},{"$f":"_xlfn.XLOOKUP(B465,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B465,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B465,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},349.98,"",45870,"NSW Tender 3"]
[null,"Lockhart Hybrid Facility - Solar",{"$f":"_xlfn.XLOOKUP(B472,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Lockhart Hybrid Facility - Solar"},{"$f":"_xlfn.XLOOKUP(B472,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B472,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B472,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},10,"",46174,""]
[null,"MANSF2",{"$f":"_xlfn.XLOOKUP(B473,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Mannum Solar Farm 2"},{"$f":"_xlfn.XLOOKUP(B473,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B473,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B473,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},29.99,"",45627,""]
[null,"Stubbo Solar Farm",{"$f":"_xlfn.XLOOKUP(B478,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Stubbo Solar Farm"},{"$f":"_xlfn.XLOOKUP(B478,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B478,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B478,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},400,"",45627,"NSW Tender 1"]
[null,"WLWLSF2",{"$f":"_xlfn.XLOOKUP(B483,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Walla Walla Solar Farm"},{"$f":"_xlfn.XLOOKUP(B483,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B483,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B483,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},151.97,"","",""]
[null,"WYASF1",{"$f":"_xlfn.XLOOKUP(B488,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Wyalong Solar Farm"},{"$f":"_xlfn.XLOOKUP(B488,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B488,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B488,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},62.32,"","",""]
[null,"CLRKCWF2",{"$f":"_xlfn.XLOOKUP(B490,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Clarke Creek Wind Farm"},{"$f":"_xlfn.XLOOKUP(B490,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B490,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B490,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},103.5,"",45901,""]
[null,"GPWFEST3",{"$f":"_xlfn.XLOOKUP(B495,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Golden Plains Wind Farm East"},{"$f":"_xlfn.XLOOKUP(B495,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B495,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B495,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},248,"",45992,""]
[null,"KEPWF1",{"$f":"_xlfn.XLOOKUP(B500,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Kennedy Energy Park Wind Farm"},{"$f":"_xlfn.XLOOKUP(B500,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B500,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B500,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},43.2,"","",""]
[null,"Wambo Wind Farm",{"$f":"_xlfn.XLOOKUP(B505,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Wambo Wind Farm"},{"$f":"_xlfn.XLOOKUP(B505,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B505,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B505,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},252,"",45689,"Renewable Energy and Hydrogen Jobs"]
[null,"Aldoga Solar Farm",{"$f":"_xlfn.XLOOKUP(B506,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Aldoga Solar Farm"},{"$f":"_xlfn.XLOOKUP(B506,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Anticipated"},{"$f":"_xlfn.XLOOKUP(B506,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B506,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},387.01,"",45962,""]
[null,"Goulburn River Solar Farm",{"$f":"_xlfn.XLOOKUP(B511,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Goulburn River Solar Farm"},{"$f":"_xlfn.XLOOKUP(B511,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B511,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B511,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},588,"",46447,"NSW Tender 3"]
[null,"Punch's Creek Renewable Energy Solar Farm",{"$f":"_xlfn.XLOOKUP(B517,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Punch's Creek Renewable Energy Solar Farm"},{"$f":"_xlfn.XLOOKUP(B517,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Anticipated"},{"$f":"_xlfn.XLOOKUP(B517,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B517,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},798.72,"",46023,""]
[null,"BOWWBA1",{"$f":"_xlfn.XLOOKUP(B522,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bolivar Waste Water Treatment BESS"},{"$f":"_xlfn.XLOOKUP(B522,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B522,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B522,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},3.08,5.04,"",""]
[null,"BBATTERY",{"$f":"_xlfn.XLOOKUP(B523,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bouldercombe Battery project"},{"$f":"_xlfn.XLOOKUP(B523,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B523,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B523,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},50,100,"",""]
[null,"HVWWBA1",{"$f":"_xlfn.XLOOKUP(B528,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Happy Valley Reservoir BESS"},{"$f":"_xlfn.XLOOKUP(B528,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B528,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B528,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},5.52,8.82,"",""]
[null,"RESS1G",{"$f":"_xlfn.XLOOKUP(B534,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Riverina Energy Storage System 1"},{"$f":"_xlfn.XLOOKUP(B534,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B534,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B534,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},60,120,"",""]
[null,"ADPBA1",{"$f":"_xlfn.XLOOKUP(B539,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Adelaide Desalination Plant BESS"},{"$f":"_xlfn.XLOOKUP(B539,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B539,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B539,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},7.76,12.6,"",""]
[null,"BLYTHB1",{"$f":"_xlfn.XLOOKUP(B540,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Blyth BESS"},{"$f":"_xlfn.XLOOKUP(B540,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B540,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B540,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},200,400,"","ARENA Battery"]
[null,"Clements Gap BESS",{"$f":"_xlfn.XLOOKUP(B545,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Clements Gap BESS"},{"$f":"_xlfn.XLOOKUP(B545,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B545,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B545,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},60,120,46143,"CIS SA-VIC"]
[null,"LaTrobe Valley BESS",{"$f":"_xlfn.XLOOKUP(B550,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"LaTrobe Valley BESS"},{"$f":"_xlfn.XLOOKUP(B550,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B550,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B550,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},100,200,45839,""]
[null,"TB2BG1",{"$f":"_xlfn.XLOOKUP(B555,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Tailem Bend Battery Project"},{"$f":"_xlfn.XLOOKUP(B555,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B555,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B555,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},41.5,84,45292,""]
[null,"Tarong BESS",{"$f":"_xlfn.XLOOKUP(B556,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Tarong BESS"},{"$f":"_xlfn.XLOOKUP(B556,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B556,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Battery storage (1hr storage)"},{"$f":"_xlfn.XLOOKUP(B556,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},300,600,45870,""]
[null,"Aldoga BESS Stage 1",{"$f":"_xlfn.XLOOKUP(B562,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Aldoga BESS Stage 1"},{"$f":"_xlfn.XLOOKUP(B562,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Anticipated"},{"$f":"_xlfn.XLOOKUP(B562,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Battery storage (1hr storage)"},{"$f":"_xlfn.XLOOKUP(B562,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},400,400,46722,""]
[null,"Gnarwarre BESS",{"$f":"_xlfn.XLOOKUP(B567,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Gnarwarre BESS"},{"$f":"_xlfn.XLOOKUP(B567,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Anticipated"},{"$f":"_xlfn.XLOOKUP(B567,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B567,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},290,550,46539,"ARENA Battery"]
[null,"Mortlake Battery",{"$f":"_xlfn.XLOOKUP(B572,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Mortlake Battery"},{"$f":"_xlfn.XLOOKUP(B572,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Anticipated"},{"$f":"_xlfn.XLOOKUP(B572,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B572,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},300,600,46447,"ARENA Battery"]
[null,"Mortlake Energy Hub BESS",{"$f":"_xlfn.XLOOKUP(B573,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Mortlake Energy Hub BESS"},{"$f":"_xlfn.XLOOKUP(B573,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Anticipated"},{"$f":"_xlfn.XLOOKUP(B573,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B573,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},316.08,1200,46722,""]
[null,"Smithfield BESS",{"$f":"_xlfn.XLOOKUP(B579,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Smithfield BESS"},{"$f":"_xlfn.XLOOKUP(B579,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Anticipated"},{"$f":"_xlfn.XLOOKUP(B579,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B579,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},86.4,130,45992,"NSW Tender 2"]
[null,"Kogan Gas",{"$f":"_xlfn.XLOOKUP(B584,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Brigalow GT"},{"$f":"_xlfn.XLOOKUP(B584,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B584,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"OCGT (large GT)"},{"$f":"_xlfn.XLOOKUP(B584,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},400,"",47088,"Renewable Energy and Hydrogen Jobs"]
[null,"Fulham Solar Farm BESS",{"$f":"_xlfn.XLOOKUP(B589,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Fulham Solar Farm BESS"},{"$f":"_xlfn.XLOOKUP(B589,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B589,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Battery storage (1hr storage)"},{"$f":"_xlfn.XLOOKUP(B589,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},64.08,128,46753,"VRET 2"]
[null,"Goulburn River BESS",{"$f":"_xlfn.XLOOKUP(B590,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Goulburn River BESS"},{"$f":"_xlfn.XLOOKUP(B590,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B590,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Battery storage (8hrs storage)"},{"$f":"_xlfn.XLOOKUP(B590,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},49.84,400,46569,"NSW Tender 3"]
[null,"Springvale Energy Hub BESS",{"$f":"_xlfn.XLOOKUP(B595,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Springvale Energy Hub BESS"},{"$f":"_xlfn.XLOOKUP(B595,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B595,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B595,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},115,230,46569,"CIS SA-VIC"]
[null,"Broadsound BESS",{"$f":"_xlfn.XLOOKUP(B600,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Broadsound BESS"},{"$f":"_xlfn.XLOOKUP(B600,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Anticipated"},{"$f":"_xlfn.XLOOKUP(B600,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B600,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},240,360,46388,""]
[null,"Glanmire Solar Farm",{"$f":"_xlfn.XLOOKUP(B606,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Glanmire Solar Farm"},{"$f":"_xlfn.XLOOKUP(B606,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Anticipated"},{"$f":"_xlfn.XLOOKUP(B606,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B606,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},60,104,46569,"CIS Tender 1"]
[null,"Ravenswood Solar Farm",{"$f":"_xlfn.XLOOKUP(B607,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Ravenswood Solar Farm"},{"$f":"_xlfn.XLOOKUP(B607,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Anticipated"},{"$f":"_xlfn.XLOOKUP(B607,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B607,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},63,"",46631,""]
[null,"Valley of the Winds Wind Farm",{"$f":"_xlfn.XLOOKUP(B612,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Valley of the Winds"},{"$f":"_xlfn.XLOOKUP(B612,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Anticipated"},{"$f":"_xlfn.XLOOKUP(B612,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B612,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},919,"",47453,"CIS Tender 1"]
[null,"Lotus Creek Wind Farm",{"$f":"_xlfn.XLOOKUP(B617,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Lotus Creek Wind Farm"},{"$f":"_xlfn.XLOOKUP(B617,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B617,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B617,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},285.2,"",46722,""]
[null,"Ganymirra Solar Power Station BESS",{"$f":"_xlfn.XLOOKUP(B622,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Ganymirra Solar Power Station BESS"},{"$f":"_xlfn.XLOOKUP(B622,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B622,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B622,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},150,600,46569,"CIS Tender 1"]
[null,"Majors Creek Solar Power Station BESS",{"$f":"_xlfn.XLOOKUP(B624,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Majors Creek Power Station BESS"},{"$f":"_xlfn.XLOOKUP(B624,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B624,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Battery storage (4hrs storage)"},{"$f":"_xlfn.XLOOKUP(B624,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},150,600,47027,"CIS Tender 1"]
[null,"Barwon Solar Farm",{"$f":"_xlfn.XLOOKUP(B629,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Barwon Solar Farm"},{"$f":"_xlfn.XLOOKUP(B629,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B629,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B629,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},250,"",46569,"CIS Tender 1"]
[null,"Majors Creek Solar Power Station",{"$f":"_xlfn.XLOOKUP(B634,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Majors Creek Power Station"},{"$f":"_xlfn.XLOOKUP(B634,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B634,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B634,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},150,"",46569,"CIS Tender 1"]
[null,"Junction Rivers Wind Farm",{"$f":"_xlfn.XLOOKUP(B639,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Junction Rivers Wind Farm"},{"$f":"_xlfn.XLOOKUP(B639,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B639,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B639,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},595.20000000000005,"",47939,"CIS Tender 1"]
[null,"Kentbruck Green Power Hub Wind Farm",{"$f":"_xlfn.XLOOKUP(B640,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Kentbruck Green Power Hub Wind Farm"},{"$f":"_xlfn.XLOOKUP(B640,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B640,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B640,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},600,"",47635,"CIS Tender 1"]
[null,"Northern Midlands Solar Farm",{"$f":"_xlfn.XLOOKUP(B647,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Northern Midlands Solar Farm"},{"$f":"_xlfn.XLOOKUP(B647,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Anticipated"},{"$f":"_xlfn.XLOOKUP(B647,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B647,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"TAS"},360.8,"",46661,""]
[null,"MOKOSF1",{"$f":"_xlfn.XLOOKUP(B649,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Mokoan Solar Farm"},{"$f":"_xlfn.XLOOKUP(B649,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B649,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B649,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},46,"",45748,""]
[null,"Yanco Delta Wind Farm",{"$f":"_xlfn.XLOOKUP(B650,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Yanco Delta Wind Farm"},{"$f":"_xlfn.XLOOKUP(B650,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B650,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B650,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},1497.6,null,46569,"NSW REZ Access Rights"]
[null,"Dinawan Energy Hub Wind Farm",{"$f":"_xlfn.XLOOKUP(B651,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Dinawan Energy Hub Wind Farm"},{"$f":"_xlfn.XLOOKUP(B651,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B651,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B651,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},756,null,47088,"NSW REZ Access Rights"]
[null,"Dinawan Energy Hub Solar Farm",{"$f":"_xlfn.XLOOKUP(B652,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Dinawan Energy Hub Solar Farm"},{"$f":"_xlfn.XLOOKUP(B652,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B652,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B652,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},308.2,null,47908,"NSW REZ Access Rights"]
[null,"Dinawan Energy Hub BESS",{"$f":"_xlfn.XLOOKUP(B653,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Dinawan Energy Hub BESS"},{"$f":"_xlfn.XLOOKUP(B653,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B653,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Battery storage (4hrs storage)"},{"$f":"_xlfn.XLOOKUP(B653,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},309.95999999999998,1200,47908,"NSW REZ Access Rights"]
[null,"Pottinger Energy Park Wind Farm",{"$f":"_xlfn.XLOOKUP(B654,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Pottinger Energy Park Wind Farm"},{"$f":"_xlfn.XLOOKUP(B654,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B654,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B654,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},1300,null,46569,"NSW REZ Access Rights"]
[null,"Pottinger Energy Park BESS",{"$f":"_xlfn.XLOOKUP(B655,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Pottinger Energy Park BESS"},{"$f":"_xlfn.XLOOKUP(B655,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B655,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Battery storage (4hrs storage)"},{"$f":"_xlfn.XLOOKUP(B655,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},499.8,2000,46569,"NSW REZ Access Rights"]
[null,"Bullawah Wind Farm",{"$f":"_xlfn.XLOOKUP(B656,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bullawah Wind Farm"},{"$f":"_xlfn.XLOOKUP(B656,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B656,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B656,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},314,null,46569,"NSW REZ Access Rights"]
[null,"Birriwa BESS",{"$f":"_xlfn.XLOOKUP(B657,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Birriwa BESS"},{"$f":"_xlfn.XLOOKUP(B657,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B657,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B657,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},600,600,46569,"NSW REZ Access Rights"]
[null,"Birriwa Solar Farm",{"$f":"_xlfn.XLOOKUP(B658,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Birriwa Solar Farm"},{"$f":"_xlfn.XLOOKUP(B658,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B658,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B658,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},600,null,46569,"NSW REZ Access Rights"]
[null,"Tallawang Solar Hybrid",{"$f":"_xlfn.XLOOKUP(B659,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Tallawang Solar Hybrid"},{"$f":"_xlfn.XLOOKUP(B659,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B659,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B659,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},500,null,46569,"NSW REZ Access Rights"]
[null,"Cobbora BESS",{"$f":"_xlfn.XLOOKUP(B660,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Cobbora BESS"},{"$f":"_xlfn.XLOOKUP(B660,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B660,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B660,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},520.79999999999995,800,46569,"NSW REZ Access Rights"]
[null,"Cobbora Solar Farm",{"$f":"_xlfn.XLOOKUP(B661,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Cobbora Solar Farm"},{"$f":"_xlfn.XLOOKUP(B661,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B661,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B661,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},818.4,null,46569,"NSW REZ Access Rights"]
[null,"Liverpool Range Wind Farm",{"$f":"_xlfn.XLOOKUP(B662,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Liverpool Range Wind Farm"},{"$f":"_xlfn.XLOOKUP(B662,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B662,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B662,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},1332,null,46569,"NSW REZ Access Rights"]
[null,"Kiamal BESS",{"$f":"_xlfn.XLOOKUP(B663,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Kiamal BESS"},{"$f":"_xlfn.XLOOKUP(B663,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B663,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Battery storage (4hrs storage)"},{"$f":"_xlfn.XLOOKUP(B663,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},238.59,880,46935,"VRET 2"]
[null,"Tallawang Solar Hybrid BESS",{"$f":"_xlfn.XLOOKUP(B664,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Tallawang Solar Hybrid BESS"},{"$f":"_xlfn.XLOOKUP(B664,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B664,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B664,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},672,1000,46569,"NSW REZ Access Rights"]
[null,"Pine Lodge BESS",{"$f":"_xlfn.XLOOKUP(B665,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Pine Lodge BESS"},{"$f":"_xlfn.XLOOKUP(B665,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Anticipated"},{"$f":"_xlfn.XLOOKUP(B665,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"_\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B665,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},250,550,46296,""]
[null,"Notes:"]
[null,"1. This table shows the current maximum capacities as of July 2025 Generation Information and does not show the 70 MW upgrade in 2027 for Mt Piper."]
[null,"2. For Committed projects, commissioning dates are based on Generation Information updates from the July 2025 release. For anticipated and publicly announced projects, commissioning dates are indicative. Where information is absent, the commissioning date is assumed to be 1 July 2027."]
[null,"3. For modelling runs where MarinusLink is built, certain generator capacities are adjusted upwards in Tasmania: 100 MW across the west coast, 150 MW for Tarraleah and 90 MW capacity for Gordon. "]
[null,"     a) This is made available through upgrading assets and adapting hydropower operations to take advantage of the ‘head effect’ (the extra capacity and efficiency of generation when there is a greater altitude difference between the top of the storage and the power station)."]
[null,"     b) This also includes 50 MW non scheduled generation. Source: Battery of the Nation - Unlocking Tasmania’s energy capacity."]
[null,"4. For existing, committed and anticipated batteries, energy capacity provided here is before accounting for batttery degradation."]
[null,"5. Generators and storages with the status of 'Additional policy-supported project' are not included in the July 2025 Generation Information as an Existing, Committed, or Anticipated project. However they are included in AEMO's modelling under the following policy frameworks:\n\n\n\n\n\n"]
[null,"     a) 2020 amendment to the National Electricity (Victoria) Act 2005 (NEVA)."]
[null,"     b) Victorian Renewable Energy Target auction (VRET2)"]
[null,"     c) New South Wales Long-Term Energy Service Agreements (LTESAs)"]
[null,"     d) New South Wales Renewable Energy Zones Access Rights"]
[null,"     e) Capacity Investment Scheme (CIS)"]
[null,"     f) ARENA Large Scale Storage Funding Round"]

{"sheet":"Seasonal ratings","index":41,"n_rows":700,"n_cols":35,"rows_kept":281,"cut":true,"hidden":false,"merged":[[42,15,42,24],[42,25,42,34],[42,5,42,14]],"bounds":{"rows_first":125,"rows_last":31,"rows_between":125,"halvings":4}}
[null,"Go to Assumptions Summary"]
[null,"Seasonal ratings (available for dispatch in each season)"]
[null,"Seasonal ratings of each existing generating units are based on July 2025 Generation Information seasonal ratings."]
[null,"https://www.aemo.com.au/Electricity/National-Electricity-Market-NEM/Planning-and-forecasting/Generation-information"]
[null,"Not all advanced projects have ratings listed in Generation Information. Where information is not available, nameplate capacity is used."]
[null,"These ratings represent the Summer Peak (November to March inclusive), Summer Typical (November to March inclusive), and Winter (June to August inclusive) ratings between the Summer 2025-26 and 2034-35. Seasonal ratings are continued beyond this point until retirement."]
[null,"Summer peak ratings are applied to 'hot days', which are defined as any day which exceeds the POE10 reference temperature in each region (varies by region but usually ~35-40 degrees), or one of the top five hottest days for that year if there aren't five days exceeding the reference temperature."]
[]
[null,"New generation technologies"]
[]
[null,"Technology Type","Summer Peak\n(% of nameplate)","Summer Typical\n(% of nameplate)","Winter\n(% of nameplate)"]
[null,"OCGT (small GT)",94.536864853998097,97.286432160803997,100]
[null,"OCGT (large GT)",86.384188335845195,92.188679245282998,98.517656485491301]
[null,"CCGT",87.267255971412396,92.9095354523227,97.548743025515606]
[null,"CCGT with CCS",81.185442090410604,85.941320293398505,90.071410876425801]
[null,"Biomass",98.525710176195602,100,100]
[null,"Large scale Solar PV",100,100,100]
[null,"Solar Thermal (16hrs storage)",100,100,100]
[null,"Battery storage (1hr storage)",100,100,99.949418310571573]
[null,"Battery storage (2hrs storage)",100,100,99.84763839512442]
[null,"Battery storage (4hrs storage)",100,100,99.897540983606561]
[null,"Battery Storage (8hrs storage)",100,100,99.843505477308298]
[null,"Wind",100,100,100]
[null,"Wind - offshore (fixed)",100,100,100]
[null,"Wind - offshore (floating)",100,100,100]
[null,"Pumped Hydro (10hrs storage)",100,100,100]
[null,"Pumped Hydro (24hrs storage)",100,100,100]
[null,"Pumped Hydro (48hrs storage)",100,100,100]
[null,"Distributed Resources Solar",100,100,100]
[null,"Distributed Resources Batteries",100,100,100]
[null,"Alkaline Electrolyser",100,100,100]
[null,"BOTN - Cethana",100,100,100]
[null,"Notes:"]
[null,"1. Sourced from Aurecon, 2024 Energy Technology Cost and Technical Parameter Review"]
[null,"2. Summer Peak, Summer Typical and Winter rates are based on Aurecon's assumed capacity under ambient conditions for 35oC, 25oC and 15oC respectively."]
[null,"3. Seasonal rating of renewable energy generators are captured within the renewable energy generation' availability traces."]
[]
[]
[]
[]
[]
[null,"Existing, Committed, Anticipated, and Additional generators",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"x"]
[null,null,null,null,null,"Summer Peak",null,null,null,null,null,null,null,null,null,"Summer Typical",null,null,null,null,null,null,null,null,null,"Winter"]
[null,"IASR ID","Power Station","Status","Region","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34",2024,2025,2026,2027,2028,2029,2030,2031,2032,2033]
[null,"BW01",{"$f":"_xlfn.XLOOKUP(B45,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B45,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B45,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},630,630,630,630,630,630,630,630,630,630,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660]
[null,"BW02",{"$f":"_xlfn.XLOOKUP(B46,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B46,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B46,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},655,655,655,655,655,655,655,655,655,655,685,685,685,685,685,685,685,685,685,685,685,685,685,685,685,685,685,685,685,685]
[null,"BW03",{"$f":"_xlfn.XLOOKUP(B47,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B47,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B47,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},655,655,655,655,655,655,655,655,655,655,685,685,685,685,685,685,685,685,685,685,685,685,685,685,685,685,685,685,685,685]
[null,"BW04",{"$f":"_xlfn.XLOOKUP(B48,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B48,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B48,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},655,655,655,655,655,655,655,655,655,655,685,685,685,685,685,685,685,685,685,685,685,685,685,685,685,685,685,685,685,685]
[null,"CALL_B_1",{"$f":"_xlfn.XLOOKUP(B49,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Callide B"},{"$f":"_xlfn.XLOOKUP(B49,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B49,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},325,325,325,350,350,350,0,0,0,0,350,350,350,350,350,350,0,0,0,0,350,350,350,350,350,350,350,0,0,0]
[null,"CALL_B_2",{"$f":"_xlfn.XLOOKUP(B50,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Callide B"},{"$f":"_xlfn.XLOOKUP(B50,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B50,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},325,325,325,350,350,350,0,0,0,0,350,350,350,350,350,350,0,0,0,0,350,350,350,350,350,350,350,0,0,0]
[null,"CPP_3",{"$f":"_xlfn.XLOOKUP(B51,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Callide C"},{"$f":"_xlfn.XLOOKUP(B51,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B51,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},434,434,434,434,434,434,434,434,434,434,466,466,466,466,466,466,466,466,466,466,424,466,466,466,466,466,466,466,466,466]
[null,"CPP_4",{"$f":"_xlfn.XLOOKUP(B52,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Callide C"},{"$f":"_xlfn.XLOOKUP(B52,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B52,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},434,434,434,434,434,434,434,434,434,434,466,466,466,466,466,466,466,466,466,466,466,466,466,466,466,466,466,466,466,466]
[null,"ER01",{"$f":"_xlfn.XLOOKUP(B53,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B53,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B53,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},660,660,0,0,0,0,0,0,0,0,672,672,0,0,0,0,0,0,0,0,720,720,720,0,0,0,0,0,0,0]
[null,"ER02",{"$f":"_xlfn.XLOOKUP(B54,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B54,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B54,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},660,660,0,0,0,0,0,0,0,0,672,672,0,0,0,0,0,0,0,0,720,720,720,0,0,0,0,0,0,0]
[null,"ER03",{"$f":"_xlfn.XLOOKUP(B55,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B55,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B55,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},660,660,0,0,0,0,0,0,0,0,672,672,0,0,0,0,0,0,0,0,720,720,720,0,0,0,0,0,0,0]
[null,"ER04",{"$f":"_xlfn.XLOOKUP(B56,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B56,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B56,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},660,660,0,0,0,0,0,0,0,0,672,672,0,0,0,0,0,0,0,0,720,720,720,0,0,0,0,0,0,0]
[null,"GSTONE1",{"$f":"_xlfn.XLOOKUP(B57,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B57,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B57,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280]
[null,"GSTONE2",{"$f":"_xlfn.XLOOKUP(B58,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B58,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B58,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280]
[null,"GSTONE3",{"$f":"_xlfn.XLOOKUP(B59,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B59,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B59,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280]
[null,"GSTONE4",{"$f":"_xlfn.XLOOKUP(B60,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B60,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B60,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280]
[null,"GSTONE5",{"$f":"_xlfn.XLOOKUP(B61,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B61,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B61,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280]
[null,"GSTONE6",{"$f":"_xlfn.XLOOKUP(B62,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B62,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B62,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280,280]
[null,"KPP_1",{"$f":"_xlfn.XLOOKUP(B63,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Kogan Creek"},{"$f":"_xlfn.XLOOKUP(B63,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B63,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},715,715,715,715,715,715,715,715,715,715,730,730,730,730,730,730,730,730,730,730,760,760,760,760,760,760,760,760,760,760]
[null,"MPP_1",{"$f":"_xlfn.XLOOKUP(B64,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Millmerran"},{"$f":"_xlfn.XLOOKUP(B64,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B64,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},335,335,335,335,335,335,335,335,335,335,400,400,400,400,400,400,400,400,400,400,426,426,426,426,426,426,426,426,426,426]
[null,"MPP_2",{"$f":"_xlfn.XLOOKUP(B65,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Millmerran"},{"$f":"_xlfn.XLOOKUP(B65,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B65,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},335,335,335,335,335,335,335,335,335,335,400,400,400,400,400,400,400,400,400,400,426,426,426,426,426,426,426,426,426,426]
[null,"MP1",{"$f":"_xlfn.XLOOKUP(B66,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Mt Piper"},{"$f":"_xlfn.XLOOKUP(B66,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B66,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},705,705,705,705,705,705,705,705,705,705,710,710,710,710,710,710,710,710,710,710,730,730,730,730,730,730,730,730,730,730]
[null,"MP2",{"$f":"_xlfn.XLOOKUP(B67,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Mt Piper"},{"$f":"_xlfn.XLOOKUP(B67,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B67,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},675,705,705,705,705,705,705,705,705,705,680,710,710,710,710,710,710,710,710,710,700,700,730,730,730,730,730,730,730,730]
[null,"STAN-1",{"$f":"_xlfn.XLOOKUP(B68,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B68,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B68,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365]
[null,"STAN-2",{"$f":"_xlfn.XLOOKUP(B69,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B69,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B69,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365]
[null,"STAN-3",{"$f":"_xlfn.XLOOKUP(B70,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B70,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B70,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365]
[null,"STAN-4",{"$f":"_xlfn.XLOOKUP(B71,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B71,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B71,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365,365]
[null,"TARONG#1",{"$f":"_xlfn.XLOOKUP(B72,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B72,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B72,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350]
[null,"TARONG#2",{"$f":"_xlfn.XLOOKUP(B73,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B73,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B73,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350]
[null,"TARONG#3",{"$f":"_xlfn.XLOOKUP(B74,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B74,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B74,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350]
[null,"TARONG#4",{"$f":"_xlfn.XLOOKUP(B75,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B75,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B75,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350,350]
[null,"TNPS1",{"$f":"_xlfn.XLOOKUP(B76,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Tarong North"},{"$f":"_xlfn.XLOOKUP(B76,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B76,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},443,443,443,443,443,443,443,443,443,443,443,443,443,443,443,443,443,443,443,443,443,443,443,443,443,443,443,443,443,443]
[null,"VP5",{"$f":"_xlfn.XLOOKUP(B77,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Vales Point B"},{"$f":"_xlfn.XLOOKUP(B77,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B77,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660]
[null,"VP6",{"$f":"_xlfn.XLOOKUP(B78,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Vales Point B"},{"$f":"_xlfn.XLOOKUP(B78,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B78,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660,660]
[null,"LYA1",{"$f":"_xlfn.XLOOKUP(B79,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B79,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B79,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},540,540,540,540,540,540,540,540,540,540,560,560,560,560,560,560,560,560,560,560,560,560,560,560,560,560,560,560,560,560]
[null,"LYA2",{"$f":"_xlfn.XLOOKUP(B80,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B80,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B80,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},500,500,500,500,500,500,500,500,500,500,530,530,530,530,530,530,530,530,530,530,530,530,530,530,530,530,530,530,530,530]
[null,"LYA3",{"$f":"_xlfn.XLOOKUP(B81,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B81,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B81,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},510,510,510,510,510,510,510,510,510,510,560,560,560,560,560,560,560,560,560,560,560,560,560,560,560,560,560,560,560,560]
[null,"LYA4",{"$f":"_xlfn.XLOOKUP(B82,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B82,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B82,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},530,530,530,530,530,530,530,530,530,530,540,540,540,540,540,540,540,540,540,540,560,560,560,560,560,560,560,560,560,560]
[null,"LOYYB1",{"$f":"_xlfn.XLOOKUP(B83,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Loy Yang B"},{"$f":"_xlfn.XLOOKUP(B83,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B83,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},545,545,545,545,545,545,545,545,545,545,560,560,560,560,560,560,560,560,560,560,580,580,580,580,580,580,580,580,580,580]
[null,"LOYYB2",{"$f":"_xlfn.XLOOKUP(B84,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Loy Yang B"},{"$f":"_xlfn.XLOOKUP(B84,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B84,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},545,545,545,545,545,545,545,545,545,545,560,560,560,560,560,560,560,560,560,560,580,580,580,580,580,580,580,580,580,580]
[null,"YWPS1",{"$f":"_xlfn.XLOOKUP(B85,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B85,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B85,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},320,320,320,0,0,0,0,0,0,0,335,335,335,0,0,0,0,0,0,0,340,340,340,340,0,0,0,0,0,0]
[null,"YWPS2",{"$f":"_xlfn.XLOOKUP(B86,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B86,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B86,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},330,330,330,0,0,0,0,0,0,0,355,355,355,0,0,0,0,0,0,0,360,360,360,360,0,0,0,0,0,0]
[null,"YWPS3",{"$f":"_xlfn.XLOOKUP(B87,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B87,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B87,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},360,360,360,0,0,0,0,0,0,0,370,370,370,0,0,0,0,0,0,0,390,390,390,390,0,0,0,0,0,0]
[null,"YWPS4",{"$f":"_xlfn.XLOOKUP(B88,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B88,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B88,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},360,360,360,0,0,0,0,0,0,0,370,370,370,0,0,0,0,0,0,0,395,395,395,395,0,0,0,0,0,0]
[null,"ANGAS1",{"$f":"_xlfn.XLOOKUP(B89,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Angaston"},{"$f":"_xlfn.XLOOKUP(B89,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B89,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},27,27,27,27,27,27,27,27,27,27,27,27,27,27,27,27,27,27,27,27,27,27,27,27,27,27,27,27,27,27]
[null,"ANGAS2",{"$f":"_xlfn.XLOOKUP(B90,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Angaston"},{"$f":"_xlfn.XLOOKUP(B90,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B90,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},18,18,18,18,18,18,18,18,18,18,18,18,18,18,18,18,18,18,18,18,18,18,18,18,18,18,18,18,18,18]
[null,"BDL01",{"$f":"_xlfn.XLOOKUP(B91,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bairnsdale"},{"$f":"_xlfn.XLOOKUP(B91,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B91,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,44,44,44,44,44,44,44,44,44,44]
[null,"BDL02",{"$f":"_xlfn.XLOOKUP(B92,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bairnsdale"},{"$f":"_xlfn.XLOOKUP(B92,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B92,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,37,44,44,44,44,44,44,44,44,44,44]
[null,"BARCALDN",{"$f":"_xlfn.XLOOKUP(B93,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Barcaldine Power Station"},{"$f":"_xlfn.XLOOKUP(B93,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B93,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},32,32,32,32,32,32,32,32,32,32,36,36,36,36,36,36,36,36,36,36,37,37,37,37,37,37,37,37,37,37]
[null,"BIPS1_01",{"$f":"_xlfn.XLOOKUP(B94,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B94,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B94,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5]
[null,"BIPS1_02",{"$f":"_xlfn.XLOOKUP(B95,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B95,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B95,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5]
[null,"BIPS1_03",{"$f":"_xlfn.XLOOKUP(B96,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B96,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B96,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5]
[null,"BIPS1_04",{"$f":"_xlfn.XLOOKUP(B97,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B97,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B97,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5]
[null,"BIPS1_05",{"$f":"_xlfn.XLOOKUP(B98,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B98,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B98,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5]
[null,"BIPS1_06",{"$f":"_xlfn.XLOOKUP(B99,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B99,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B99,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5]
[null,"BIPS1_07",{"$f":"_xlfn.XLOOKUP(B100,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B100,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B100,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5]
[null,"BIPS1_08",{"$f":"_xlfn.XLOOKUP(B101,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B101,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B101,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5]
[null,"BIPS1_09",{"$f":"_xlfn.XLOOKUP(B102,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B102,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B102,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5]
[null,"BIPS1_10",{"$f":"_xlfn.XLOOKUP(B103,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B103,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B103,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5]
[null,"BIPS1_11",{"$f":"_xlfn.XLOOKUP(B104,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B104,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B104,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5]
[null,"BIPS1_12",{"$f":"_xlfn.XLOOKUP(B105,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B105,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B105,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.100000000000001,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5,17.5]
[null,"BBTHREE1",{"$f":"_xlfn.XLOOKUP(B106,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bell Bay Three"},{"$f":"_xlfn.XLOOKUP(B106,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B106,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"TAS"},22,22,22,22,22,22,22,22,22,22,22,22,22,22,22,22,22,22,22,22,22,22,22,22,22,22,22,22,22,22]
[null,"BBTHREE2",{"$f":"_xlfn.XLOOKUP(B107,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bell Bay Three"},{"$f":"_xlfn.XLOOKUP(B107,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B107,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"TAS"},25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25,25]
[null,"BBTHREE3",{"$f":"_xlfn.XLOOKUP(B108,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bell Bay Three"},{"$f":"_xlfn.XLOOKUP(B108,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B108,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"TAS"},23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23,23]
[null,"BOLIVPS1_1",{"$f":"_xlfn.XLOOKUP(B109,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bolivar Power Station"},{"$f":"_xlfn.XLOOKUP(B109,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B109,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},24.8,24.8,24.8,24.8,24.8,24.8,24.8,24.8,24.8,24.8,27.1,27.1,27.1,27.1,27.1,27.1,27.1,27.1,27.1,27.1,31.4,31.4,31.4,31.4,31.4,31.4,31.4,31.4,31.4,31.4]
[null,"BOLIVPS1_2",{"$f":"_xlfn.XLOOKUP(B110,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bolivar Power Station"},{"$f":"_xlfn.XLOOKUP(B110,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B110,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},24.8,24.8,24.8,24.8,24.8,24.8,24.8,24.8,24.8,24.8,27.1,27.1,27.1,27.1,27.1,27.1,27.1,27.1,27.1,27.1,31.4,31.4,31.4,31.4,31.4,31.4,31.4,31.4,31.4,31.4]
[null,"BOLIVPS1_3",{"$f":"_xlfn.XLOOKUP(B111,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bolivar Power Station"},{"$f":"_xlfn.XLOOKUP(B111,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B111,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},24.8,24.8,24.8,24.8,24.8,24.8,24.8,24.8,24.8,24.8,27.1,27.1,27.1,27.1,27.1,27.1,27.1,27.1,27.1,27.1,31.4,31.4,31.4,31.4,31.4,31.4,31.4,31.4,31.4,31.4]
[null,"BOLIVPS1_4",{"$f":"_xlfn.XLOOKUP(B112,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bolivar Power Station"},{"$f":"_xlfn.XLOOKUP(B112,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B112,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},24.8,24.8,24.8,24.8,24.8,24.8,24.8,24.8,24.8,24.8,27.1,27.1,27.1,27.1,27.1,27.1,27.1,27.1,27.1,27.1,31.4,31.4,31.4,31.4,31.4,31.4,31.4,31.4,31.4,31.4]
[null,"BRAEMAR1",{"$f":"_xlfn.XLOOKUP(B113,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Braemar"},{"$f":"_xlfn.XLOOKUP(B113,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B113,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},167,167,167,167,167,167,167,167,167,167,173,173,173,173,173,173,173,173,173,173,181,181,181,181,181,181,181,181,181,181]
[null,"BRAEMAR2",{"$f":"_xlfn.XLOOKUP(B114,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Braemar"},{"$f":"_xlfn.XLOOKUP(B114,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B114,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},167,167,167,167,167,167,167,167,167,167,173,173,173,173,173,173,173,173,173,173,181,181,181,181,181,181,181,181,181,181]
[null,"BRAEMAR3",{"$f":"_xlfn.XLOOKUP(B115,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Braemar"},{"$f":"_xlfn.XLOOKUP(B115,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B115,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},167,167,167,167,167,167,167,167,167,167,173,173,173,173,173,173,173,173,173,173,181,181,181,181,181,181,181,181,181,181]
[null,"BRAEMAR5",{"$f":"_xlfn.XLOOKUP(B116,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Braemar 2 Power Station"},{"$f":"_xlfn.XLOOKUP(B116,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B116,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},165,165,165,165,165,165,165,165,165,165,165,165,165,165,165,165,165,165,165,165,173,173,173,173,173,173,173,173,173,173]
[null,"BRAEMAR6",{"$f":"_xlfn.XLOOKUP(B117,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Braemar 2 Power Station"},{"$f":"_xlfn.XLOOKUP(B117,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B117,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},165,165,165,165,165,165,165,165,165,165,165,165,165,165,165,165,165,165,165,165,173,173,173,173,173,173,173,173,173,173]
[null,"BRAEMAR7",{"$f":"_xlfn.XLOOKUP(B118,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Braemar 2 Power Station"},{"$f":"_xlfn.XLOOKUP(B118,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B118,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},165,165,165,165,165,165,165,165,165,165,165,165,165,165,165,165,165,165,165,165,173,173,173,173,173,173,173,173,173,173]
[null,"CG1",{"$f":"_xlfn.XLOOKUP(B119,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Colongra"},{"$f":"_xlfn.XLOOKUP(B119,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B119,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},164,164,164,164,164,164,164,164,164,164,167,167,167,167,167,167,167,167,167,167,178,178,178,178,178,178,178,178,178,178]
[null,"CG2",{"$f":"_xlfn.XLOOKUP(B120,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Colongra"},{"$f":"_xlfn.XLOOKUP(B120,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B120,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},164,164,164,164,164,164,164,164,164,164,167,167,167,167,167,167,167,167,167,167,178,178,178,178,178,178,178,178,178,178]
[null,"CG3",{"$f":"_xlfn.XLOOKUP(B121,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Colongra"},{"$f":"_xlfn.XLOOKUP(B121,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B121,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},164,164,164,164,164,164,164,164,164,164,167,167,167,167,167,167,167,167,167,167,178,178,178,178,178,178,178,178,178,178]
[null,"CG4",{"$f":"_xlfn.XLOOKUP(B122,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Colongra"},{"$f":"_xlfn.XLOOKUP(B122,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B122,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},164,164,164,164,164,164,164,164,164,164,167,167,167,167,167,167,167,167,167,167,178,178,178,178,178,178,178,178,178,178]
[null,"CPSA_GT1",{"$f":"_xlfn.XLOOKUP(B123,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Condamine A"},{"$f":"_xlfn.XLOOKUP(B123,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B123,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},41.79,41.79,41.79,41.79,41.79,41.79,41.79,41.79,41.79,41.79,41.89,41.89,41.89,41.89,41.89,41.89,41.89,41.89,41.89,41.89,43.91,43.91,43.91,43.91,43.91,43.91,43.91,43.91,43.91,43.91]
[null,"CPSA_GT2",{"$f":"_xlfn.XLOOKUP(B124,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Condamine A"},{"$f":"_xlfn.XLOOKUP(B124,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B124,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},41.79,41.79,41.79,41.79,41.79,41.79,41.79,41.79,41.79,41.79,41.89,41.89,41.89,41.89,41.89,41.89,41.89,41.89,41.89,41.89,43.91,43.91,43.91,43.91,43.91,43.91,43.91,43.91,43.91,43.91]
[null,"CPSA_ST",{"$f":"_xlfn.XLOOKUP(B125,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Condamine A"},{"$f":"_xlfn.XLOOKUP(B125,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B125,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},0,54.97,54.97,54.97,54.97,54.97,54.97,54.97,54.97,54.97,0,55.33,55.33,55.33,55.33,55.33,55.33,55.33,55.33,55.33,0,56.43,56.43,56.43,56.43,56.43,56.43,56.43,56.43,56.43]
[null,"DDPS1_GT2",{"$f":"_xlfn.XLOOKUP(B127,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Darling Downs"},{"$f":"_xlfn.XLOOKUP(B127,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B127,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},106,106,106,106,106,106,106,106,106,106,109,109,109,109,109,109,109,109,109,109,119,119,119,119,119,119,119,119,119,119]
[null,"DRYCGT3",{"$f":"_xlfn.XLOOKUP(B132,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Dry Creek GT"},{"$f":"_xlfn.XLOOKUP(B132,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B132,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},42,42,42,42,42,42,0,0,0,0,43,43,43,43,43,43,0,0,0,0,49,49,49,49,49,49,0,0,0,0]
[null,"AGLHAL03",{"$f":"_xlfn.XLOOKUP(B135,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B135,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B135,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},17,17,17,17,17,17,17,17,17,17,17,17,17,17,17,17,17,17,17,17,17,17,17,17,17,17,17,17,17,17]
[null,"AGLHAL07",{"$f":"_xlfn.XLOOKUP(B139,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B139,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B139,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},20,20,20,20,20,20,20,20,20,20,21.5,21.5,21.5,21.5,21.5,21.5,21.5,21.5,21.5,21.5,23,23,23,23,23,23,23,23,23,23]
[null,"AGLHAL12",{"$f":"_xlfn.XLOOKUP(B144,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B144,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B144,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},14,14,14,14,14,14,14,14,14,14,15,15,15,15,15,15,15,15,15,15,16,16,16,16,16,16,16,16,16,16]
[null,"JLA03",{"$f":"_xlfn.XLOOKUP(B149,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Jeeralang A"},{"$f":"_xlfn.XLOOKUP(B149,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B149,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},46.6,46.6,46.6,46.6,46.6,46.6,46.6,46.6,46.6,46.6,50,50,50,50,50,50,50,50,50,50,56,56,56,56,56,56,56,56,56,56]
[null,"LADBROK2",{"$f":"_xlfn.XLOOKUP(B155,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Ladbroke Grove"},{"$f":"_xlfn.XLOOKUP(B155,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B155,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},35,35,35,35,35,35,35,35,35,35,37,37,37,37,37,37,37,37,37,37,42,42,42,42,42,42,42,42,42,42]
[null,"LNGS1",{"$f":"_xlfn.XLOOKUP(B156,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Laverton North"},{"$f":"_xlfn.XLOOKUP(B156,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B156,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},172,172,172,172,172,172,172,172,172,172,172,172,172,172,172,172,172,172,172,172,172,172,172,172,172,172,172,172,172,172]
[null,"MSTUART3",{"$f":"_xlfn.XLOOKUP(B164,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Mt Stuart"},{"$f":"_xlfn.XLOOKUP(B164,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B164,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},117,117,117,117,117,117,117,117,117,117,118,118,118,118,118,118,118,118,118,118,120,120,120,120,120,120,120,120,120,120]
[null,"OAKEY2",{"$f":"_xlfn.XLOOKUP(B167,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Oakey Power Station"},{"$f":"_xlfn.XLOOKUP(B167,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B167,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},144,144,144,144,144,144,144,144,144,144,150,150,150,150,150,150,150,150,150,150,173,173,173,173,173,173,173,173,173,173]
[null,"PPCCGTST",{"$f":"_xlfn.XLOOKUP(B172,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Pelican Point"},{"$f":"_xlfn.XLOOKUP(B172,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B172,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},135,135,135,135,135,135,135,135,135,135,149,149,149,149,149,149,149,149,149,149,157,157,157,157,157,157,157,157,157,157]
[null,"POR01-1",{"$f":"_xlfn.XLOOKUP(B173,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Port Lincoln GT"},{"$f":"_xlfn.XLOOKUP(B173,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B173,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"QPS2",{"$f":"_xlfn.XLOOKUP(B179,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Quarantine"},{"$f":"_xlfn.XLOOKUP(B179,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B179,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},18,18,18,18,18,18,18,18,18,18,20,20,20,20,20,20,20,20,20,20,23,23,23,23,23,23,23,23,23,23]
[null,"ROMA_8",{"$f":"_xlfn.XLOOKUP(B184,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Roma"},{"$f":"_xlfn.XLOOKUP(B184,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B184,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},27,27,27,27,27,27,27,27,27,27,30,30,30,30,30,30,30,30,30,30,34,34,34,34,34,34,34,34,34,34]
[null,"SNAPPER1_2",{"$f":"_xlfn.XLOOKUP(B187,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Snapper Point Power Station"},{"$f":"_xlfn.XLOOKUP(B187,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B187,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},24.6,24.6,24.6,24.6,24.6,24.6,24.6,24.6,24.6,24.6,27.62,27.62,27.62,27.62,27.62,27.62,27.62,27.62,27.62,27.62,31.38,31.38,31.38,31.38,31.38,31.38,31.38,31.38,31.38,31.38]
[null,"SNUG1",{"$f":"_xlfn.XLOOKUP(B191,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Snuggery"},{"$f":"_xlfn.XLOOKUP(B191,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B191,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"AGLSOM03",{"$f":"_xlfn.XLOOKUP(B196,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Somerton"},{"$f":"_xlfn.XLOOKUP(B196,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B196,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},35,35,35,35,35,35,35,35,35,35,37.5,37.5,37.5,37.5,37.5,42.5,42.5,42.5,42.5,42.5,42.5,42.5,42.5,42.5,42.5,42.5,42.5,42.5,42.5,42.5]
[null,"TVCC201_GT",{"$f":"_xlfn.XLOOKUP(B201,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Tamar Valley Combined Cycle"},{"$f":"_xlfn.XLOOKUP(B201,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B201,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"TAS"},140,140,140,140,140,140,140,140,140,140,140,140,140,140,140,140,140,140,140,140,140,140,140,140,140,140,140,140,140,140]
[null,"TORRB4",{"$f":"_xlfn.XLOOKUP(B207,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Torrens Island B"},{"$f":"_xlfn.XLOOKUP(B207,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B207,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},195,0,0,0,0,0,0,0,0,0,200,0,0,0,0,0,0,0,0,0,200,0,0,0,0,0,0,0,0,0]
[null,"URANQ12",{"$f":"_xlfn.XLOOKUP(B211,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Uranquinty"},{"$f":"_xlfn.XLOOKUP(B211,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B211,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},160,160,160,160,160,160,160,160,160,160,164,164,164,164,164,164,164,164,164,164,173,173,173,173,173,173,173,173,173,173]
[null,"VPGS1",{"$f":"_xlfn.XLOOKUP(B214,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Valley Power"},{"$f":"_xlfn.XLOOKUP(B214,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B214,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},47.5,47.5,47.5,47.5,47.5,47.5,47.5,47.5,47.5,47.5,50,50,50,50,50,50,50,50,50,50,56,56,56,56,56,56,56,56,56,56]
[null,"VPGS6",{"$f":"_xlfn.XLOOKUP(B219,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Valley Power"},{"$f":"_xlfn.XLOOKUP(B219,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B219,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},47.5,47.5,47.5,47.5,47.5,47.5,47.5,47.5,47.5,47.5,50,50,50,50,50,50,50,50,50,50,56,56,56,56,56,56,56,56,56,56]
[null,"BOGONG1",{"$f":"_xlfn.XLOOKUP(B225,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bogong / Mackay"},{"$f":"_xlfn.XLOOKUP(B225,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B225,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},70,70,70,70,70,70,70,70,70,70,70,70,70,70,70,70,70,70,70,70,70,70,70,70,70,70,70,70,70,70]
[null,"BOGONG2",{"$f":"_xlfn.XLOOKUP(B226,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bogong / Mackay"},{"$f":"_xlfn.XLOOKUP(B226,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B226,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},70,70,70,70,70,70,70,70,70,70,70,70,70,70,70,70,70,70,70,70,70,70,70,70,70,70,70,70,70,70]
[null,"MCKAY15",{"$f":"_xlfn.XLOOKUP(B231,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bogong / Mackay"},{"$f":"_xlfn.XLOOKUP(B231,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B231,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},26.67,26.67,26.67,26.67,26.67,26.67,26.67,26.67,26.67,26.67,26.67,26.67,26.67,26.67,26.67,26.67,26.67,26.67,26.67,26.67,26.67,26.67,26.67,26.67,26.67,26.67,26.67,26.67,26.67,26.67]
[null,"LI112-2",{"$f":"_xlfn.XLOOKUP(B234,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Catagunya / Liapootah / Wayatinah"},{"$f":"_xlfn.XLOOKUP(B234,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B234,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"TAS"},29,29,29,29,29,29,0,29,29,29,29,29,29,29,29,29,0,29,29,29,29,29,29,29,29,29,29,29,29,29]
[null,"DARTM1",{"$f":"_xlfn.XLOOKUP(B242,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Dartmouth"},{"$f":"_xlfn.XLOOKUP(B242,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B242,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},170,170,170,170,170,170,170,170,170,170,170,170,170,170,170,170,170,170,170,170,170,170,170,170,170,170,170,170,170,170]
[null,"DEVILS_G",{"$f":"_xlfn.XLOOKUP(B243,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Devils Gate"},{"$f":"_xlfn.XLOOKUP(B243,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B243,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"TAS"},63,63,63,63,63,63,0,63,63,63,63,63,63,63,63,63,0,63,63,63,63,63,63,63,63,63,63,63,63,63]
[null,"GO182-2",{"$f":"_xlfn.XLOOKUP(B248,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Gordon"},{"$f":"_xlfn.XLOOKUP(B248,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B248,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"TAS"},133,133,133,133,133,133,133,133,133,133,133,133,133,133,133,133,133,133,133,133,0,133,133,133,133,133,133,133,133,133]
[null,"JBUTTERS",{"$f":"_xlfn.XLOOKUP(B254,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"John Butters"},{"$f":"_xlfn.XLOOKUP(B254,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B254,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"TAS"},140,140,140,140,0,144,144,144,144,144,140,140,140,140,0,144,144,144,144,144,140,140,140,140,144,0,144,144,144,144]
[null,"LK_ECHO",{"$f":"_xlfn.XLOOKUP(B259,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Lake Echo"},{"$f":"_xlfn.XLOOKUP(B259,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B259,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"TAS"},30,30,30,0,30,30,30,30,30,30,30,30,30,0,30,30,30,30,30,30,30,30,30,30,30,30,30,30,30,30]
[null,"MACKNTSH",{"$f":"_xlfn.XLOOKUP(B262,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Mackintosh"},{"$f":"_xlfn.XLOOKUP(B262,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B262,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"TAS"},81,81,84,0,84,84,84,84,84,84,81,81,84,0,84,84,84,84,84,84,81,81,84,84,0,84,84,84,84,84]
[null,"MURRAY03",{"$f":"_xlfn.XLOOKUP(B266,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Murray 1"},{"$f":"_xlfn.XLOOKUP(B266,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B266,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},95,95,95,95,95,95,95,95,95,95,95,95,95,95,95,95,95,95,95,95,95,95,95,95,95,95,95,95,95,95]
[null,"MURRAY08",{"$f":"_xlfn.XLOOKUP(B271,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Murray 1"},{"$f":"_xlfn.XLOOKUP(B271,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B271,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},95,95,95,95,95,95,95,95,95,95,95,95,95,95,95,95,95,95,95,95,95,95,95,95,95,95,95,95,95,95]
[null,"MURRAY13",{"$f":"_xlfn.XLOOKUP(B276,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Murray 2"},{"$f":"_xlfn.XLOOKUP(B276,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B276,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},0,150,150,150,150,150,150,150,150,150,0,150,150,150,150,150,150,150,150,150,150,0,150,150,150,150,150,150,150,150]
[null,"PO161-1",{"$f":"_xlfn.XLOOKUP(B278,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Poatina"},{"$f":"_xlfn.XLOOKUP(B278,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B278,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"TAS"},57,57,57,57,0,0,57,57,57,57,57,57,57,57,0,0,57,57,57,57,57,0,0,57,57,0,57,57,57,57]
[null,"SHGEN01",{"$f":"_xlfn.XLOOKUP(B286,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Shoalhaven"},{"$f":"_xlfn.XLOOKUP(B286,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B286,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},41,41,41,41,41,41,41,41,41,41,41,41,41,41,41,41,41,41,41,41,41,41,41,41,41,41,41,41,41,41]
[null,"SHGEN04",{"$f":"_xlfn.XLOOKUP(B289,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Shoalhaven"},{"$f":"_xlfn.XLOOKUP(B289,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B289,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},82.5,82.5,82.5,82.5,82.5,82.5,82.5,82.5,82.5,82.5,82.5,82.5,82.5,82.5,82.5,82.5,82.5,82.5,82.5,82.5,82.5,82.5,82.5,82.5,82.5,82.5,82.5,82.5,82.5,82.5]
[null,"TA112-5",{"$f":"_xlfn.XLOOKUP(B294,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Tarraleah"},{"$f":"_xlfn.XLOOKUP(B294,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B294,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"TAS"},14,12.5,12.5,12.5,12.5,12.5,12.5,12.5,12.5,12.5,14,12.5,12.5,12.5,12.5,12.5,12.5,12.5,12.5,12.5,14,0,12.5,12.5,12.5,12.5,12.5,12.5,12.5,12.5]
[null,"TA112-6",{"$f":"_xlfn.XLOOKUP(B295,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Tarraleah"},{"$f":"_xlfn.XLOOKUP(B295,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B295,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"TAS"},14,12.5,12.5,12.5,12.5,12.5,12.5,12.5,12.5,12.5,14,12.5,12.5,12.5,12.5,12.5,12.5,12.5,12.5,12.5,14,14,12.5,12.5,12.5,12.5,12.5,12.5,12.5,12.5]
[null,"TUMUT3_01",{"$f":"_xlfn.XLOOKUP(B301,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Tumut 3"},{"$f":"_xlfn.XLOOKUP(B301,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B301,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},300,300,300,300,300,300,300,300,300,300,300,300,300,300,300,300,300,300,300,300,300,300,300,300,300,300,300,300,300,300]
[null,"TUMUT3_06",{"$f":"_xlfn.XLOOKUP(B306,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Tumut 3"},{"$f":"_xlfn.XLOOKUP(B306,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B306,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},300,300,300,300,300,300,300,300,300,300,300,300,300,300,300,300,300,300,300,300,300,300,300,300,300,300,300,300,300,300]
[null,"TU114-4",{"$f":"_xlfn.XLOOKUP(B310,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Tungatinah"},{"$f":"_xlfn.XLOOKUP(B310,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B310,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"TAS"},26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,26,0,26,26,26,26,26,26,26,26,26]
[null,"TUMUT1_02",{"$f":"_xlfn.XLOOKUP(B313,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Upper Tumut"},{"$f":"_xlfn.XLOOKUP(B313,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B313,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},93,93,0,103,103,103,103,103,103,103,93,93,0,103,103,103,103,103,103,103,93,93,93,103,103,103,103,103,103,103]
[null,"TUMUT2_03",{"$f":"_xlfn.XLOOKUP(B318,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Upper Tumut"},{"$f":"_xlfn.XLOOKUP(B318,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B318,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},73,0,73,73,73,73,73,73,78,78,73,0,73,73,73,73,73,73,78,78,73,73,73,73,73,73,73,73,0,78]
[null,"W/HOE#1",{"$f":"_xlfn.XLOOKUP(B324,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Wivenhoe"},{"$f":"_xlfn.XLOOKUP(B324,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B324,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},285,285,285,285,285,285,285,285,285,285,285,285,285,285,285,285,285,285,285,285,285,285,285,285,285,285,285,285,285,285]
[null,"BOMENSF1",{"$f":"_xlfn.XLOOKUP(B329,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bomen Solar Farm"},{"$f":"_xlfn.XLOOKUP(B329,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B329,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},97.68,97.68,97.68,97.68,97.68,97.68,97.68,97.68,97.68,97.68,99,99,99,99,99,99,99,99,99,99,99.88,99.88,99.88,99.88,99.88,99.88,99.88,99.88,99.88,99.88]
[null,"BROKENH1",{"$f":"_xlfn.XLOOKUP(B330,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Broken Hill Solar Farm"},{"$f":"_xlfn.XLOOKUP(B330,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B330,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},53,53,53,53,53,53,53,53,53,53,53,53,53,53,53,53,53,53,53,53,53,53,53,53,53,53,53,53,53,53]
[null,"DDSF1",{"$f":"_xlfn.XLOOKUP(B338,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Darling Downs Solar Farm"},{"$f":"_xlfn.XLOOKUP(B338,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B338,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},108.5,108.5,108.5,108.5,108.5,108.5,108.5,108.5,108.5,108.5,108.5,108.5,108.5,108.5,108.5,108.5,108.5,108.5,108.5,108.5,110,110,110,110,110,110,110,110,110,110]
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[null,"GULLRSF1",{"$f":"_xlfn.XLOOKUP(B347,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Gullen Range Solar Farm"},{"$f":"_xlfn.XLOOKUP(B347,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B347,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},10,10,10,10,10,10,10,10,10,10,10,10,10,10,10,10,10,10,10,10,10,10,10,10,10,10,10,10,10,10]
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[null,"MANSLR1",{"$f":"_xlfn.XLOOKUP(B364,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Manildra Solar Farm"},{"$f":"_xlfn.XLOOKUP(B364,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B364,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},43.4,43.4,43.4,43.4,43.4,43.4,43.4,43.4,43.4,43.4,45.4,45.4,45.4,45.4,45.4,45.4,45.4,45.4,45.4,45.4,46.7,46.7,46.7,46.7,46.7,46.7,46.7,46.7,46.7,46.7]
[null,"MAPS2PV1",{"$f":"_xlfn.XLOOKUP(B365,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Mannum Adelaide Pumping Station No 2 - MAPL2 (Palmer)"},{"$f":"_xlfn.XLOOKUP(B365,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B365,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},12.6,12.6,12.6,12.6,12.6,12.6,12.6,12.6,12.6,12.6,13.38,13.38,13.38,13.38,13.38,13.38,13.38,13.38,13.38,13.38,12.96,12.96,12.6,12.96,12.96,12.96,12.96,12.96,12.96,12.96]
[null,"MWPS1PV1",{"$f":"_xlfn.XLOOKUP(B371,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Morgan To Whyalla Pipeline No 1 PS And Water Filtration Plant"},{"$f":"_xlfn.XLOOKUP(B371,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B371,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},4.0999999999999996,4.0999999999999996,4.0999999999999996,4.0999999999999996,4.0999999999999996,4.0999999999999996,4.0999999999999996,4.0999999999999996,4.0999999999999996,4.0999999999999996,4.5599999999999996,4.5599999999999996,4.5599999999999996,4.5599999999999996,4.5599999999999996,4.5599999999999996,4.5599999999999996,4.5599999999999996,4.5599999999999996,4.5599999999999996,4.2,4.2,4.2,4.2,4.2,4.2,4.2,4.2,4.2,4.2]
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[null,"NYNGAN1",{"$f":"_xlfn.XLOOKUP(B381,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Nyngan Solar Plant"},{"$f":"_xlfn.XLOOKUP(B381,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B381,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},102.03,102.03,102.03,102.03,102.03,102.03,102.03,102.03,102.03,102.03,102.03,102.03,102.03,102.03,102.03,102.03,102.03,102.03,102.03,102.03,102.03,102.03,102.03,102.03,102.03,102.03,102.03,102.03,102.03,102.03]
[null,"PAREPS1",{"$f":"_xlfn.XLOOKUP(B385,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Port Augusta Renewable Energy Park - Solar"},{"$f":"_xlfn.XLOOKUP(B385,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B385,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},77,77,77,77,77,77,77,77,77,77,77,77,77,77,77,77,77,77,77,77,77,77,77,77,77,77,77,77,77,77]
[null,"SMCSF1",{"$f":"_xlfn.XLOOKUP(B388,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Sun Metals Corporation Solar Farm"},{"$f":"_xlfn.XLOOKUP(B388,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B388,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},120.12,120.12,120.12,120.12,120.12,120.12,120.12,120.12,120.12,120.12,121.16,121.16,121.16,121.16,121.16,121.16,121.16,121.16,121.16,121.16,117,117,117,117,117,117,117,117,117,117]
[null,"WARWSF1",{"$f":"_xlfn.XLOOKUP(B393,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Warwick Solar Farm - stage 1"},{"$f":"_xlfn.XLOOKUP(B393,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B393,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},32.1,32.1,32.1,32.1,32.1,32.1,32.1,32.1,32.1,32.1,32.1,32.1,32.1,32.1,32.1,32.1,32.1,32.1,32.1,32.1,32.1,32.1,32.1,32.1,32.1,32.1,32.1,32.1,32.1,32.1]
[null,"WRSF1",{"$f":"_xlfn.XLOOKUP(B399,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"White Rock Solar Farm"},{"$f":"_xlfn.XLOOKUP(B399,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B399,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},20,20,20,20,20,20,20,20,20,20,20,20,20,20,20,20,20,20,20,20,20,20,20,20,20,20,20,20,20,20]
[null,"WHITSF1",{"$f":"_xlfn.XLOOKUP(B400,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Whitsunday Solar Farm"},{"$f":"_xlfn.XLOOKUP(B400,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B400,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},54.12,54.12,54.12,54.12,54.12,54.12,54.12,54.12,54.12,54.12,54.9,54.9,54.9,54.9,54.9,54.9,54.9,54.9,54.9,54.9,56.01,56.01,56.01,56.01,56.01,56.01,56.01,56.01,56.01,56.01]
[null,"ARWF1",{"$f":"_xlfn.XLOOKUP(B405,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Ararat Wind Farm"},{"$f":"_xlfn.XLOOKUP(B405,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B405,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},150,150,150,150,150,150,150,150,150,150,240,240,240,240,240,240,240,240,240,240,240,240,240,240,240,240,240,240,240,240]
[null,"BANGOWF2",{"$f":"_xlfn.XLOOKUP(B408,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bango 999 Wind Farm"},{"$f":"_xlfn.XLOOKUP(B408,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B408,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},0,0,0,0,0,0,0,0,0,0,82,82,82,82,82,82,82,82,82,82,82,82,82,82,82,82,82,82,82,82]
[null,"CATHROCK",{"$f":"_xlfn.XLOOKUP(B416,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Cathedral Rocks Wind Farm"},{"$f":"_xlfn.XLOOKUP(B416,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B416,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},0,0,0,0,0,0,0,0,0,0,62,62,62,62,62,0,0,0,0,0,62,62,62,62,62,62,0,0,0,0]
[null,"CTHLWF1",{"$f":"_xlfn.XLOOKUP(B417,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Cattle Hill Wind Farm"},{"$f":"_xlfn.XLOOKUP(B417,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B417,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"TAS"},144,144,144,144,144,144,144,144,144,144,144,144,144,144,144,144,144,144,144,144,144,144,144,144,144,144,144,144,144,144]
[null,"COOPGWF1",{"$f":"_xlfn.XLOOKUP(B422,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Coopers Gap Wind Farm"},{"$f":"_xlfn.XLOOKUP(B422,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B422,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},439.979999999999,439.979999999999,439.979999999999,439.979999999999,439.979999999999,439.979999999999,439.979999999999,439.979999999999,439.979999999999,439.979999999999,439.979999999999,439.979999999999,439.979999999999,439.979999999999,439.979999999999,439.979999999999,439.979999999999,439.979999999999,439.979999999999,439.979999999999,439.979999999999,439.979999999999,439.979999999999,439.979999999999,439.979999999999,439.979999999999,439.979999999999,439.979999999999,439.979999999999,439.979999999999]
[null,"DUNDWF1",{"$f":"_xlfn.XLOOKUP(B428,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Dundonnell Wind Farm"},{"$f":"_xlfn.XLOOKUP(B428,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B428,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},108,108,108,108,108,108,108,108,108,108,152,152,152,152,152,152,152,152,152,152,168,168,168,168,168,168,168,168,168,168]
[null,"GULLRWF1",{"$f":"_xlfn.XLOOKUP(B433,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Gullen Range Wind Farm"},{"$f":"_xlfn.XLOOKUP(B433,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B433,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},165.5,165.5,165.5,165.5,165.5,165.5,165.5,165.5,165.5,165.5,165.5,165.5,165.5,165.5,165.5,165.5,165.5,165.5,165.5,165.5,165.5,165.5,165.5,165.5,165.5,165.5,165.5,165.5,165.5,165.5]
[null,"BLUFF1",{"$f":"_xlfn.XLOOKUP(B437,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Hallett 5 The Bluff Wind Farm"},{"$f":"_xlfn.XLOOKUP(B437,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B437,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},35,35,35,35,35,35,35,35,35,35,52.5,52.5,52.5,52.5,52.5,52.5,52.5,52.5,52.5,52.5,52.5,52.5,52.5,52.5,52.5,52.5,52.5,52.5,52.5,52.5]
[null,"HDWF1",{"$f":"_xlfn.XLOOKUP(B440,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Hornsdale Wind Farm Stage 1"},{"$f":"_xlfn.XLOOKUP(B440,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B440,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},94.4,97.6,97.6,97.6,97.6,97.6,97.6,97.6,97.6,97.6,100,100,100,100,100,100,100,100,100,100,97.6,100,100,100,100,100,100,100,100,100]
[null,"LKBONNY3",{"$f":"_xlfn.XLOOKUP(B446,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Lake Bonney 3 Wind Farm"},{"$f":"_xlfn.XLOOKUP(B446,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B446,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},39,39,39,39,39,39,39,39,39,39,39,39,39,39,39,39,39,39,39,39,39,39,39,39,39,39,39,39,39,39]
[null,"MRTLSWF1",{"$f":"_xlfn.XLOOKUP(B451,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Mortlake South Wind Farm"},{"$f":"_xlfn.XLOOKUP(B451,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B451,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},152.99,152.99,152.99,152.99,152.99,152.99,152.99,152.99,152.99,152.99,152.99,152.99,152.99,152.99,152.99,152.99,152.99,152.99,152.99,152.99,152.99,152.99,152.99,152.99,152.99,152.99,152.99,152.99,152.99,152.99]
[null,"MLWF1",{"$f":"_xlfn.XLOOKUP(B452,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Mortons Lane Wind Farm"},{"$f":"_xlfn.XLOOKUP(B452,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B452,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},19.5,19.5,19.5,19.5,19.5,19.5,19.5,19.5,19.5,19.5,19.5,19.5,19.5,19.5,19.5,19.5,19.5,19.5,19.5,19.5,19.5,19.5,19.5,19.5,19.5,19.5,19.5,19.5,19.5,19.5]
[null,"MUWAWF1",{"$f":"_xlfn.XLOOKUP(B456,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Murra Warra Wind Farm - stage 1"},{"$f":"_xlfn.XLOOKUP(B456,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B456,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},176.05,176.05,176.05,176.05,176.05,176.05,176.05,176.05,176.05,176.05,225.7,225.7,225.7,225.7,225.7,225.7,225.7,225.7,225.7,225.7,225.7,225.7,225.7,225.7,225.7,225.7,225.7,225.7,225.7,225.7]
[null,"SAPHWF1",{"$f":"_xlfn.XLOOKUP(B463,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Sapphire Wind Farm"},{"$f":"_xlfn.XLOOKUP(B463,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B463,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},155.69999999999999,155.69999999999999,155.69999999999999,155.69999999999999,155.69999999999999,155.69999999999999,155.69999999999999,155.69999999999999,155.69999999999999,155.69999999999999,252,252,252,252,252,252,252,252,252,252,270,270,270,270,270,270,270,270,270,270]
[null,"STARHLWF",{"$f":"_xlfn.XLOOKUP(B468,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Starfish Hill Wind Farm"},{"$f":"_xlfn.XLOOKUP(B468,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B468,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},33,33,33,33,33,33,33,33,33,33,33,33,33,33,33,33,33,33,33,33,33,33,33,33,33,33,33,33,33,33]
[null,"TARALGA1",{"$f":"_xlfn.XLOOKUP(B470,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Taralga Wind Farm"},{"$f":"_xlfn.XLOOKUP(B470,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B470,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},106.8,106.8,106.8,106.8,106.8,106.8,106.8,106.8,106.8,106.8,106.8,106.8,106.8,106.8,106.8,106.8,106.8,106.8,106.8,106.8,106.8,106.8,106.8,106.8,106.8,106.8,106.8,106.8,106.8,106.8]
[null,"WGWF1",{"$f":"_xlfn.XLOOKUP(B475,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Willogoleche Wind Farm"},{"$f":"_xlfn.XLOOKUP(B475,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B475,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},0,0,0,0,0,0,0,0,0,0,119.76,119.76,119.76,119.76,119.76,119.76,119.76,119.76,119.76,119.76,119.76,119.76,119.76,119.76,119.76,119.76,119.76,119.76,119.76,119.76]
[null,"YENDWF1",{"$f":"_xlfn.XLOOKUP(B480,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Yendon Wind Farm"},{"$f":"_xlfn.XLOOKUP(B480,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B480,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},102.6,102.6,102.6,102.6,102.6,102.6,102.6,102.6,102.6,102.6,127.3,127.3,127.3,127.3,127.3,127.3,127.3,127.3,127.3,127.3,144.4,144.4,144.4,144.4,144.4,144.4,144.4,144.4,144.4,144.4]
[null,"Kidston Pumped Storage Hydro 1",{"$f":"_xlfn.XLOOKUP(B484,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Kidston "},{"$f":"_xlfn.XLOOKUP(B484,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B484,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},0,125,125,125,125,125,125,125,125,125,0,125,125,125,125,125,125,125,125,125,0,125,125,125,125,125,125,125,125,125]
[null,"SNO2PH02",{"$f":"_xlfn.XLOOKUP(B487,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Snowy 2.0"},{"$f":"_xlfn.XLOOKUP(B487,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B487,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},0,0,0,366.7,366.7,366.7,366.7,366.7,366.7,366.7,0,0,0,366.7,366.7,366.7,366.7,366.7,366.7,366.7,0,0,0,183.33,366.7,366.7,366.7,366.7,366.7,366.7]
[null,"ADPPV1",{"$f":"_xlfn.XLOOKUP(B492,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Adelaide Desalination Plant Solar Farm"},{"$f":"_xlfn.XLOOKUP(B492,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B492,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},8.6,8.6,8.6,8.6,8.6,8.6,8.6,8.6,8.6,8.6,9.4,9.4,9.4,9.4,9.4,9.4,9.4,9.4,9.4,9.4,8.6,8.6,8.6,8.6,8.6,8.6,8.6,8.6,8.6,8.6]
[null,"COLUMSF1",{"$f":"_xlfn.XLOOKUP(B498,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Columboola Solar Farm"},{"$f":"_xlfn.XLOOKUP(B498,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B498,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},161.94999999999999,161.94999999999999,161.94999999999999,161.94999999999999,161.94999999999999,161.94999999999999,161.94999999999999,161.94999999999999,161.94999999999999,161.94999999999999,161.94999999999999,161.94999999999999,161.94999999999999,161.94999999999999,161.94999999999999,161.94999999999999,161.94999999999999,161.94999999999999,161.94999999999999,161.94999999999999,161.94999999999999,161.94999999999999,161.94999999999999,161.94999999999999,161.94999999999999,161.94999999999999,161.94999999999999,161.94999999999999,161.94999999999999,161.94999999999999]
[null,"GIRGSF",{"$f":"_xlfn.XLOOKUP(B503,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Girgarre Solar Farm"},{"$f":"_xlfn.XLOOKUP(B503,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B503,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},69.540000000000006,69.540000000000006,69.540000000000006,69.540000000000006,69.540000000000006,69.540000000000006,69.540000000000006,69.540000000000006,69.540000000000006,69.540000000000006,75.81,75.81,75.81,75.81,75.81,75.81,75.81,75.81,75.81,75.81,75.81,75.81,75.81,75.81,75.81,75.81,75.81,75.81,75.81,75.81]
[null,"Goorambat East Solar Farm",{"$f":"_xlfn.XLOOKUP(B504,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Goorambat East Solar Farm"},{"$f":"_xlfn.XLOOKUP(B504,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B504,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},0,250,250,250,250,250,250,250,250,250,0,250,250,250,250,250,250,250,250,250,0,250,250,250,250,250,250,250,250,250]
[null,"SEBSF1",{"$f":"_xlfn.XLOOKUP(B512,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Sebastopol Solar Farm"},{"$f":"_xlfn.XLOOKUP(B512,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B512,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},85.8,85.8,85.8,85.8,85.8,85.8,85.8,85.8,85.8,85.8,90,90,90,90,90,90,90,90,90,90,90,90,90,90,90,90,90,90,90,90]
[null,"Tilbuster Solar Farm",{"$f":"_xlfn.XLOOKUP(B515,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Tilbuster Solar Farm"},{"$f":"_xlfn.XLOOKUP(B515,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B515,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},0,200.64,200.64,200.64,200.64,200.64,200.64,200.64,200.64,200.64,0,200.64,200.64,200.64,200.64,200.64,200.64,200.64,200.64,200.64,0,0,200.64,200.64,200.64,200.64,200.64,200.64,200.64,200.64]
[null,"WLWLSF1",{"$f":"_xlfn.XLOOKUP(B517,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Walla Walla Solar Farm"},{"$f":"_xlfn.XLOOKUP(B517,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B517,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},149.76,149.76,149.76,149.76,149.76,149.76,149.76,149.76,149.76,149.76,149.76,149.76,149.76,149.76,149.76,149.76,149.76,149.76,149.76,149.76,149.76,149.76,149.76,149.76,149.76,149.76,149.76,149.76,149.76,149.76]
[null,"WUNUSF1",{"$f":"_xlfn.XLOOKUP(B522,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Wunghnu Solar Farm"},{"$f":"_xlfn.XLOOKUP(B522,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B522,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},60.28,60.28,60.28,60.28,60.28,60.28,60.28,60.28,60.28,60.28,75,75,75,75,75,75,75,75,75,75,75,75,75,75,75,75,75,75,75,75]
[null,"FLYCRKWF",{"$f":"_xlfn.XLOOKUP(B527,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Flyers Creek Wind Farm"},{"$f":"_xlfn.XLOOKUP(B527,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B527,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},140.03,140.03,140.03,140.03,140.03,140.03,140.03,140.03,140.03,140.03,140.03,140.03,140.03,140.03,140.03,140.03,140.03,140.03,140.03,140.03,140.03,140.03,140.03,140.03,140.03,140.03,140.03,140.03,140.03,140.03]
[null,"GSWF1A",{"$f":"_xlfn.XLOOKUP(B531,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Goyder South Wind Farm 1A"},{"$f":"_xlfn.XLOOKUP(B531,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B531,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},190,190,190,190,190,190,190,190,190,190,200.98,200.98,200.98,200.98,200.98,200.98,200.98,200.98,200.98,200.98,200.98,200.98,200.98,200.98,200.98,200.98,200.98,200.98,200.98,200.98]
[null,"RYANCWF1",{"$f":"_xlfn.XLOOKUP(B538,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Ryan Corner Wind Farm"},{"$f":"_xlfn.XLOOKUP(B538,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B538,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},204.88,204.88,204.88,204.88,204.88,204.88,204.88,204.88,204.88,204.88,204.88,204.88,204.88,204.88,204.88,204.88,204.88,204.88,204.88,204.88,204.88,204.88,204.88,204.88,204.88,204.88,204.88,204.88,204.88,204.88]
[null,"Rye Park Wind Farm",{"$f":"_xlfn.XLOOKUP(B539,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Rye Park Wind Farm"},{"$f":"_xlfn.XLOOKUP(B539,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B539,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},383.46,383.46,383.46,383.46,383.46,383.46,383.46,383.46,383.46,383.46,383.46,383.46,383.46,383.46,383.46,383.46,383.46,383.46,383.46,383.46,383.46,383.46,383.46,383.46,383.46,383.46,383.46,383.46,383.46,383.46]
[null,"Frasers Solar Farm",{"$f":"_xlfn.XLOOKUP(B545,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Frasers Solar Farm"},{"$f":"_xlfn.XLOOKUP(B545,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Anticipated"},{"$f":"_xlfn.XLOOKUP(B545,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},0,0,77,77,77,77,77,77,77,77,0,0,77,77,77,77,77,77,77,77,0,0,77,77,77,77,77,77,77,77]
[null,"Munna Creek Solar Farm",{"$f":"_xlfn.XLOOKUP(B550,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Munna Creek Solar Farm"},{"$f":"_xlfn.XLOOKUP(B550,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B550,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},119.84,119.84,119.84,119.84,119.84,119.84,119.84,119.84,119.84,119.84,119.84,119.84,119.84,119.84,119.84,119.84,119.84,119.84,119.84,119.84,119.84,119.84,119.84,119.84,119.84,119.84,119.84,119.84,119.84,119.84]
[null,"Woolsthorpe Wind Farm",{"$f":"_xlfn.XLOOKUP(B555,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Woolsthorpe Wind Farm"},{"$f":"_xlfn.XLOOKUP(B555,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Anticipated"},{"$f":"_xlfn.XLOOKUP(B555,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},0,0,72,72,72,72,72,72,72,72,0,0,72,72,72,72,72,72,72,72,0,0,72,72,72,72,72,72,72,72]
[null,"BULBES1",{"$f":"_xlfn.XLOOKUP(B559,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bulgana Green Power Hub BESS"},{"$f":"_xlfn.XLOOKUP(B559,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B559,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},20,20,20,20,20,20,20,20,20,20,20,20,20,20,20,20,20,20,20,20,20,20,20,20,20,20,20,20,20,20]
[null,"GANNB1",{"$f":"_xlfn.XLOOKUP(B562,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Gannawarra Energy Storage System"},{"$f":"_xlfn.XLOOKUP(B562,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B562,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},25.33,25.33,25.33,25.33,25.33,25.33,25.33,25.33,25.33,25.33,25.33,25.33,25.33,25.33,25.33,25.33,25.33,25.33,25.33,25.33,25.33,25.33,25.33,25.33,25.33,25.33,25.33,25.33,25.33,25.33]
[null,"QBYNB1",{"$f":"_xlfn.XLOOKUP(B567,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Queanbeyan BESS"},{"$f":"_xlfn.XLOOKUP(B567,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B567,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},10,10,10,10,10,10,10,10,10,10,10,10,10,10,10,10,10,10,10,10,10,10,10,10,10,10,10,10,10,10]
[null,"WANDB1",{"$f":"_xlfn.XLOOKUP(B573,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Wandoan South BESS"},{"$f":"_xlfn.XLOOKUP(B573,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B573,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},100,100,100,100,100,100,100,100,100,100,100,100,100,100,100,100,100,100,100,100,100,100,100,100,100,100,100,100,100,100]
[null,"ADPBA1",{"$f":"_xlfn.XLOOKUP(B574,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Adelaide Desalination Plant BESS"},{"$f":"_xlfn.XLOOKUP(B574,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B574,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},6,6,6,6,6,6,6,6,6,6,6.1,6.1,6.1,6.1,6.1,6.1,6.1,6.1,6.1,6.1,6.1,6.1,6.1,6.1,6.1,6.1,6.1,6.1,6.1,6.1]
[null,"CBWWBA1",{"$f":"_xlfn.XLOOKUP(B579,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Christies Beach Wastewater Treatment Plant BESS"},{"$f":"_xlfn.XLOOKUP(B579,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B579,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2,2]
[null,"HBESS1",{"$f":"_xlfn.XLOOKUP(B583,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Hazelwood BESS"},{"$f":"_xlfn.XLOOKUP(B583,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Existing"},{"$f":"_xlfn.XLOOKUP(B583,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},150,150,150,150,150,150,150,150,150,150,150,150,150,150,150,150,150,150,150,150,150,150,150,150,150,150,150,150,150,150]
[null,"TB2BG1",{"$f":"_xlfn.XLOOKUP(B590,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Tailem Bend Battery Project"},{"$f":"_xlfn.XLOOKUP(B590,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B590,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},40.450000000000003,40.450000000000003,40.450000000000003,40.450000000000003,40.450000000000003,40.450000000000003,40.450000000000003,40.450000000000003,40.450000000000003,40.450000000000003,41,41,41,41,41,41,41,41,41,41,41,41,41,41,41,41,41,41,41,41]
[null,"Templers BESS",{"$f":"_xlfn.XLOOKUP(B592,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Templers BESS"},{"$f":"_xlfn.XLOOKUP(B592,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B592,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},111,111,111,111,111,111,111,111,111,111,111,111,111,111,111,111,111,111,111,111,30,111,111,111,111,111,111,111,111,111]
[null,"Aldoga BESS Stage 1",{"$f":"_xlfn.XLOOKUP(B597,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Aldoga BESS Stage 1"},{"$f":"_xlfn.XLOOKUP(B597,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Anticipated"},{"$f":"_xlfn.XLOOKUP(B597,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},0,0,400,400,400,400,400,400,400,400,0,0,400,400,400,400,400,400,400,400,0,0,400,400,400,400,400,400,400,400]
[null,"Gnarwarre BESS",{"$f":"_xlfn.XLOOKUP(B602,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Gnarwarre BESS"},{"$f":"_xlfn.XLOOKUP(B602,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Anticipated"},{"$f":"_xlfn.XLOOKUP(B602,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},0,0,250,250,250,250,250,250,250,250,0,0,250,250,250,250,250,250,250,250,0,0,250,250,250,250,250,250,250,250]
[null,"Mortlake Battery",{"$f":"_xlfn.XLOOKUP(B607,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Mortlake Battery"},{"$f":"_xlfn.XLOOKUP(B607,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Anticipated"},{"$f":"_xlfn.XLOOKUP(B607,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},0,300,300,300,300,300,300,300,300,300,0,300,300,300,300,300,300,300,300,300,0,0,300,300,300,300,300,300,300,300]
[null,"Mt Fox BESS",{"$f":"_xlfn.XLOOKUP(B609,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Mt Fox BESS"},{"$f":"_xlfn.XLOOKUP(B609,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B609,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},0,0,0,0,300,300,300,300,300,300,0,0,0,0,300,300,300,300,300,300,0,0,0,0,300,300,300,300,300,300]
[null,"Smithfield BESS",{"$f":"_xlfn.XLOOKUP(B614,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Smithfield BESS"},{"$f":"_xlfn.XLOOKUP(B614,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Anticipated"},{"$f":"_xlfn.XLOOKUP(B614,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},64.98,64.98,64.98,64.98,64.98,64.98,64.98,64.98,64.98,64.98,64.98,64.98,64.98,64.98,64.98,64.98,64.98,64.98,64.98,64.98,0,64.98,64.98,64.98,64.98,64.98,64.98,64.98,64.98,64.98]
[null,"Solar River Solar Farm",{"$f":"_xlfn.XLOOKUP(B621,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Solar River Solar Farm"},{"$f":"_xlfn.XLOOKUP(B621,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B621,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},0,0,197.8,197.8,197.8,197.8,197.8,197.8,197.8,197.8,0,0,77.28,77.28,77.28,77.28,77.28,77.28,77.28,77.28,0,0,116.84,116.84,116.84,116.84,116.84,116.84,116.84,116.84]
[null,"Goulburn River BESS",{"$f":"_xlfn.XLOOKUP(B625,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Goulburn River BESS"},{"$f":"_xlfn.XLOOKUP(B625,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B625,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},0,0,49.84,49.84,49.84,49.84,49.84,49.84,49.84,49.84,0,0,49.84,49.84,49.84,49.84,49.84,49.84,49.84,49.84,0,0,49.84,49.84,49.84,49.84,49.84,49.84,49.84,49.84]
[null,"Hallett BESS",{"$f":"_xlfn.XLOOKUP(B626,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Hallett BESS"},{"$f":"_xlfn.XLOOKUP(B626,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B626,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},50,50,50,50,50,50,50,50,50,50,50,50,50,50,50,50,50,50,50,50,50,50,50,50,50,50,50,50,50,50]
[null,"Springvale Energy Hub BESS",{"$f":"_xlfn.XLOOKUP(B630,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Springvale Energy Hub BESS"},{"$f":"_xlfn.XLOOKUP(B630,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B630,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},0,0,0,115,115,115,115,115,115,115,0,0,0,115,115,115,115,115,115,115,0,0,0,115,115,115,115,115,115,115]
[null,"Calala BESS 2",{"$f":"_xlfn.XLOOKUP(B637,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Calala BESS 2"},{"$f":"_xlfn.XLOOKUP(B637,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Anticipated"},{"$f":"_xlfn.XLOOKUP(B637,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},0,0,150,150,150,150,150,150,150,150,0,0,150,150,150,150,150,150,150,150,0,0,150,150,150,150,150,150,150,150]
[null,"Ravenswood Solar Farm",{"$f":"_xlfn.XLOOKUP(B642,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Ravenswood Solar Farm"},{"$f":"_xlfn.XLOOKUP(B642,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Anticipated"},{"$f":"_xlfn.XLOOKUP(B642,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},63,63,63,63,63,63,63,63,63,63,63,63,63,63,63,63,63,63,63,63,63,63,63,63,63,63,63,63,63,63]
[null,"Boulder Creek Wind Farm",{"$f":"_xlfn.XLOOKUP(B644,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Boulder Creek Wind Farm"},{"$f":"_xlfn.XLOOKUP(B644,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Anticipated"},{"$f":"_xlfn.XLOOKUP(B644,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},0,0,106.21,106.21,106.21,106.21,106.21,106.21,106.21,106.21,0,0,221.01,221.01,221.01,221.01,221.01,221.01,221.01,221.01,0,0,0,221.01,221.01,221.01,221.01,221.01,221.01,221.01]
[null,"Supernode BESS 1",{"$f":"_xlfn.XLOOKUP(B649,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Supernode BESS 1"},{"$f":"_xlfn.XLOOKUP(B649,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B649,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},260,260,260,260,260,260,260,260,260,260,260,260,260,260,260,260,260,260,260,260,0,260,260,260,260,260,260,260,260,260]
[null,"Barwon Solar Farm BESS",{"$f":"_xlfn.XLOOKUP(B654,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Barwon Solar Farm BESS"},{"$f":"_xlfn.XLOOKUP(B654,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B654,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},250,250,250,250,250,250,250,250,250,250,250,250,250,250,250,250,250,250,250,250,250,250,250,250,250,250,250,250,250,250]
[null,"Junction Rivers Wind Farm BESS",{"$f":"_xlfn.XLOOKUP(B658,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Junction Rivers Wind Farm BESS"},{"$f":"_xlfn.XLOOKUP(B658,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B658,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},0,0,0,0,0,100,200,200,200,200,0,0,0,0,0,200,200,200,200,200,0,0,0,0,0,0,200,200,200,200]
[null,"Griffith BESS",{"$f":"_xlfn.XLOOKUP(B661,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Griffith BESS"},{"$f":"_xlfn.XLOOKUP(B661,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B661,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},100,100,100,100,100,100,100,100,100,100,100,100,100,100,100,100,100,100,100,100,100,100,100,100,100,100,100,100,100,100]
[null,"Hopeland Solar Farm",{"$f":"_xlfn.XLOOKUP(B668,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Hopeland Solar Farm"},{"$f":"_xlfn.XLOOKUP(B668,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B668,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},0,0,249.99,249.99,249.99,249.99,249.99,249.99,249.99,249.99,0,0,249.99,249.99,249.99,249.99,249.99,249.99,249.99,249.99,0,0,249.99,249.99,249.99,249.99,249.99,249.99,249.99,249.99]
[null,"Sandy Creek Solar Farm",{"$f":"_xlfn.XLOOKUP(B670,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Sandy Creek Solar Farm"},{"$f":"_xlfn.XLOOKUP(B670,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B670,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},0,0,0,0,175,525,700,700,700,700,0,0,0,0,175,525,700,700,700,700,0,0,0,0,0,350,700,700,700,700]
[null,"West Mokoan Solar Farm",{"$f":"_xlfn.XLOOKUP(B671,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"West Mokoan Solar Farm"},{"$f":"_xlfn.XLOOKUP(B671,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B671,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},0,0,0,283.47000000000003,283.47000000000003,283.47000000000003,283.47000000000003,283.47000000000003,283.47000000000003,283.47000000000003,0,0,0,297.02,297.02,297.02,297.02,297.02,297.02,297.02,0,0,0,300.05,300.05,300.05,300.05,300.05,300.05,300.05]
[null,"Phoenix Pumped Hydro Project",{"$f":"_xlfn.XLOOKUP(B672,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Phoenix Pumped Hydro Project"},{"$f":"_xlfn.XLOOKUP(B672,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B672,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},0,0,0,0,810,810,810,810,810,810,0,0,0,0,810,810,810,810,810,810,0,0,0,0,810,810,810,810,810,810]
[null,"Goyder North Wind Farm",{"$f":"_xlfn.XLOOKUP(B673,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Goyder North Wind Farm"},{"$f":"_xlfn.XLOOKUP(B673,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B673,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},0,0,0,25,300,300,300,300,300,300,0,0,0,25,300,300,300,300,300,300,0,0,0,0,150,300,300,300,300,300]
[null,"Junction Rivers Wind Farm",{"$f":"_xlfn.XLOOKUP(B674,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Junction Rivers Wind Farm"},{"$f":"_xlfn.XLOOKUP(B674,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B674,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},0,0,0,0,0,480,584.64,584.64,584.64,584.64,0,0,0,0,0,480,584.64,584.64,584.64,584.64,0,0,0,0,0,0,584.64,584.64,584.64,584.64]
[null,"Kentbruck Green Power Hub Wind Farm",{"$f":"_xlfn.XLOOKUP(B675,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Kentbruck Green Power Hub Wind Farm"},{"$f":"_xlfn.XLOOKUP(B675,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B675,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},0,0,0,0,300,600,600,600,600,600,0,0,0,0,300,600,600,600,600,600,0,0,0,0,150,600,600,600,600,600]
[null,"Palmer Wind Farm",{"$f":"_xlfn.XLOOKUP(B676,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Palmer Wind Farm"},{"$f":"_xlfn.XLOOKUP(B676,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B676,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"SA"},0,0,134,272,272,272,272,272,272,272,0,0,134,272,272,272,272,272,272,272,0,0,136.80000000000001,274,274,274,274,274,274,274]
[null,"Spicers Creek Wind Farm",{"$f":"_xlfn.XLOOKUP(B677,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Spicers Creek Wind Farm"},{"$f":"_xlfn.XLOOKUP(B677,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B677,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},0,0,0,0,351,702,702,702,702,702,0,0,0,0,468,702,702,702,702,702,0,0,0,0,117,702,702,702,702,702]
[null,"Thunderbolt Wind Farm",{"$f":"_xlfn.XLOOKUP(B678,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Thunderbolt Wind Farm"},{"$f":"_xlfn.XLOOKUP(B678,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B678,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},0,0,0,0,0,125,210,210,210,210,0,0,0,0,0,210,210,210,210,210,0,0,0,0,0,50,210,210,210,210]
[null,"Haughton Solar Farm Stage 2",{"$f":"_xlfn.XLOOKUP(B679,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Haughton Solar Farm Stage 2"},{"$f":"_xlfn.XLOOKUP(B679,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Anticipated"},{"$f":"_xlfn.XLOOKUP(B679,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"QLD"},0,0,0,300,300,300,300,300,300,300,0,0,0,300,300,300,300,300,300,300,0,0,0,300,300,300,300,300,300,300]
[null,"Lancaster Solar Farm",{"$f":"_xlfn.XLOOKUP(B680,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Lancaster Solar Farm"},{"$f":"_xlfn.XLOOKUP(B680,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Anticipated"},{"$f":"_xlfn.XLOOKUP(B680,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},80.040000000000006,80.040000000000006,80.040000000000006,80.040000000000006,80.040000000000006,80.040000000000006,80.040000000000006,80.040000000000006,80.040000000000006,80.040000000000006,80.040000000000006,80.040000000000006,80.040000000000006,80.040000000000006,80.040000000000006,80.040000000000006,80.040000000000006,80.040000000000006,80.040000000000006,80.040000000000006,80.040000000000006,80.040000000000006,80.040000000000006,80.040000000000006,80.040000000000006,80.040000000000006,80.040000000000006,80.040000000000006,80.040000000000006,80.040000000000006]
[null,"Bennetts Creek BESS",{"$f":"_xlfn.XLOOKUP(B681,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bennetts Creek BESS"},{"$f":"_xlfn.XLOOKUP(B681,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Anticipated"},{"$f":"_xlfn.XLOOKUP(B681,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},0,0,100,100,100,100,100,100,100,100,0,0,100,100,100,100,100,100,100,100,0,0,50,100,100,100,100,100,100,100]
[null,"Northern Midlands Solar Farm",{"$f":"_xlfn.XLOOKUP(B682,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Northern Midlands Solar Farm"},{"$f":"_xlfn.XLOOKUP(B682,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Anticipated"},{"$f":"_xlfn.XLOOKUP(B682,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"TAS"},0,0,287,287,287,287,287,287,287,287,0,0,287,287,287,287,287,287,287,287,0,0,49.2,287,287,287,287,287,287,287]
[null,"Hay Sun Farm",{"$f":"_xlfn.XLOOKUP(B683,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Hay Sun Farm"},{"$f":"_xlfn.XLOOKUP(B683,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Anticipated"},{"$f":"_xlfn.XLOOKUP(B683,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},0,0,0,110,110,110,110,110,110,110,0,0,0,110,110,110,110,110,110,110,0,0,0,110,110,110,110,110,110,110]
[null,"MOKOSF1",{"$f":"_xlfn.XLOOKUP(B684,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Mokoan Solar Farm"},{"$f":"_xlfn.XLOOKUP(B684,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Committed"},{"$f":"_xlfn.XLOOKUP(B684,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},46,46,46,46,46,46,46,46,46,46,46,46,46,46,46,46,46,46,46,46,43,43,43,43,43,43,43,43,43,43]
[null,"Yanco Delta Wind Farm",{"$f":"_xlfn.XLOOKUP(B685,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Yanco Delta Wind Farm"},{"$f":"_xlfn.XLOOKUP(B685,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B685,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},0,0,0,1497.6,1497.6,1497.6,1497.6,1497.6,1497.6,1497.6,0,0,0,1497.6,1497.6,1497.6,1497.6,1497.6,1497.6,1497.6,0,0,0,0,1497.6,1497.6,1497.6,1497.6,1497.6,1497.6]
[null,"Dinawan Energy Hub Wind Farm",{"$f":"_xlfn.XLOOKUP(B686,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Dinawan Energy Hub Wind Farm"},{"$f":"_xlfn.XLOOKUP(B686,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B686,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},0,0,0,381.6,381.6,381.6,756,756,756,756,0,0,0,381.6,381.6,381.6,756,756,756,756,0,0,0,0,381.6,381.6,756,756,756,756]
[null,"Dinawan Energy Hub Solar Farm",{"$f":"_xlfn.XLOOKUP(B687,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Dinawan Energy Hub Solar Farm"},{"$f":"_xlfn.XLOOKUP(B687,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B687,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},0,0,0,0,0,0,308.2,308.2,308.2,308.2,0,0,0,0,0,0,308.2,308.2,308.2,308.2,0,0,0,0,0,0,308.2,308.2,308.2,308.2]
[null,"Dinawan Energy Hub BESS",{"$f":"_xlfn.XLOOKUP(B688,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Dinawan Energy Hub BESS"},{"$f":"_xlfn.XLOOKUP(B688,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B688,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},0,0,0,0,0,0,309.95999999999998,309.95999999999998,309.95999999999998,309.95999999999998,0,0,0,0,0,0,309.95999999999998,309.95999999999998,309.95999999999998,309.95999999999998,0,0,0,0,0,0,309.95999999999998,309.95999999999998,309.95999999999998,309.95999999999998]
[null,"Pottinger Energy Park Wind Farm",{"$f":"_xlfn.XLOOKUP(B689,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Pottinger Energy Park Wind Farm"},{"$f":"_xlfn.XLOOKUP(B689,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B689,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},1300,1300,1300,1300,1300,1300,1300,1300,1300,1300,1300,1300,1300,1300,1300,1300,1300,1300,1300,1300,1300,1300,1300,1300,1300,1300,1300,1300,1300,1300]
[null,"Pottinger Energy Park BESS",{"$f":"_xlfn.XLOOKUP(B690,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Pottinger Energy Park BESS"},{"$f":"_xlfn.XLOOKUP(B690,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B690,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},499.8,499.8,499.8,499.8,499.8,499.8,499.8,499.8,499.8,499.8,499.8,499.8,499.8,499.8,499.8,499.8,499.8,499.8,499.8,499.8,499.8,499.8,499.8,499.8,499.8,499.8,499.8,499.8,499.8,499.8]
[null,"Bullawah Wind Farm",{"$f":"_xlfn.XLOOKUP(B691,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Bullawah Wind Farm"},{"$f":"_xlfn.XLOOKUP(B691,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B691,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},0,0,313.5,313.5,313.5,313.5,313.5,313.5,313.5,313.5,0,0,313.5,313.5,313.5,313.5,313.5,313.5,313.5,313.5,0,0,313.5,313.5,313.5,313.5,313.5,313.5,313.5,313.5]
[null,"Birriwa BESS",{"$f":"_xlfn.XLOOKUP(B692,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Birriwa BESS"},{"$f":"_xlfn.XLOOKUP(B692,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B692,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},0,0,0,0,0,600,600,600,600,600,0,0,0,0,0,0,600,600,600,600,0,0,0,0,0,0,600,600,600,600]
[null,"Birriwa Solar Farm",{"$f":"_xlfn.XLOOKUP(B693,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Birriwa Solar Farm"},{"$f":"_xlfn.XLOOKUP(B693,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B693,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},0,0,0,600,600,600,600,600,600,600,0,0,0,600,600,600,600,600,600,600,0,0,0,600,600,600,600,600,600,600]
[null,"Tallawang Solar Hybrid",{"$f":"_xlfn.XLOOKUP(B694,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Tallawang Solar Hybrid"},{"$f":"_xlfn.XLOOKUP(B694,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B694,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},500,500,500,500,500,500,500,500,500,500,500,500,500,500,500,500,500,500,500,500,500,500,500,500,500,500,500,500,500,500]
[null,"Cobbora BESS",{"$f":"_xlfn.XLOOKUP(B695,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Cobbora BESS"},{"$f":"_xlfn.XLOOKUP(B695,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B695,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},0,0,0,399.93,399.93,399.93,399.93,399.93,399.93,399.93,0,0,0,399.93,399.93,399.93,399.93,399.93,399.93,399.93,0,0,0,399.93,399.93,399.93,399.93,399.93,399.93,399.93]
[null,"Cobbora Solar Farm",{"$f":"_xlfn.XLOOKUP(B696,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Cobbora Solar Farm"},{"$f":"_xlfn.XLOOKUP(B696,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B696,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},0,0,0,700.1,700.1,700.1,700.1,700.1,700.1,700.1,0,0,0,700.1,700.1,700.1,700.1,700.1,700.1,700.1,0,0,0,700.1,700.1,700.1,700.1,700.1,700.1,700.1]
[null,"Liverpool Range Wind Farm",{"$f":"_xlfn.XLOOKUP(B697,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Liverpool Range Wind Farm"},{"$f":"_xlfn.XLOOKUP(B697,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B697,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},0,0,0,0,0,629,699.3,1313.5,1313.5,1313.5,0,0,0,0,0,629,699.3,1313.5,1313.5,1313.5,0,0,0,0,0,629,699.3,1313.5,1313.5,1313.5]
[null,"Kiamal BESS",{"$f":"_xlfn.XLOOKUP(B698,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Kiamal BESS"},{"$f":"_xlfn.XLOOKUP(B698,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B698,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},0,0,0,212.8,212.8,212.8,212.8,212.8,212.8,212.8,0,0,0,220.03,220.03,220.03,220.03,220.03,220.03,220.03,0,0,0,0,220.03,220.03,220.03,220.03,220.03,220.03]
[null,"Tallawang Solar Hybrid BESS",{"$f":"_xlfn.XLOOKUP(B699,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Tallawang Solar Hybrid BESS"},{"$f":"_xlfn.XLOOKUP(B699,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Additional policy-supported project"},{"$f":"_xlfn.XLOOKUP(B699,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"NSW"},0,0,500,500,500,500,500,500,500,500,0,0,500,500,500,500,500,500,500,500,0,0,500,500,500,500,500,500,500,500]
[null,"Pine Lodge BESS",{"$f":"_xlfn.XLOOKUP(B700,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"_\",0)","v":"Pine Lodge BESS"},{"$f":"_xlfn.XLOOKUP(B700,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$J$7:$J$662,\"_\",0)","v":"Anticipated"},{"$f":"_xlfn.XLOOKUP(B700,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$F$7:$F$662,\"_\",0)","v":"VIC"},0,250,250,250,250,250,250,250,250,250,0,250,250,250,250,250,250,250,250,250,0,250,250,250,250,250,250,250,250,250]

{"sheet":"Maintenance","index":42,"n_rows":32,"n_cols":9,"rows_kept":32,"cut":false,"hidden":false,"merged":[]}
[null,"Go to Assumptions Summary"]
[null,"Maintenance rate"]
[null,"The percentage of time per year that a generator is expected to be out of service for maintenance."]
[]
[null,"Existing generators",null,null,null,null,"New entrant technologies"]
[null,"Generator type","Proportion of time out (%)","Equivalent average days per year on planned outage",null,null,"Technology Type","Proportion of time out (%)","Equivalent average days per year on planned outage "]
[null,"Black Coal",{"$f":"100*(D7/365)","v":5.4794520547945202},20,null,null,"OCGT (small GT)",1.37,5]
[null,"Brown Coal",{"$f":"100*(D8/365)","v":5.4794520547945202},20,null,null,"OCGT (large GT)",1.37,5]
[null,"Hydro",{"$f":"100*(D9/365)","v":0.27397260273972601},1,null,null,"CCGT",3.51,13]
[null,"CCGT",{"$f":"100*(D10/365)","v":5.4794520547945202},20,null,null,"CCGT with CCS",3.51,13]
[null,"OCGT",1.5720808871493801,5,null,null,"Biomass",6.25,23]
[null,"OCGT (small GT)",1.37,5,null,null,"Large scale Solar PV",0,0]
[null,"Gas-powered steam turbine",{"$f":"100*(D13/365)","v":0.68493150684931503},2.5,null,null,"Solar Thermal (16hrs storage)",1.92,7]
[null,"Reciprocating Engine",{"$f":"100*(D14/365)","v":1.6438356164383561},6,null,null,"Battery storage (1hr storage)",0,0]
[null,"Large scale Solar PV",0,0,null,null,"Battery storage (2hrs storage)",0,0]
[null,"Solar Thermal",0,0,null,null,"Battery storage (4hrs storage)",0,0]
[null,"Battery storage (1hr storage)",0,0,null,null,"Battery storage (8hrs storage)",0,0]
[null,"Battery storage (2hrs storage)",0,0,null,null,"Wind",0,0]
[null,"Battery storage (4hrs storage)",0,0,null,null,"Wind - offshore (fixed)",0,0]
[null,"Battery storage (8hrs storage)",0,0,null,null,"Wind - offshore (floating)",0,0]
[null,"Pumped Hydro (10hrs storage)",3.01,11,null,null,"Pumped Hydro (10hrs storage)",3.01,11]
[null,"Pumped Hydro (24hrs storage)",3.01,11,null,null,"Pumped Hydro (24hrs storage)",3.01,11]
[null,"Wind",0,0,null,null,"Pumped Hydro (48hrs storage)",3.01,11]
[null,"Biomass",6.25,23,null,null,"Distributed Resources Solar",0,0]
[null,"Notes:",null,null,null,null,"Distributed Resources Batteries",0,0]
[null,"1. Sourced from GHD 2018 AEMO costs and technical parameter review.",null,null,null,null,"Alkaline Electrolyser",4.10958904109589,15]
[null,"2. Maintenance for wind and solar technologies has been considered in the renewable generation profiles.",null,null,null,null,"BOTN - Cethana",3.01,11]
[null,"3. Existing hydro plants are using the maintenance rate of new pumped hydro plants.  ",null,null,null,null,"Notes:"]
[null,"4. Existing biomass are using the maintenance rate from Aurecon, 2024 Energy Technology Cost and Technical Parameter Review",null,null,null,null,"1. Sourced from Aurecon, 2024 Energy Technology Cost and Technical Parameter Review."]
[null,"5. OCGT (small GT), Pumped Hydro (10hrs storage), Pumped Hydro (24hrs storage are taken from the values from New Entrant technologies",null,null,null,null,"2. Maintenance for wind and solar technologies has been considered within the renewable generation profiles."]
[null,null,null,null,null,null,"3. Battery storage maintenance rate is included in Aurecon's Equivalent forced outage rate (EFOR). "]
[null,null,null,null,null,null,"4. Parameters used for the Distributed Resources Solar and Distributed Resources Batteries are taken to be similar to their transmission-connected counterparts"]

{"sheet":"Generator Reliability Settings","index":43,"n_rows":85,"n_cols":13,"rows_kept":85,"cut":false,"hidden":false,"merged":[[1,1,1,2]]}
[null,"Go to Assumptions Summary"]
[null,"Generator Reliability Settings"]
[null,"Existing generator unplanned outage rates are based on the most recent four years of outage data, as calculated for the 2025 ESOO. The rates below represent a four-year average by technology type, except for batteries, which reflect a three-year average."]
[null,"The unplanned outage rates published here - and used in the ISP - are aggregated by technology to maintain confidentiality. The ESOO applies either station-level or technology-level unplanned outage rates, depending on data availability and relevance."]
[null,"Unplanned long duration outages reflect full unplanned outages with duration of more than 5 months, averaged over a 15-years period."]
[null,"Forecast full and partial unplanned outage rates are also provided below. All other technology rates remain flat."]
[null,"Further details on the application of the unplanned outage rates across publications is provided in the IASR Report."]
[]
[null,"Existing generators - Unplanned Long Duration Outages"]
[null,"Fuel type","Property","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35"]
[null,"All Coal Average","Long duration outage factor (%)",9.1299999999999992E-3,9.1299999999999992E-3,9.1299999999999992E-3,9.1299999999999992E-3,9.1299999999999992E-3,9.1299999999999992E-3,9.1299999999999992E-3,9.1299999999999992E-3,9.1299999999999992E-3,9.1299999999999992E-3]
[null,"All Gas and Liquid Average","Long duration outage factor (%)",5.3200000000000001E-3,5.3200000000000001E-3,5.3200000000000001E-3,5.3200000000000001E-3,5.3200000000000001E-3,5.3200000000000001E-3,5.3200000000000001E-3,5.3200000000000001E-3,5.3200000000000001E-3,5.3200000000000001E-3]
[null,"Hydro","Long duration outage factor (%)",2.1199999999999999E-3,2.1199999999999999E-3,2.1199999999999999E-3,2.1199999999999999E-3,2.1199999999999999E-3,2.1199999999999999E-3,2.1199999999999999E-3,2.1199999999999999E-3,2.1199999999999999E-3,2.1199999999999999E-3]
[null,"All Coal Average","Long duration MTTR (Hrs)",6062.1,6062.1,6062.1,6062.1,6062.1,6062.1,6062.1,6062.1,6062.1,6062.1]
[null,"All Gas and Liquid Average","Long duration MTTR (Hrs)",6223.4,6223.4,6223.4,6223.4,6223.4,6223.4,6223.4,6223.4,6223.4,6223.4]
[null,"Hydro","Long duration MTTR (Hrs)",4291.6000000000004,4291.6000000000004,4291.6000000000004,4291.6000000000004,4291.6000000000004,4291.6000000000004,4291.6000000000004,4291.6000000000004,4291.6000000000004,4291.6000000000004]
[]
[]
[]
[]
[null,"Existing Generators - Unplanned Outage Rates and Mean Time To Repair Hours (MTTR) - Excluding Long Duration Unplanned Outages"]
[null,"Fuel type","Property","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35"]
[null,"Brown Coal","Full outage (% of time)",7.9230964235043222E-2,9.1032406047607567E-2,8.238256052752517E-2,6.522769972087511E-2,7.1024920637443839E-2,6.8636689145081919E-2,7.7754451734611832E-2,7.8449292420886343E-2,6.3002626256170077E-2,6.2332084945628766E-2]
[null,"Black Coal NSW","Full outage (% of time)",5.3273982768580259E-2,4.8949716741018834E-2,4.7198423825032421E-2,6.522769972087511E-2,7.1024920637443839E-2,6.8636689145081919E-2,7.7754451734611832E-2,7.8449292420886343E-2,6.3002626256170077E-2,6.2332084945628766E-2]
[null,"Black Coal QLD","Full outage (% of time)",9.2708844182674846E-2,7.1838312666411192E-2,7.1900768378078891E-2,6.522769972087511E-2,7.1024920637443839E-2,6.8636689145081919E-2,7.7754451734611832E-2,7.8449292420886343E-2,6.3002626256170077E-2,6.2332084945628766E-2]
[null,"All Gas and Liquid Average","Full outage (% of time)",8.4468813949628491E-2,8.6550025635823952E-2,8.7618634605575299E-2,8.7618634605575299E-2,8.639722426296377E-2,8.7069311486285036E-2,8.7315351308285868E-2,8.7405854356102181E-2,8.8033549019285201E-2,8.6749587700308939E-2]
[null,"Hydro","Full outage (% of time)",5.9642706859668444E-2,5.9642706859668444E-2,5.9642706859668444E-2,5.9642706859668444E-2,5.9642706859668444E-2,5.9642706859668444E-2,5.9642706859668444E-2,5.9642706859668444E-2,5.9642706859668444E-2,5.9642706859668444E-2]
[null,"Batteries","Full outage (% of time)",2.8400000000000002E-2,2.8400000000000002E-2,2.8400000000000002E-2,2.8400000000000002E-2,2.8400000000000002E-2,2.8400000000000002E-2,2.8400000000000002E-2,2.8400000000000002E-2,2.8400000000000002E-2,2.8400000000000002E-2]
[null,"Brown Coal","Partial outage (% of time)",0.15505306685534845,0.16025677437337107,0.16214472493979745,0.1599719763228184,0.16210470252728373,0.1631078165108325,0.1613693881100299,0.16362027659042205,0.14391355473493306,0.14387757589895422]
[null,"Black Coal NSW","Partial outage (% of time)",0.30516105004200533,0.31798016328346729,0.17920090806963113,0.1599719763228184,0.16210470252728373,0.1631078165108325,0.1613693881100299,0.16362027659042205,0.14391355473493306,0.14387757589895422]
[null,"Black Coal QLD","Partial outage (% of time)",0.20438105508507898,0.18867990777944185,0.18867990777944185,0.1599719763228184,0.16210470252728373,0.1631078165108325,0.1613693881100299,0.16362027659042205,0.14391355473493306,0.14387757589895422]
[null,"All Gas and Liquid Average","Partial outage (% of time)",2.9200709296944738E-2,2.6513319686223412E-2,2.6816177660254095E-2,2.6816177660254095E-2,2.6816177660254095E-2,2.673511281705454E-2,2.673511281705454E-2,2.666519873695055E-2,2.6442594378980382E-2,2.6398725021623822E-2]
[null,"Hydro","Partial outage (% of time)",6.7987246418739411E-3,6.7987246418739411E-3,6.7987246418739411E-3,6.7987246418739411E-3,6.7987246418739411E-3,6.7987246418739411E-3,6.7987246418739411E-3,6.7987246418739411E-3,6.7987246418739411E-3,6.7987246418739411E-3]
[null,"Batteries","Partial outage (% of time)","-","-","-","-","-","-","-","-","-","-"]
[null,"Brown Coal","Partial Outage Derating Factor (%) ",0.1293371658105916,0.12964303604746077,0.12994890628433001,0.22208217577075046,0.224076153444076,0.22482588904924636,0.22374567929387798,0.22574200282328977,0.21534666107554265,0.21534666107554265]
[null,"Black Coal NSW","Partial Outage Derating Factor (%) ",0.18647302377694533,0.19327649891175661,0.21076127784421014,0.22208217577075046,0.224076153444076,0.22482588904924636,0.22374567929387798,0.22574200282328977,0.21534666107554265,0.21534666107554265]
[null,"Black Coal QLD","Partial Outage Derating Factor (%) ",0.26857115429628076,0.26857115429628076,0.26857115429628076,0.22208217577075046,0.224076153444076,0.22482588904924636,0.22374567929387798,0.22574200282328977,0.21534666107554265,0.21534666107554265]
[null,"All Gas and Liquid Average","Partial Outage Derating Factor (%) ",0.18520197835534763,0.18337787907306613,0.18547257915571816,0.18547257915571816,0.18547257915571816,0.18324395984345279,0.18324395984345279,0.18132189519780287,0.17520209835880188,0.17399605029699508]
[null,"Hydro","Partial Outage Derating Factor (%) ",0.26778316552343046,0.26778316552343046,0.26778316552343046,0.26778316552343046,0.26778316552343046,0.26778316552343046,0.26778316552343046,0.26778316552343046,0.26778316552343046,0.26778316552343046]
[null,"Batteries","Partial Outage Derating Factor (%) ","-","-","-","-","-","-","-","-","-","-"]
[null,"Brown Coal","Full outage MTTR (hrs)",91.074673353218571,91.074673353218571,91.074673353218571,172.57034203416799,172.57034203416799,172.57034203416799,179.9722562145551,179.9722562145551,239.0840229077362,239.0840229077362]
[null,"Black Coal NSW","Full outage MTTR (hrs)",148.70622836362406,148.70622836362406,227.07291412524114,172.57034203416799,172.57034203416799,172.57034203416799,179.9722562145551,179.9722562145551,239.0840229077362,239.0840229077362]
[null,"Black Coal QLD","Full outage MTTR (hrs)",153.21028791658162,153.21028791658162,153.21028791658162,172.57034203416799,172.57034203416799,172.57034203416799,179.9722562145551,179.9722562145551,239.0840229077362,239.0840229077362]
[null,"All Gas and Liquid Average","Full outage MTTR (hrs)",78.568253346084177,82.896732955413313,83.843650840225905,83.843650840225905,83.843650840225905,83.53744598324613,83.53744598324613,83.273360714538256,82.432521049585844,82.266814070271877]
[null,"Hydro","Full outage MTTR (hrs)",60.020211632455421,60.020211632455421,60.020211632455421,60.020211632455421,60.020211632455421,60.020211632455421,60.020211632455421,60.020211632455421,60.020211632455421,60.020211632455421]
[null,"Batteries","Full outage MTTR (hrs)",66.58,66.58,66.58,66.58,66.58,66.58,66.58,66.58,66.58,66.58]
[null,"Brown Coal","Partial outage MTTR (hrs)",38.896551975480833,38.896551975480833,38.896551975480833,48.203351568678471,48.203351568678471,48.203351568678471,50.27089728547228,50.27089728547228,66.782339739430824,66.782339739430824]
[null,"Black Coal NSW","Partial outage MTTR (hrs)",27.532299909431305,27.532299909431305,42.041544875426212,48.203351568678471,48.203351568678471,48.203351568678471,50.27089728547228,50.27089728547228,66.782339739430824,66.782339739430824]
[null,"Black Coal QLD","Partial outage MTTR (hrs)",49.092393538637005,49.092393538637005,49.092393538637005,48.203351568678471,48.203351568678471,48.203351568678471,50.27089728547228,50.27089728547228,66.782339739430824,66.782339739430824]
[null,"All Gas and Liquid Average","Partial outage MTTR (hrs)",117.6745165861839,124.15743715382493,125.57567034085157,125.57567034085157,125.57567034085157,123.98226814172257,123.98226814172257,122.60804419221655,118.2325558852545,117.37026432053467]
[null,"Hydro","Partial outage MTTR (hrs)",265.95235569985573,265.95235569985573,265.95235569985573,265.95235569985573,265.95235569985573,265.95235569985573,265.95235569985573,265.95235569985573,265.95235569985573,265.95235569985573]
[null,"Batteries","Partial outage MTTR (hrs)","-","-","-","-","-","-","-","-","-","-"]
[null,"1. Unplanned outage rates and Mean Time to Repair (MTTR) were calculated by AEMO using outage data collected from participants."]
[null,"2. From 2028 - 29, the remaining number of coal plants is small. To protect confidentiality, Brown Coal, Black Coal NSW, and Black Coal QLD unplanned outage rates and MTTR are presented under a combined ‘All Coal Average’ category."]
[]
[]
[null,"New entrant technologies"]
[null,"Fuel type","Full outage (% of time)","Partial outage (% of time)","Full outage MTTR (hrs)","Partial outage MTTR (hrs)","Partial Outage Derating Factor (%) ","notes"]
[null,"OCGT (small GT)",0.02,null,75]
[null,"OCGT (large GT)",0.02,null,22]
[null,"CCGT",3.5000000000000003E-2,null,54]
[null,"CCGT with CCS",3.5000000000000003E-2,null,54]
[null,"Biomass",0.04,null,22]
[null,"Battery storage (1hr storage)",1.4999999999999999E-2,null,48]
[null,"Battery storage (2hrs storage)",1.4999999999999999E-2,null,48]
[null,"Battery storage (4hrs storage)",1.4999999999999999E-2,null,48]
[null,"Battery storage (8hrs storage)",1.4999999999999999E-2,null,48]
[null,"Large scale Solar PV",null,null,null,null,null,"See footnote"]
[null,"Pumped Hydro (10hrs storage)",1.4999999999999999E-2,null,27]
[null,"Pumped Hydro (24hrs storage)",1.4999999999999999E-2,null,27]
[null,"Pumped Hydro (48hrs storage)",1.4999999999999999E-2,null,27]
[null,"Solar Thermal (16hrs storage)",null,null,null,null,null,"See footnote"]
[null,"Wind",null,null,null,null,null,"See footnote"]
[null,"Wind - offshore (fixed)",null,null,null,null,null,"See footnote"]
[null,"Wind - offshore (floating)",null,null,null,null,null,"See footnote"]
[null,"Distributed Resources Solar",null,null,null,null,null,"See footnote"]
[null,"Distributed Resources Batteries",null,null,null,null,null,"See footnote"]
[null,"Alkaline Electrolyser",null,null,null,null,null,"See footnote"]
[null,"BOTN - Cethana",1.4999999999999999E-2,null,27]
[null,"Notes:"]
[null,"1. The parameters for Equivalent Forced Outage Rate (EFOR) from Aurecon, 2024 Energy Technology Cost and Technical Parameter Review are treated as if they are for the full outages. This approach is not expected to have any impact on the modelling."]
[null,"2. Mean time to repair is based on existing generator data where possible"]
[null,"3. Outages for wind and solar technologies have been considered in the renewable generation profile."]
[null,"4. Alkaline electrolysers are considered available all the time"]
[null,"5. Values for partial outages parameters are taken from existing generators"]

{"sheet":"Retirement","index":44,"n_rows":669,"n_cols":10,"rows_kept":281,"cut":true,"hidden":false,"merged":[[9,1,9,4]],"bounds":{"rows_first":125,"rows_last":31,"rows_between":125,"halvings":4}}
[null,"Go to Assumptions Summary"]
[null,"Retirement"]
[null,"Announced retirements are based on participant submissions of expected closure years in the July 2025 release of Generation Information. "]
[null,"Generators without announced retirement dates have been given an expected closure year of X years past the station's commissioning date, where X is the technical life of that technology type given in Aurecon's Costs and Technical Parameters workbook."]
[null,"Where no indicative commissioning date is given, a default start date of 1 July 2027 is used."]
[null,"Units may be retired earlier than these dates by the model if doing so is found to be optimal."]
[null,"Additional costs are incurred for coal units to replace their fault level contribution for system security. See Power System Security tab for more details"]
[]
[null,"Expected closure years",null,null,null,null,null,null,"Retirement costs"]
[null,"Expected closure dates as per published values of the July 2025 update to AEMO's Generation Information and Generating unit expected closure year report. ",null,null,null,null,null,null,"Sourced from 2025 GHD Report"]
[null,"https://www.aemo.com.au/Electricity/National-Electricity-Market-NEM/Planning-and-forecasting/Generation-information"]
[]
[null,"IASR ID","Power Station","Technology Type","Status","Expected Closure Year (Calendar year)",null,null,"Technology Type","Retirement ($/MW)"]
[null,"BW01",{"$f":"_xlfn.XLOOKUP(B14,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B14,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B14,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2033,null,null,"Steam Sub Critical",254000]
[null,"BW02",{"$f":"_xlfn.XLOOKUP(B15,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B15,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B15,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2033,null,null,"Steam Super Critical",247000]
[null,"BW03",{"$f":"_xlfn.XLOOKUP(B16,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B16,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B16,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2033,null,null,"CCGT - Gas Turbine",105500]
[null,"BW04",{"$f":"_xlfn.XLOOKUP(B17,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B17,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B17,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2033,null,null,"CCGT - Steam Turbine",105500]
[null,"CALL_B_1",{"$f":"_xlfn.XLOOKUP(B18,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Callide B"},{"$f":"_xlfn.XLOOKUP(B18,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B18,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2031,null,null,"CCGT",105500]
[null,"CALL_B_2",{"$f":"_xlfn.XLOOKUP(B19,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Callide B"},{"$f":"_xlfn.XLOOKUP(B19,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B19,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2031,null,null,"CCGT with CCS",121000]
[null,"CPP_3",{"$f":"_xlfn.XLOOKUP(B20,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Callide C"},{"$f":"_xlfn.XLOOKUP(B20,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Super Critical"},{"$f":"_xlfn.XLOOKUP(B20,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2051,null,null,"OCGT (large GT)",37000]
[null,"CPP_4",{"$f":"_xlfn.XLOOKUP(B21,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Callide C"},{"$f":"_xlfn.XLOOKUP(B21,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Super Critical"},{"$f":"_xlfn.XLOOKUP(B21,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2051,null,null,"OCGT (small GT)",38000]
[null,"ER01",{"$f":"_xlfn.XLOOKUP(B22,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B22,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B22,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2027,null,null,"Large scale Solar PV",110000]
[null,"ER02",{"$f":"_xlfn.XLOOKUP(B23,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B23,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B23,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2027,null,null,"Solar Thermal (16hrs storage)",384000]
[null,"ER03",{"$f":"_xlfn.XLOOKUP(B24,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B24,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B24,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2027,null,null,"Wind",152000]
[null,"ER04",{"$f":"_xlfn.XLOOKUP(B25,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B25,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B25,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2027,null,null,"Wind - offshore (fixed)",557000]
[null,"GSTONE1",{"$f":"_xlfn.XLOOKUP(B26,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B26,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B26,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2035,null,null,"Wind - offshore (floating)",182000]
[null,"GSTONE2",{"$f":"_xlfn.XLOOKUP(B27,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B27,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B27,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2035,null,null,"Hydro",10500]
[null,"GSTONE3",{"$f":"_xlfn.XLOOKUP(B28,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B28,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B28,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2035,null,null,"Biomass",133500]
[null,"GSTONE4",{"$f":"_xlfn.XLOOKUP(B29,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B29,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B29,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2035,null,null,"Pumped Hydro (10hrs storage)",10500]
[null,"GSTONE5",{"$f":"_xlfn.XLOOKUP(B30,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B30,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B30,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2035,null,null,"Pumped Hydro (1wk storage)",7000]
[null,"GSTONE6",{"$f":"_xlfn.XLOOKUP(B31,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B31,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B31,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2035,null,null,"Pumped Hydro (24hrs storage)",7000]
[null,"KPP_1",{"$f":"_xlfn.XLOOKUP(B32,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Kogan Creek"},{"$f":"_xlfn.XLOOKUP(B32,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Super Critical"},{"$f":"_xlfn.XLOOKUP(B32,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2042,null,null,"Pumped Hydro (48hrs storage)",7000]
[null,"MPP_1",{"$f":"_xlfn.XLOOKUP(B33,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Millmerran"},{"$f":"_xlfn.XLOOKUP(B33,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Super Critical"},{"$f":"_xlfn.XLOOKUP(B33,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2051,null,null,"Pumped Hydro Energy System",7000]
[null,"MPP_2",{"$f":"_xlfn.XLOOKUP(B34,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Millmerran"},{"$f":"_xlfn.XLOOKUP(B34,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Super Critical"},{"$f":"_xlfn.XLOOKUP(B34,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2051,null,null,"Reciprocating engine",58000]
[null,"MP1",{"$f":"_xlfn.XLOOKUP(B35,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mt Piper"},{"$f":"_xlfn.XLOOKUP(B35,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B35,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2040,null,null,"Battery storage (1hr storage)",31000]
[null,"MP2",{"$f":"_xlfn.XLOOKUP(B36,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mt Piper"},{"$f":"_xlfn.XLOOKUP(B36,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B36,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2040,null,null,"Battery storage (2hrs storage)",49000]
[null,"STAN-1",{"$f":"_xlfn.XLOOKUP(B37,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B37,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B37,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2043,null,null,"Battery storage (4hrs storage)",94000]
[null,"STAN-2",{"$f":"_xlfn.XLOOKUP(B38,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B38,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B38,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2044,null,null,"Battery storage (8hrs storage)",166000]
[null,"STAN-3",{"$f":"_xlfn.XLOOKUP(B39,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B39,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B39,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2045,null,null,"Distributed Resources Solar",208000]
[null,"STAN-4",{"$f":"_xlfn.XLOOKUP(B40,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B40,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B40,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2046,null,null,"Distributed Resources Batteries",136000]
[null,"TARONG#1",{"$f":"_xlfn.XLOOKUP(B41,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B41,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B41,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2036,null,null,"Rooftop PV",0]
[null,"TARONG#2",{"$f":"_xlfn.XLOOKUP(B42,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B42,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B42,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2036,null,null,"VPP (aggregated ESS) - Coordinated CER",0]
[null,"TARONG#3",{"$f":"_xlfn.XLOOKUP(B43,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B43,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B43,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2037,null,null,"VPP (aggregated ESS) - V2G",0]
[null,"TARONG#4",{"$f":"_xlfn.XLOOKUP(B44,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B44,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B44,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2037,null,null,"Alkaline Electrolyser",173500]
[null,"TNPS1",{"$f":"_xlfn.XLOOKUP(B45,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tarong North"},{"$f":"_xlfn.XLOOKUP(B45,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Super Critical"},{"$f":"_xlfn.XLOOKUP(B45,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2037,null,null,"Note:"]
[null,"VP5",{"$f":"_xlfn.XLOOKUP(B46,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Vales Point B"},{"$f":"_xlfn.XLOOKUP(B46,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B46,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2033,null,null,"1. When no data are provided in the GHD report, the following assumptions are made:"]
[null,"VP6",{"$f":"_xlfn.XLOOKUP(B47,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Vales Point B"},{"$f":"_xlfn.XLOOKUP(B47,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B47,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2033,null,null,"     Coal and CCGT assume the values corresponding to technologies without CCS."]
[null,"LYA1",{"$f":"_xlfn.XLOOKUP(B48,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B48,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B48,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2035,null,null,"     CCGT - Steam Turbine assumes the value of CCGT - Gas Turbine"]
[null,"LYA2",{"$f":"_xlfn.XLOOKUP(B49,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B49,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B49,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2035,null,null,"     OCGT takes the values of OCGT with industrial technology."]
[null,"LYA3",{"$f":"_xlfn.XLOOKUP(B50,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B50,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B50,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2035,null,null,"     Hydro assumes the value of Pumped Hydro (48hrs storage)."]
[null,"LYA4",{"$f":"_xlfn.XLOOKUP(B51,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B51,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B51,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2035,null,null,"     Pumped Hydro Energy System assumes the value of Pumped Hydro (48hrs storage)."]
[null,"LOYYB1",{"$f":"_xlfn.XLOOKUP(B52,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Loy Yang B"},{"$f":"_xlfn.XLOOKUP(B52,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B52,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2047]
[null,"LOYYB2",{"$f":"_xlfn.XLOOKUP(B53,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Loy Yang B"},{"$f":"_xlfn.XLOOKUP(B53,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B53,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2047]
[null,"YWPS1",{"$f":"_xlfn.XLOOKUP(B54,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B54,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B54,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2028]
[null,"YWPS2",{"$f":"_xlfn.XLOOKUP(B55,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B55,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B55,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2028]
[null,"YWPS3",{"$f":"_xlfn.XLOOKUP(B56,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B56,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B56,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2028]
[null,"YWPS4",{"$f":"_xlfn.XLOOKUP(B57,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B57,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Steam Sub Critical"},{"$f":"_xlfn.XLOOKUP(B57,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2028]
[null,"ANGAS1",{"$f":"_xlfn.XLOOKUP(B58,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Angaston"},{"$f":"_xlfn.XLOOKUP(B58,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Reciprocating engine"},{"$f":"_xlfn.XLOOKUP(B58,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2070]
[null,"ANGAS2",{"$f":"_xlfn.XLOOKUP(B59,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Angaston"},{"$f":"_xlfn.XLOOKUP(B59,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Reciprocating engine"},{"$f":"_xlfn.XLOOKUP(B59,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2070]
[null,"BDL01",{"$f":"_xlfn.XLOOKUP(B60,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bairnsdale"},{"$f":"_xlfn.XLOOKUP(B60,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B60,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2042]
[null,"BDL02",{"$f":"_xlfn.XLOOKUP(B61,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bairnsdale"},{"$f":"_xlfn.XLOOKUP(B61,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B61,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2042]
[null,"BARCALDN",{"$f":"_xlfn.XLOOKUP(B62,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barcaldine Power Station"},{"$f":"_xlfn.XLOOKUP(B62,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B62,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2034]
[null,"BIPS1_01",{"$f":"_xlfn.XLOOKUP(B63,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B63,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Reciprocating engine"},{"$f":"_xlfn.XLOOKUP(B63,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2044]
[null,"BIPS1_02",{"$f":"_xlfn.XLOOKUP(B64,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B64,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Reciprocating engine"},{"$f":"_xlfn.XLOOKUP(B64,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2044]
[null,"BIPS1_03",{"$f":"_xlfn.XLOOKUP(B65,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B65,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Reciprocating engine"},{"$f":"_xlfn.XLOOKUP(B65,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2044]
[null,"BIPS1_04",{"$f":"_xlfn.XLOOKUP(B66,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B66,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Reciprocating engine"},{"$f":"_xlfn.XLOOKUP(B66,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2044]
[null,"BIPS1_05",{"$f":"_xlfn.XLOOKUP(B67,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B67,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Reciprocating engine"},{"$f":"_xlfn.XLOOKUP(B67,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2044]
[null,"BIPS1_06",{"$f":"_xlfn.XLOOKUP(B68,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B68,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Reciprocating engine"},{"$f":"_xlfn.XLOOKUP(B68,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2044]
[null,"BIPS1_07",{"$f":"_xlfn.XLOOKUP(B69,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B69,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Reciprocating engine"},{"$f":"_xlfn.XLOOKUP(B69,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2044]
[null,"BIPS1_08",{"$f":"_xlfn.XLOOKUP(B70,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B70,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Reciprocating engine"},{"$f":"_xlfn.XLOOKUP(B70,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2044]
[null,"BIPS1_09",{"$f":"_xlfn.XLOOKUP(B71,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B71,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Reciprocating engine"},{"$f":"_xlfn.XLOOKUP(B71,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2044]
[null,"BIPS1_10",{"$f":"_xlfn.XLOOKUP(B72,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B72,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Reciprocating engine"},{"$f":"_xlfn.XLOOKUP(B72,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2044]
[null,"BIPS1_11",{"$f":"_xlfn.XLOOKUP(B73,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B73,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Reciprocating engine"},{"$f":"_xlfn.XLOOKUP(B73,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2044]
[null,"BIPS1_12",{"$f":"_xlfn.XLOOKUP(B74,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B74,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Reciprocating engine"},{"$f":"_xlfn.XLOOKUP(B74,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2044]
[null,"BBTHREE1",{"$f":"_xlfn.XLOOKUP(B75,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bell Bay Three"},{"$f":"_xlfn.XLOOKUP(B75,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (large GT)"},{"$f":"_xlfn.XLOOKUP(B75,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2040]
[null,"BBTHREE2",{"$f":"_xlfn.XLOOKUP(B76,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bell Bay Three"},{"$f":"_xlfn.XLOOKUP(B76,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (large GT)"},{"$f":"_xlfn.XLOOKUP(B76,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2040]
[null,"BBTHREE3",{"$f":"_xlfn.XLOOKUP(B77,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bell Bay Three"},{"$f":"_xlfn.XLOOKUP(B77,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (large GT)"},{"$f":"_xlfn.XLOOKUP(B77,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2040]
[null,"BOLIVPS1_1",{"$f":"_xlfn.XLOOKUP(B78,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bolivar Power Station"},{"$f":"_xlfn.XLOOKUP(B78,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B78,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2045]
[null,"BOLIVPS1_2",{"$f":"_xlfn.XLOOKUP(B79,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bolivar Power Station"},{"$f":"_xlfn.XLOOKUP(B79,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B79,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2045]
[null,"BOLIVPS1_3",{"$f":"_xlfn.XLOOKUP(B80,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bolivar Power Station"},{"$f":"_xlfn.XLOOKUP(B80,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B80,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2045]
[null,"BOLIVPS1_4",{"$f":"_xlfn.XLOOKUP(B81,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bolivar Power Station"},{"$f":"_xlfn.XLOOKUP(B81,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B81,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2045]
[null,"BRAEMAR1",{"$f":"_xlfn.XLOOKUP(B82,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Braemar"},{"$f":"_xlfn.XLOOKUP(B82,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (large GT)"},{"$f":"_xlfn.XLOOKUP(B82,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2046]
[null,"BRAEMAR2",{"$f":"_xlfn.XLOOKUP(B83,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Braemar"},{"$f":"_xlfn.XLOOKUP(B83,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (large GT)"},{"$f":"_xlfn.XLOOKUP(B83,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2046]
[null,"BRAEMAR3",{"$f":"_xlfn.XLOOKUP(B84,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Braemar"},{"$f":"_xlfn.XLOOKUP(B84,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (large GT)"},{"$f":"_xlfn.XLOOKUP(B84,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2046]
[null,"BRAEMAR5",{"$f":"_xlfn.XLOOKUP(B85,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Braemar 2 Power Station"},{"$f":"_xlfn.XLOOKUP(B85,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (large GT)"},{"$f":"_xlfn.XLOOKUP(B85,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2049]
[null,"BRAEMAR6",{"$f":"_xlfn.XLOOKUP(B86,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Braemar 2 Power Station"},{"$f":"_xlfn.XLOOKUP(B86,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (large GT)"},{"$f":"_xlfn.XLOOKUP(B86,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2049]
[null,"BRAEMAR7",{"$f":"_xlfn.XLOOKUP(B87,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Braemar 2 Power Station"},{"$f":"_xlfn.XLOOKUP(B87,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (large GT)"},{"$f":"_xlfn.XLOOKUP(B87,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2049]
[null,"CG1",{"$f":"_xlfn.XLOOKUP(B88,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Colongra"},{"$f":"_xlfn.XLOOKUP(B88,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B88,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2070]
[null,"CG2",{"$f":"_xlfn.XLOOKUP(B89,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Colongra"},{"$f":"_xlfn.XLOOKUP(B89,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B89,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2070]
[null,"CG3",{"$f":"_xlfn.XLOOKUP(B90,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Colongra"},{"$f":"_xlfn.XLOOKUP(B90,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B90,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2070]
[null,"CG4",{"$f":"_xlfn.XLOOKUP(B91,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Colongra"},{"$f":"_xlfn.XLOOKUP(B91,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B91,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2070]
[null,"CPSA_GT1",{"$f":"_xlfn.XLOOKUP(B92,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Condamine A"},{"$f":"_xlfn.XLOOKUP(B92,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"CCGT - Gas Turbine"},{"$f":"_xlfn.XLOOKUP(B92,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2039]
[null,"CPSA_GT2",{"$f":"_xlfn.XLOOKUP(B93,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Condamine A"},{"$f":"_xlfn.XLOOKUP(B93,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"CCGT - Gas Turbine"},{"$f":"_xlfn.XLOOKUP(B93,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2039]
[null,"CPSA_ST",{"$f":"_xlfn.XLOOKUP(B94,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Condamine A"},{"$f":"_xlfn.XLOOKUP(B94,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"CCGT - Steam Turbine"},{"$f":"_xlfn.XLOOKUP(B94,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2039]
[null,"DDPS1_GT1",{"$f":"_xlfn.XLOOKUP(B95,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Darling Downs"},{"$f":"_xlfn.XLOOKUP(B95,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"CCGT - Gas Turbine"},{"$f":"_xlfn.XLOOKUP(B95,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2045]
[null,"DDPS1_GT2",{"$f":"_xlfn.XLOOKUP(B96,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Darling Downs"},{"$f":"_xlfn.XLOOKUP(B96,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"CCGT - Gas Turbine"},{"$f":"_xlfn.XLOOKUP(B96,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2045]
[null,"DDPS1_GT3",{"$f":"_xlfn.XLOOKUP(B97,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Darling Downs"},{"$f":"_xlfn.XLOOKUP(B97,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"CCGT - Gas Turbine"},{"$f":"_xlfn.XLOOKUP(B97,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2045]
[null,"DDPS1_ST",{"$f":"_xlfn.XLOOKUP(B98,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Darling Downs"},{"$f":"_xlfn.XLOOKUP(B98,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"CCGT - Steam Turbine"},{"$f":"_xlfn.XLOOKUP(B98,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2045]
[null,"DRYCGT1",{"$f":"_xlfn.XLOOKUP(B99,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dry Creek GT"},{"$f":"_xlfn.XLOOKUP(B99,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B99,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2030]
[null,"DRYCGT2",{"$f":"_xlfn.XLOOKUP(B100,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dry Creek GT"},{"$f":"_xlfn.XLOOKUP(B100,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B100,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2030]
[null,"DRYCGT3",{"$f":"_xlfn.XLOOKUP(B101,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dry Creek GT"},{"$f":"_xlfn.XLOOKUP(B101,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B101,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2030]
[null,"AGLHAL01",{"$f":"_xlfn.XLOOKUP(B102,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B102,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B102,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2036]
[null,"AGLHAL02",{"$f":"_xlfn.XLOOKUP(B103,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B103,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B103,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2040]
[null,"AGLHAL03",{"$f":"_xlfn.XLOOKUP(B104,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B104,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B104,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2040]
[null,"AGLHAL04",{"$f":"_xlfn.XLOOKUP(B105,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B105,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B105,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2036]
[null,"AGLHAL05",{"$f":"_xlfn.XLOOKUP(B106,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B106,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B106,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2040]
[null,"AGLHAL06",{"$f":"_xlfn.XLOOKUP(B107,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B107,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B107,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2040]
[null,"AGLHAL07",{"$f":"_xlfn.XLOOKUP(B108,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B108,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B108,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2040]
[null,"AGLHAL08",{"$f":"_xlfn.XLOOKUP(B109,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B109,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B109,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2040]
[null,"AGLHAL09",{"$f":"_xlfn.XLOOKUP(B110,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B110,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B110,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2040]
[null,"AGLHAL10",{"$f":"_xlfn.XLOOKUP(B111,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B111,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B111,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2040]
[null,"AGLHAL11",{"$f":"_xlfn.XLOOKUP(B112,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B112,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B112,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2040]
[null,"AGLHAL12",{"$f":"_xlfn.XLOOKUP(B113,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B113,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B113,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2040]
[null,"AGLHALRE",{"$f":"_xlfn.XLOOKUP(B114,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B114,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B114,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2050]
[null,"HEZ1",{"$f":"_xlfn.XLOOKUP(B115,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hunter Economic Zone"},{"$f":"_xlfn.XLOOKUP(B115,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Reciprocating engine"},{"$f":"_xlfn.XLOOKUP(B115,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2036]
[null,"JLA01",{"$f":"_xlfn.XLOOKUP(B116,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang A"},{"$f":"_xlfn.XLOOKUP(B116,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B116,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2039]
[null,"JLA02",{"$f":"_xlfn.XLOOKUP(B117,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang A"},{"$f":"_xlfn.XLOOKUP(B117,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B117,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2039]
[null,"JLA03",{"$f":"_xlfn.XLOOKUP(B118,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang A"},{"$f":"_xlfn.XLOOKUP(B118,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B118,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2039]
[null,"JLA04",{"$f":"_xlfn.XLOOKUP(B119,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang A"},{"$f":"_xlfn.XLOOKUP(B119,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B119,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2039]
[null,"JLB01",{"$f":"_xlfn.XLOOKUP(B120,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang B"},{"$f":"_xlfn.XLOOKUP(B120,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B120,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2039]
[null,"JLB02",{"$f":"_xlfn.XLOOKUP(B121,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang B"},{"$f":"_xlfn.XLOOKUP(B121,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B121,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2039]
[null,"JLB03",{"$f":"_xlfn.XLOOKUP(B122,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang B"},{"$f":"_xlfn.XLOOKUP(B122,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B122,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2039]
[null,"LADBROK1",{"$f":"_xlfn.XLOOKUP(B123,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Ladbroke Grove"},{"$f":"_xlfn.XLOOKUP(B123,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B123,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2035]
[null,"LADBROK2",{"$f":"_xlfn.XLOOKUP(B124,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Ladbroke Grove"},{"$f":"_xlfn.XLOOKUP(B124,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B124,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2035]
[null,"LNGS1",{"$f":"_xlfn.XLOOKUP(B125,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Laverton North"},{"$f":"_xlfn.XLOOKUP(B125,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (large GT)"},{"$f":"_xlfn.XLOOKUP(B125,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2070]
[null,"LONSDALE",{"$f":"_xlfn.XLOOKUP(B127,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Lonsdale"},{"$f":"_xlfn.XLOOKUP(B127,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Reciprocating engine"},{"$f":"_xlfn.XLOOKUP(B127,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2070]
[null,"MSTUART2",{"$f":"_xlfn.XLOOKUP(B132,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mt Stuart"},{"$f":"_xlfn.XLOOKUP(B132,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B132,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2033]
[null,"OsborneGT",{"$f":"_xlfn.XLOOKUP(B137,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Osborne"},{"$f":"_xlfn.XLOOKUP(B137,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"CCGT - Gas Turbine"},{"$f":"_xlfn.XLOOKUP(B137,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2027]
[null,"OsborneST",{"$f":"_xlfn.XLOOKUP(B138,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Osborne"},{"$f":"_xlfn.XLOOKUP(B138,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"CCGT - Steam Turbine"},{"$f":"_xlfn.XLOOKUP(B138,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2027]
[null,"POR01-2",{"$f":"_xlfn.XLOOKUP(B143,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Port Lincoln GT"},{"$f":"_xlfn.XLOOKUP(B143,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B143,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2028]
[null,"QPS2",{"$f":"_xlfn.XLOOKUP(B148,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Quarantine"},{"$f":"_xlfn.XLOOKUP(B148,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B148,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2054]
[null,"ROMA_8",{"$f":"_xlfn.XLOOKUP(B153,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Roma"},{"$f":"_xlfn.XLOOKUP(B153,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B153,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2034]
[null,"SITHE01",{"$f":"_xlfn.XLOOKUP(B154,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Smithfield Energy Facility"},{"$f":"_xlfn.XLOOKUP(B154,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B154,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2044]
[null,"SNAPPER1_5",{"$f":"_xlfn.XLOOKUP(B159,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Snapper Point Power Station"},{"$f":"_xlfn.XLOOKUP(B159,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B159,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2046]
[null,"AGLSOM04",{"$f":"_xlfn.XLOOKUP(B166,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Somerton"},{"$f":"_xlfn.XLOOKUP(B166,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B166,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2033]
[null,"TVCC201_GT",{"$f":"_xlfn.XLOOKUP(B170,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tamar Valley Combined Cycle"},{"$f":"_xlfn.XLOOKUP(B170,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"CCGT - Gas Turbine"},{"$f":"_xlfn.XLOOKUP(B170,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2050]
[null,"TVCC201_ST",{"$f":"_xlfn.XLOOKUP(B171,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tamar Valley Combined Cycle"},{"$f":"_xlfn.XLOOKUP(B171,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"CCGT - Steam Turbine"},{"$f":"_xlfn.XLOOKUP(B171,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2050]
[null,"TORRB4",{"$f":"_xlfn.XLOOKUP(B176,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Torrens Island B"},{"$f":"_xlfn.XLOOKUP(B176,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B176,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2026]
[null,"URANQ13",{"$f":"_xlfn.XLOOKUP(B181,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Uranquinty"},{"$f":"_xlfn.XLOOKUP(B181,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (large GT)"},{"$f":"_xlfn.XLOOKUP(B181,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2044]
[null,"VPGS4",{"$f":"_xlfn.XLOOKUP(B186,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Valley Power"},{"$f":"_xlfn.XLOOKUP(B186,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B186,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2070]
[null,"VPGS5",{"$f":"_xlfn.XLOOKUP(B187,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Valley Power"},{"$f":"_xlfn.XLOOKUP(B187,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"OCGT (small GT)"},{"$f":"_xlfn.XLOOKUP(B187,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2070]
[null,"BASTYAN",{"$f":"_xlfn.XLOOKUP(B192,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bastyan"},{"$f":"_xlfn.XLOOKUP(B192,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B192,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2100]
[null,"MCKAY12",{"$f":"_xlfn.XLOOKUP(B197,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bogong / Mackay"},{"$f":"_xlfn.XLOOKUP(B197,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B197,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2057]
[null,"LI111-1",{"$f":"_xlfn.XLOOKUP(B202,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Catagunya / Liapootah / Wayatinah"},{"$f":"_xlfn.XLOOKUP(B202,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B202,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2100]
[null,"CA112-2",{"$f":"_xlfn.XLOOKUP(B206,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Catagunya / Liapootah / Wayatinah"},{"$f":"_xlfn.XLOOKUP(B206,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B206,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2100]
[null,"WY111-3",{"$f":"_xlfn.XLOOKUP(B209,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Catagunya / Liapootah / Wayatinah"},{"$f":"_xlfn.XLOOKUP(B209,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B209,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2100]
[null,"EILDON2",{"$f":"_xlfn.XLOOKUP(B214,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Eildon"},{"$f":"_xlfn.XLOOKUP(B214,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B214,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2057]
[null,"GUTHEGA1",{"$f":"_xlfn.XLOOKUP(B219,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Guthega"},{"$f":"_xlfn.XLOOKUP(B219,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B219,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2070]
[null,"GUTHEGA2",{"$f":"_xlfn.XLOOKUP(B220,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Guthega"},{"$f":"_xlfn.XLOOKUP(B220,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B220,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2070]
[null,"KAREEYA2",{"$f":"_xlfn.XLOOKUP(B225,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Kareeya"},{"$f":"_xlfn.XLOOKUP(B225,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B225,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2057]
[null,"WI111-1",{"$f":"_xlfn.XLOOKUP(B230,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Lemonthyme / Wilmot"},{"$f":"_xlfn.XLOOKUP(B230,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B230,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2100]
[null,"MURRAY03",{"$f":"_xlfn.XLOOKUP(B235,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Murray 1"},{"$f":"_xlfn.XLOOKUP(B235,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B235,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2070]
[null,"MURRAY04",{"$f":"_xlfn.XLOOKUP(B236,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Murray 1"},{"$f":"_xlfn.XLOOKUP(B236,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B236,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2070]
[null,"MURRAY09",{"$f":"_xlfn.XLOOKUP(B241,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Murray 1"},{"$f":"_xlfn.XLOOKUP(B241,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B241,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2070]
[null,"PO161-1",{"$f":"_xlfn.XLOOKUP(B247,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Poatina"},{"$f":"_xlfn.XLOOKUP(B247,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B247,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2100]
[null,"PO166-6",{"$f":"_xlfn.XLOOKUP(B252,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Poatina"},{"$f":"_xlfn.XLOOKUP(B252,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B252,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2100]
[null,"REECE1",{"$f":"_xlfn.XLOOKUP(B253,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Reece"},{"$f":"_xlfn.XLOOKUP(B253,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B253,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2100]
[null,"SHGEN04",{"$f":"_xlfn.XLOOKUP(B258,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Shoalhaven"},{"$f":"_xlfn.XLOOKUP(B258,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Pumped Hydro (48hrs storage)"},{"$f":"_xlfn.XLOOKUP(B258,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2069]
[null,"TA112-5",{"$f":"_xlfn.XLOOKUP(B263,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tarraleah"},{"$f":"_xlfn.XLOOKUP(B263,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B263,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2100]
[null,"TR112-4",{"$f":"_xlfn.XLOOKUP(B268,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Trevallyn"},{"$f":"_xlfn.XLOOKUP(B268,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B268,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2100]
[null,"TRIBUTE",{"$f":"_xlfn.XLOOKUP(B269,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tribute"},{"$f":"_xlfn.XLOOKUP(B269,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B269,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2100]
[null,"TUMUT3_05",{"$f":"_xlfn.XLOOKUP(B274,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tumut 3"},{"$f":"_xlfn.XLOOKUP(B274,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Pumped Hydro (48hrs storage)"},{"$f":"_xlfn.XLOOKUP(B274,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2070]
[null,"TU114-4",{"$f":"_xlfn.XLOOKUP(B279,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tungatinah"},{"$f":"_xlfn.XLOOKUP(B279,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B279,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2100]
[null,"TUMUT1_01",{"$f":"_xlfn.XLOOKUP(B281,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Upper Tumut"},{"$f":"_xlfn.XLOOKUP(B281,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B281,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2070]
[null,"TUMUT2_02",{"$f":"_xlfn.XLOOKUP(B286,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Upper Tumut"},{"$f":"_xlfn.XLOOKUP(B286,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B286,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2070]
[null,"WKIEWA2_1",{"$f":"_xlfn.XLOOKUP(B291,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"West Kiewa"},{"$f":"_xlfn.XLOOKUP(B291,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Hydro"},{"$f":"_xlfn.XLOOKUP(B291,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2057]
[null,"BERYLSF1",{"$f":"_xlfn.XLOOKUP(B296,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Beryl Solar Farm"},{"$f":"_xlfn.XLOOKUP(B296,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B296,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2049]
[null,"BNGSF2",{"$f":"_xlfn.XLOOKUP(B301,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bungala Two Solar Farm"},{"$f":"_xlfn.XLOOKUP(B301,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B301,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2044]
[null,"CHILDSF1",{"$f":"_xlfn.XLOOKUP(B302,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Childers Solar Farm"},{"$f":"_xlfn.XLOOKUP(B302,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B302,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2049]
[null,"DDSF1",{"$f":"_xlfn.XLOOKUP(B307,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Darling Downs Solar Farm"},{"$f":"_xlfn.XLOOKUP(B307,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B307,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2036]
[null,"GANNSF1",{"$f":"_xlfn.XLOOKUP(B312,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gannawarra Solar Farm"},{"$f":"_xlfn.XLOOKUP(B312,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B312,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2048]
[null,"GNNDHSF1",{"$f":"_xlfn.XLOOKUP(B317,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gunnedah Solar Farm"},{"$f":"_xlfn.XLOOKUP(B317,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B317,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2056]
[null,"HAMISF1",{"$f":"_xlfn.XLOOKUP(B318,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hamilton Solar Farm"},{"$f":"_xlfn.XLOOKUP(B318,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B318,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2048]
[null,"KARSF1",{"$f":"_xlfn.XLOOKUP(B326,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Karadoc Solar Farm"},{"$f":"_xlfn.XLOOKUP(B326,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B326,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2048]
[null,"LILYSF1",{"$f":"_xlfn.XLOOKUP(B329,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Lilyvale Solar Farm"},{"$f":"_xlfn.XLOOKUP(B329,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B329,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2048]
[null,"MAPS2PV1",{"$f":"_xlfn.XLOOKUP(B334,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mannum Adelaide Pumping Station No 2 - MAPL2 (Palmer)"},{"$f":"_xlfn.XLOOKUP(B334,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B334,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2041]
[null,"MAPS3PV1",{"$f":"_xlfn.XLOOKUP(B335,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mannum Adelaide Pumping Station No 3 - MAPL3 (Tungkillo)"},{"$f":"_xlfn.XLOOKUP(B335,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B335,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2041]
[null,"MWPS1PV1",{"$f":"_xlfn.XLOOKUP(B340,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Morgan To Whyalla Pipeline No 1 PS And Water Filtration Plant"},{"$f":"_xlfn.XLOOKUP(B340,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B340,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2031]
[null,"MBPS2PV1",{"$f":"_xlfn.XLOOKUP(B345,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Murray Bridge - Onkaparinga Pipeline Pump 2"},{"$f":"_xlfn.XLOOKUP(B345,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B345,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2041]
[null,"NYNGAN1",{"$f":"_xlfn.XLOOKUP(B350,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Nyngan Solar Plant"},{"$f":"_xlfn.XLOOKUP(B350,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B350,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2042]
[null,"OAKEY1SF",{"$f":"_xlfn.XLOOKUP(B351,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Oakey 1 Solar Farm"},{"$f":"_xlfn.XLOOKUP(B351,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B351,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2043]
[null,"RUGBYR1",{"$f":"_xlfn.XLOOKUP(B356,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Rugby Run Solar Farm"},{"$f":"_xlfn.XLOOKUP(B356,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B356,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2049]
[null,"TBSF1",{"$f":"_xlfn.XLOOKUP(B361,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tailem Bend Solar Farm"},{"$f":"_xlfn.XLOOKUP(B361,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B361,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2049]
[null,"WDGPH1",{"$f":"_xlfn.XLOOKUP(B367,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Western Downs Green Power Hub"},{"$f":"_xlfn.XLOOKUP(B367,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B367,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2046]
[null,"WRSF1",{"$f":"_xlfn.XLOOKUP(B368,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"White Rock Solar Farm"},{"$f":"_xlfn.XLOOKUP(B368,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B368,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2043]
[null,"YATSF1",{"$f":"_xlfn.XLOOKUP(B373,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yatpool Solar Farm"},{"$f":"_xlfn.XLOOKUP(B373,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B373,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2050]
[null,"BRYB1WF1",{"$f":"_xlfn.XLOOKUP(B378,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Berrybank Wind Farm"},{"$f":"_xlfn.XLOOKUP(B378,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B378,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2050]
[null,"CNUNDAWF",{"$f":"_xlfn.XLOOKUP(B383,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Canunda Wind Farm"},{"$f":"_xlfn.XLOOKUP(B383,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B383,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2035]
[null,"CAPTL_WF",{"$f":"_xlfn.XLOOKUP(B384,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Capital Wind Farm"},{"$f":"_xlfn.XLOOKUP(B384,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B384,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2040]
[null,"CLEMGPWF",{"$f":"_xlfn.XLOOKUP(B389,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Clements Gap Wind Farm"},{"$f":"_xlfn.XLOOKUP(B389,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B389,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2039]
[null,"CRURWF1",{"$f":"_xlfn.XLOOKUP(B394,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Crudine Ridge Wind Farm"},{"$f":"_xlfn.XLOOKUP(B394,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B394,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2041]
[null,"DUNDWF3",{"$f":"_xlfn.XLOOKUP(B399,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dundonnell Wind Farm"},{"$f":"_xlfn.XLOOKUP(B399,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B399,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2045]
[null,"GRANWF1",{"$f":"_xlfn.XLOOKUP(B401,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Granville Harbour Wind Farm"},{"$f":"_xlfn.XLOOKUP(B401,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B401,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2055]
[null,"BLUFF1",{"$f":"_xlfn.XLOOKUP(B406,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett 5 The Bluff Wind Farm"},{"$f":"_xlfn.XLOOKUP(B406,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B406,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2036]
[null,"HDWF3",{"$f":"_xlfn.XLOOKUP(B411,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hornsdale Wind Farm Stage 3"},{"$f":"_xlfn.XLOOKUP(B411,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B411,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2057]
[null,"LGAPWF1",{"$f":"_xlfn.XLOOKUP(B416,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Lincoln Gap Wind Farm - stage 1"},{"$f":"_xlfn.XLOOKUP(B416,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B416,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2045]
[null,"LGAPWF2",{"$f":"_xlfn.XLOOKUP(B417,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Lincoln Gap Wind Farm - stage 2"},{"$f":"_xlfn.XLOOKUP(B417,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B417,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2045]
[null,"MEWF1",{"$f":"_xlfn.XLOOKUP(B422,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mount Emerald Wind Farm"},{"$f":"_xlfn.XLOOKUP(B422,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B422,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2043]
[null,"MUSSELR1",{"$f":"_xlfn.XLOOKUP(B427,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Musselroe Wind Farm"},{"$f":"_xlfn.XLOOKUP(B427,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B427,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2050]
[null,"SAPHWF1",{"$f":"_xlfn.XLOOKUP(B432,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Sapphire Wind Farm"},{"$f":"_xlfn.XLOOKUP(B432,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B432,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2043]
[null,"STWF1",{"$f":"_xlfn.XLOOKUP(B433,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Silverton Wind Farm"},{"$f":"_xlfn.XLOOKUP(B433,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B433,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2043]
[null,"STARHLWF",{"$f":"_xlfn.XLOOKUP(B437,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Starfish Hill Wind Farm"},{"$f":"_xlfn.XLOOKUP(B437,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B437,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2033]
[null,"WGWF1",{"$f":"_xlfn.XLOOKUP(B444,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Willogoleche Wind Farm"},{"$f":"_xlfn.XLOOKUP(B444,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B444,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2043]
[null,"YENDWF1",{"$f":"_xlfn.XLOOKUP(B449,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yendon Wind Farm"},{"$f":"_xlfn.XLOOKUP(B449,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B449,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2049]
[null,"Tully Sugar Mill Biomass",{"$f":"_xlfn.XLOOKUP(B450,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tully Sugar Mill Biomass"},{"$f":"_xlfn.XLOOKUP(B450,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Biomass"},{"$f":"_xlfn.XLOOKUP(B450,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2050]
[null,"SNO2PH01",{"$f":"_xlfn.XLOOKUP(B455,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Snowy 2.0"},{"$f":"_xlfn.XLOOKUP(B455,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Pumped Hydro (1wk storage)"},{"$f":"_xlfn.XLOOKUP(B455,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Committed"},2129]
[null,"SNO2PH06",{"$f":"_xlfn.XLOOKUP(B460,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Snowy 2.0"},{"$f":"_xlfn.XLOOKUP(B460,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Pumped Hydro (1wk storage)"},{"$f":"_xlfn.XLOOKUP(B460,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Committed"},2129]
[null,"Bundaberg Solar Farm",{"$f":"_xlfn.XLOOKUP(B465,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bundaberg Solar Farm"},{"$f":"_xlfn.XLOOKUP(B465,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B465,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Committed"},2055]
[null,"COHUNSF1",{"$f":"_xlfn.XLOOKUP(B466,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Cohuna Solar Farm"},{"$f":"_xlfn.XLOOKUP(B466,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B466,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Committed"},2045]
[null,"GANGARR1",{"$f":"_xlfn.XLOOKUP(B471,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gangarri Solar Farm"},{"$f":"_xlfn.XLOOKUP(B471,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B471,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Committed"},2051]
[null,"Lockhart Hybrid Facility - Solar",{"$f":"_xlfn.XLOOKUP(B476,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Lockhart Hybrid Facility - Solar"},{"$f":"_xlfn.XLOOKUP(B476,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B476,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Committed"},2056]
[null,"SEBSF1",{"$f":"_xlfn.XLOOKUP(B481,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Sebastopol Solar Farm"},{"$f":"_xlfn.XLOOKUP(B481,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B481,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Committed"},2052]
[null,"TB2SF1",{"$f":"_xlfn.XLOOKUP(B483,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tailem Bend Solar Farm - stage 2"},{"$f":"_xlfn.XLOOKUP(B483,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B483,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Committed"},2053]
[null,"WANDSF1",{"$f":"_xlfn.XLOOKUP(B488,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Wandoan South Solar Farm - stage 1"},{"$f":"_xlfn.XLOOKUP(B488,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B488,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Committed"},2053]
[null,"CLRKCWF1",{"$f":"_xlfn.XLOOKUP(B493,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Clarke Creek Wind Farm"},{"$f":"_xlfn.XLOOKUP(B493,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B493,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Committed"},2049]
[null,"GPWFEST2",{"$f":"_xlfn.XLOOKUP(B498,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Golden Plains Wind Farm East"},{"$f":"_xlfn.XLOOKUP(B498,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B498,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Committed"},2055]
[null,"GPWFEST3",{"$f":"_xlfn.XLOOKUP(B499,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Golden Plains Wind Farm East"},{"$f":"_xlfn.XLOOKUP(B499,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B499,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Committed"},2055]
[null,"KEPWF1",{"$f":"_xlfn.XLOOKUP(B504,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Kennedy Energy Park Wind Farm"},{"$f":"_xlfn.XLOOKUP(B504,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B504,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Committed"},2046]
[null,"Wambo Wind Farm",{"$f":"_xlfn.XLOOKUP(B509,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Wambo Wind Farm"},{"$f":"_xlfn.XLOOKUP(B509,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B509,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Committed"},2055]
[null,"Frasers Solar Farm",{"$f":"_xlfn.XLOOKUP(B514,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Frasers Solar Farm"},{"$f":"_xlfn.XLOOKUP(B514,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B514,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Anticipated"},2054]
[null,"Goulburn River Solar Farm",{"$f":"_xlfn.XLOOKUP(B515,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Goulburn River Solar Farm"},{"$f":"_xlfn.XLOOKUP(B515,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B515,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Committed"},2067]
[null,"Punch's Creek Renewable Energy Solar Farm",{"$f":"_xlfn.XLOOKUP(B521,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Punch's Creek Renewable Energy Solar Farm"},{"$f":"_xlfn.XLOOKUP(B521,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B521,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Anticipated"},2056]
[null,"BOWWBA1",{"$f":"_xlfn.XLOOKUP(B526,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bolivar Waste Water Treatment BESS"},{"$f":"_xlfn.XLOOKUP(B526,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B526,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2045]
[null,"GANNB1",{"$f":"_xlfn.XLOOKUP(B531,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gannawarra Energy Storage System"},{"$f":"_xlfn.XLOOKUP(B531,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B531,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2033]
[null,"HVWWBA1",{"$f":"_xlfn.XLOOKUP(B532,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Happy Valley Reservoir BESS"},{"$f":"_xlfn.XLOOKUP(B532,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B532,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2041]
[null,"RANGEB1",{"$f":"_xlfn.XLOOKUP(B537,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Rangebank BESS"},{"$f":"_xlfn.XLOOKUP(B537,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B537,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2044]
[null,"WANDB1",{"$f":"_xlfn.XLOOKUP(B542,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Wandoan South BESS"},{"$f":"_xlfn.XLOOKUP(B542,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B542,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Existing"},2051]
[null,"CHBESSG1",{"$f":"_xlfn.XLOOKUP(B547,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Chinchilla BESS"},{"$f":"_xlfn.XLOOKUP(B547,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B547,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Committed"},2038]
[null,"CBWWBA1",{"$f":"_xlfn.XLOOKUP(B548,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Christies Beach Wastewater Treatment Plant BESS"},{"$f":"_xlfn.XLOOKUP(B548,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B548,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Committed"},2041]
[null,"Koorangie Energy Storage System",{"$f":"_xlfn.XLOOKUP(B553,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Koorangie Energy Storage System"},{"$f":"_xlfn.XLOOKUP(B553,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B553,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Committed"},2055]
[null,"Melbourne Renewable Energy Hub - Side A",{"$f":"_xlfn.XLOOKUP(B557,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Melbourne Renewable Energy Hub - Side A"},{"$f":"_xlfn.XLOOKUP(B557,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B557,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Committed"},2050]
[null,"WTAHB1",{"$f":"_xlfn.XLOOKUP(B564,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Waratah Super Battery"},{"$f":"_xlfn.XLOOKUP(B564,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B564,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Committed"},2065]
[null,"WDBESS1",{"$f":"_xlfn.XLOOKUP(B565,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Western Downs Battery"},{"$f":"_xlfn.XLOOKUP(B565,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Battery storage (1hr storage)"},{"$f":"_xlfn.XLOOKUP(B565,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Committed"},2048]
[null,"GBBATT1",{"$f":"_xlfn.XLOOKUP(B570,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gawara Baya Wind Farm BESS"},{"$f":"_xlfn.XLOOKUP(B570,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B570,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Anticipated"},2053]
[null,"Maryvale Solar Farm BESS",{"$f":"_xlfn.XLOOKUP(B575,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Maryvale Solar Farm BESS"},{"$f":"_xlfn.XLOOKUP(B575,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B575,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Anticipated"},2062]
[null,"ORANA",{"$f":"_xlfn.XLOOKUP(B580,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Orana BESS"},{"$f":"_xlfn.XLOOKUP(B580,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B580,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Committed"},2066]
[null,"Richmond Valley BESS",{"$f":"_xlfn.XLOOKUP(B581,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Richmond Valley BESS"},{"$f":"_xlfn.XLOOKUP(B581,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Battery storage (8hrs storage)"},{"$f":"_xlfn.XLOOKUP(B581,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Anticipated"},2046]
[null,"TRGBESS",{"$f":"_xlfn.XLOOKUP(B586,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Terang BESS"},{"$f":"_xlfn.XLOOKUP(B586,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B586,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Anticipated"},2056]
[null,"Coppabella Wind Farm",{"$f":"_xlfn.XLOOKUP(B591,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Coppabella Wind Farm"},{"$f":"_xlfn.XLOOKUP(B591,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B591,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Anticipated"},2057]
[null,"Horsham Solar Farm BESS",{"$f":"_xlfn.XLOOKUP(B596,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Horsham Solar Farm BESS"},{"$f":"_xlfn.XLOOKUP(B596,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B596,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Additional policy-supported project"},2047]
[null,"Tamworth BESS",{"$f":"_xlfn.XLOOKUP(B601,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tamworth BESS"},{"$f":"_xlfn.XLOOKUP(B601,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B601,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Anticipated"},2047]
[null,"QEJP - Borumba",{"$f":"_xlfn.XLOOKUP(B603,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"QEJP - Borumba"},{"$f":"_xlfn.XLOOKUP(B603,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Pumped Hydro (24hrs storage)"},{"$f":"_xlfn.XLOOKUP(B603,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Anticipated"},2134]
[null,"Ravenswood BESS",{"$f":"_xlfn.XLOOKUP(B608,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Ravenswood BESS"},{"$f":"_xlfn.XLOOKUP(B608,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Battery storage (4hrs storage)"},{"$f":"_xlfn.XLOOKUP(B608,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Anticipated"},2047]
[null,"Boulder Creek Wind Farm",{"$f":"_xlfn.XLOOKUP(B613,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Boulder Creek Wind Farm"},{"$f":"_xlfn.XLOOKUP(B613,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B613,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Anticipated"},2067]
[null,"Inverleigh Wind Farm",{"$f":"_xlfn.XLOOKUP(B614,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Inverleigh Wind Farm"},{"$f":"_xlfn.XLOOKUP(B614,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B614,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Anticipated"},2057]
[null,"Supernode BESS 2",{"$f":"_xlfn.XLOOKUP(B619,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Supernode BESS 2"},{"$f":"_xlfn.XLOOKUP(B619,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Battery storage (4hrs storage)"},{"$f":"_xlfn.XLOOKUP(B619,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Committed"},2051]
[null,"Bungama BESS",{"$f":"_xlfn.XLOOKUP(B624,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bungama BESS"},{"$f":"_xlfn.XLOOKUP(B624,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B624,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Additional policy-supported project"},2047]
[null,"West Mokoan Solar Farm BESS",{"$f":"_xlfn.XLOOKUP(B629,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"West Mokoan Solar Farm BESS"},{"$f":"_xlfn.XLOOKUP(B629,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Battery storage (4hrs storage)"},{"$f":"_xlfn.XLOOKUP(B629,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Additional policy-supported project"},2047]
[null,"Griffith BESS",{"$f":"_xlfn.XLOOKUP(B630,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Griffith BESS"},{"$f":"_xlfn.XLOOKUP(B630,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Battery storage (8hrs storage)"},{"$f":"_xlfn.XLOOKUP(B630,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Additional policy-supported project"},2047]
[null,"Hopeland Solar Farm",{"$f":"_xlfn.XLOOKUP(B637,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hopeland Solar Farm"},{"$f":"_xlfn.XLOOKUP(B637,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B637,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Additional policy-supported project"},2057]
[null,"Sandy Creek Solar Farm",{"$f":"_xlfn.XLOOKUP(B639,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Sandy Creek Solar Farm"},{"$f":"_xlfn.XLOOKUP(B639,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B639,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Additional policy-supported project"},2057]
[null,"West Mokoan Solar Farm",{"$f":"_xlfn.XLOOKUP(B640,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"West Mokoan Solar Farm"},{"$f":"_xlfn.XLOOKUP(B640,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B640,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Additional policy-supported project"},2057]
[null,"Phoenix Pumped Hydro Project",{"$f":"_xlfn.XLOOKUP(B641,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Phoenix Pumped Hydro Project"},{"$f":"_xlfn.XLOOKUP(B641,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Pumped Hydro (10hrs storage)"},{"$f":"_xlfn.XLOOKUP(B641,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Additional policy-supported project"},2119]
[null,"Goyder North Wind Farm",{"$f":"_xlfn.XLOOKUP(B642,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Goyder North Wind Farm"},{"$f":"_xlfn.XLOOKUP(B642,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B642,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Additional policy-supported project"},2059]
[null,"Junction Rivers Wind Farm",{"$f":"_xlfn.XLOOKUP(B643,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Junction Rivers Wind Farm"},{"$f":"_xlfn.XLOOKUP(B643,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B643,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Additional policy-supported project"},2060]
[null,"Kentbruck Green Power Hub Wind Farm",{"$f":"_xlfn.XLOOKUP(B644,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Kentbruck Green Power Hub Wind Farm"},{"$f":"_xlfn.XLOOKUP(B644,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B644,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Additional policy-supported project"},2057]
[null,"Palmer Wind Farm",{"$f":"_xlfn.XLOOKUP(B645,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Palmer Wind Farm"},{"$f":"_xlfn.XLOOKUP(B645,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B645,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Additional policy-supported project"},2057]
[null,"Spicers Creek Wind Farm",{"$f":"_xlfn.XLOOKUP(B646,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Spicers Creek Wind Farm"},{"$f":"_xlfn.XLOOKUP(B646,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B646,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Additional policy-supported project"},2057]
[null,"Thunderbolt Wind Farm",{"$f":"_xlfn.XLOOKUP(B647,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Thunderbolt Wind Farm"},{"$f":"_xlfn.XLOOKUP(B647,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B647,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Additional policy-supported project"},2065]
[null,"Haughton Solar Farm Stage 2",{"$f":"_xlfn.XLOOKUP(B648,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Haughton Solar Farm Stage 2"},{"$f":"_xlfn.XLOOKUP(B648,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B648,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Anticipated"},2058]
[null,"Lancaster Solar Farm",{"$f":"_xlfn.XLOOKUP(B649,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Lancaster Solar Farm"},{"$f":"_xlfn.XLOOKUP(B649,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B649,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Anticipated"},2057]
[null,"Bennetts Creek BESS",{"$f":"_xlfn.XLOOKUP(B650,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bennetts Creek BESS"},{"$f":"_xlfn.XLOOKUP(B650,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B650,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Anticipated"},2047]
[null,"Northern Midlands Solar Farm",{"$f":"_xlfn.XLOOKUP(B651,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Northern Midlands Solar Farm"},{"$f":"_xlfn.XLOOKUP(B651,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B651,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Anticipated"},2057]
[null,"Hay Sun Farm",{"$f":"_xlfn.XLOOKUP(B652,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hay Sun Farm"},{"$f":"_xlfn.XLOOKUP(B652,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B652,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Anticipated"},2057]
[null,"MOKOSF1",{"$f":"_xlfn.XLOOKUP(B653,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mokoan Solar Farm"},{"$f":"_xlfn.XLOOKUP(B653,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B653,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Committed"},2055]
[null,"Yanco Delta Wind Farm",{"$f":"_xlfn.XLOOKUP(B654,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yanco Delta Wind Farm"},{"$f":"_xlfn.XLOOKUP(B654,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B654,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Additional policy-supported project"},2057]
[null,"Dinawan Energy Hub Wind Farm",{"$f":"_xlfn.XLOOKUP(B655,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dinawan Energy Hub Wind Farm"},{"$f":"_xlfn.XLOOKUP(B655,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B655,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Additional policy-supported project"},2061]
[null,"Dinawan Energy Hub Solar Farm",{"$f":"_xlfn.XLOOKUP(B656,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dinawan Energy Hub Solar Farm"},{"$f":"_xlfn.XLOOKUP(B656,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B656,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Additional policy-supported project"},2060]
[null,"Dinawan Energy Hub BESS",{"$f":"_xlfn.XLOOKUP(B657,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dinawan Energy Hub BESS"},{"$f":"_xlfn.XLOOKUP(B657,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Battery storage (4hrs storage)"},{"$f":"_xlfn.XLOOKUP(B657,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Additional policy-supported project"},2050]
[null,"Pottinger Energy Park Wind Farm",{"$f":"_xlfn.XLOOKUP(B658,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Pottinger Energy Park Wind Farm"},{"$f":"_xlfn.XLOOKUP(B658,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B658,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Additional policy-supported project"},2057]
[null,"Pottinger Energy Park BESS",{"$f":"_xlfn.XLOOKUP(B659,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Pottinger Energy Park BESS"},{"$f":"_xlfn.XLOOKUP(B659,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Battery storage (4hrs storage)"},{"$f":"_xlfn.XLOOKUP(B659,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Additional policy-supported project"},2047]
[null,"Bullawah Wind Farm",{"$f":"_xlfn.XLOOKUP(B660,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bullawah Wind Farm"},{"$f":"_xlfn.XLOOKUP(B660,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B660,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Additional policy-supported project"},2057]
[null,"Birriwa BESS",{"$f":"_xlfn.XLOOKUP(B661,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Birriwa BESS"},{"$f":"_xlfn.XLOOKUP(B661,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B661,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Additional policy-supported project"},2047]
[null,"Birriwa Solar Farm",{"$f":"_xlfn.XLOOKUP(B662,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Birriwa Solar Farm"},{"$f":"_xlfn.XLOOKUP(B662,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B662,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Additional policy-supported project"},2057]
[null,"Tallawang Solar Hybrid",{"$f":"_xlfn.XLOOKUP(B663,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tallawang Solar Hybrid"},{"$f":"_xlfn.XLOOKUP(B663,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B663,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Additional policy-supported project"},2057]
[null,"Cobbora BESS",{"$f":"_xlfn.XLOOKUP(B664,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Cobbora BESS"},{"$f":"_xlfn.XLOOKUP(B664,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B664,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Additional policy-supported project"},2047]
[null,"Cobbora Solar Farm",{"$f":"_xlfn.XLOOKUP(B665,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Cobbora Solar Farm"},{"$f":"_xlfn.XLOOKUP(B665,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Large scale Solar PV"},{"$f":"_xlfn.XLOOKUP(B665,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Additional policy-supported project"},2057]
[null,"Liverpool Range Wind Farm",{"$f":"_xlfn.XLOOKUP(B666,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Liverpool Range Wind Farm"},{"$f":"_xlfn.XLOOKUP(B666,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Wind"},{"$f":"_xlfn.XLOOKUP(B666,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Additional policy-supported project"},2057]
[null,"Kiamal BESS",{"$f":"_xlfn.XLOOKUP(B667,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Kiamal BESS"},{"$f":"_xlfn.XLOOKUP(B667,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Battery storage (4hrs storage)"},{"$f":"_xlfn.XLOOKUP(B667,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Additional policy-supported project"},2057]
[null,"Tallawang Solar Hybrid BESS",{"$f":"_xlfn.XLOOKUP(B668,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tallawang Solar Hybrid BESS"},{"$f":"_xlfn.XLOOKUP(B668,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B668,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Additional policy-supported project"},2057]
[null,"Pine Lodge BESS",{"$f":"_xlfn.XLOOKUP(B669,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Pine Lodge BESS"},{"$f":"_xlfn.XLOOKUP(B669,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"Not found\",0)","v":"Battery storage (2hrs storage)"},{"$f":"_xlfn.XLOOKUP(B669,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"_\",0)","v":"Anticipated"},2046]

{"sheet":"Hydro Scheme Inflows","index":45,"n_rows":162,"n_cols":20,"rows_kept":162,"cut":false,"hidden":false,"merged":[[143,1,143,14],[4,1,4,14],[5,1,5,14],[81,1,81,14],[82,1,82,14],[120,1,120,14]]}
[null,"Go to Assumptions Summary"]
[null,"Hydroelectric Storage Inflows"]
[]
[null,"Secondary Hydroelectric Schemes (Irrigation) - Releases/Outflows (GL)"]
[null,"Blowering, Hume, Eildon, Dartmouth - schemes where the storage and release of inflows (via generation) is primarily influenced by irrigation release requirements, with the management of water for power generation purposes being secondary to irrigation requirements. This category includes hybrid schemes where water releases for power generation may be primary but only in certain reservoir conditions."]
[null,"Data shown is based on metering data available from the Bureau of Meteorology's Water Data Online portal. This data has been modified from source data and has been subject to several data processes (e.g. cleaning, interpolating). Data owners of the source data used and made available on Water Data Online under Creative Commons licence include:\n© WaterNSW, © State of Victoria (Department of Energy, Environment and Climate Action)."]
[null,"Water Data Online"]
[]
[null,"Blowering",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Blowering Releases/Outflows (GL)"]
[null,"Reference Year (FYE)","Jul","Aug","Sep","Oct","Nov","Dec","Jan","Feb","Mar","Apr","May","Jun","Annual Total"]
[null,2011,4,4,11,97,220,291,76,33,76,20,62,80,974]
[null,2012,164,115,110,84,144,125,211,115,111,116,42,133,1470]
[null,2013,223,240,242,173,182,257,275,221,108,65,43,16,2045]
[null,2014,18,24,71,242,235,266,272,209,120,16,42,17,1532]
[null,2015,17,102,102,228,262,222,88,57,137,41,27,16,1299]
[null,2016,17,18,60,186,122,197,190,111,45,19,17,16,998]
[null,2017,18,18,18,338,227,240,254,227,132,59,41,13,1585]
[null,2018,96,74,167,211,175,174,237,120,76,92,45,39,1506]
[null,2019,30,156,195,177,91,206,183,68,73,20,15,17,1231]
[null,2020,17,20,70,144,155,171,166,78,23,16,18,16,894]
[null,2021,24,16,54,56,92,252,245,103,76,32,72,109,1131]
[null,2022,132,241,106,149,76,211,168,168,77,51,242,208,1829]
[null,2023,257,153,166,115,306,228,251,212,116,16,130,144,2094]
[null,2024,221,126,136,235,194,167,52,199,83,54,24,17,1508]
[null,"2007 (Dry)",17,81,184,239,140,164,168,99,65,21,11,6,1195]
[]
[null,"Hume",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Hume Releases/Outflows (GL)"]
[null,"Reference Year (FYE)","Jul","Aug","Sep","Oct","Nov","Dec","Jan","Feb","Mar","Apr","May","Jun","Annual Total"]
[null,2011,14.96,14.64,30.337,329.94900000000001,627.23900000000003,725.57100000000003,569.61199999999997,371.66500000000002,436.20800000000003,179.161,234.19300000000001,288.41300000000001,3821.9480000000003]
[null,2012,390.01400000000001,357.07100000000003,310.90800000000002,460.66199999999998,357.48099999999999,427.25299999999999,520.13900000000001,309.137,119.815,278.09100000000001,111.964,216.39400000000001,3858.9290000000001]
[null,2013,605.43499999999995,630.66800000000001,435.91199999999998,411.08600000000001,388.42899999999997,505.34899999999999,651.67700000000002,453.85500000000002,474.29700000000003,386.28399999999999,102.517,21.92,5067.4290000000001]
[null,2014,20.009,338.012,545.01199999999994,537.89499999999998,509.197,499.32799999999997,615.35199999999998,511.43599999999998,473.70100000000002,151.37200000000001,42.459000000000003,18.785,4262.558]
[null,2015,18.286000000000001,166.61600000000001,179.232,448.72500000000002,416.59500000000003,513.995,510.48500000000001,469.29,632.08699999999999,401.029,102.46299999999999,51.298999999999999,3910.1020000000003]
[null,2016,207.36799999999999,234.649,402.72800000000001,468.00400000000002,329.73899999999998,446.16699999999997,423.97300000000001,387.33300000000003,420.96499999999997,339.613,36.594999999999999,24.869,3722.0030000000002]
[null,2017,19.965,46.133000000000003,1121.0309999999999,1254.9880000000001,407.38299999999998,409.64699999999999,358.24900000000002,361.85199999999998,473.70800000000003,273.08600000000001,66.507000000000005,69.929000000000002,4862.4779999999992]
[null,2018,84.293999999999997,38.875999999999998,195.08500000000001,429.88299999999998,427.95699999999999,312.81799999999998,412.55200000000002,332.56700000000001,453.73899999999998,389.29300000000001,51.965000000000003,49.273000000000003,3178.3020000000001]
[null,2019,159.71799999999999,142.28800000000001,369.61399999999998,475.88299999999998,472.22,376.50900000000001,366.76,307.375,336.82400000000001,288.85599999999999,79.242999999999995,66.251000000000005,3441.5410000000006]
[null,2020,82.403999999999996,135.227,367.15300000000002,324.63900000000001,301.262,369.54899999999998,351.90600000000001,266.04500000000002,218.34800000000001,116.837,19.225999999999999,17.399000000000001,2569.9949999999999]
[null,2021,16.372,14.099,117.56,120.69799999999999,354.86799999999999,403.26900000000001,454.11099999999999,269.63900000000001,386.41199999999998,355.93299999999999,110.71299999999999,34.563000000000002,2638.2370000000001]
[null,2022,18.812999999999999,148.07400000000001,612.66499999999996,528.26300000000003,537.29,403.10199999999998,393.08,317.65300000000002,369.322,232.25299999999999,99.956999999999994,391.78800000000001,4052.2599999999998]
[null,2023,416.23,960.44399999999996,1093.93,1245.162,1869.597,479.07799999999997,374.505,305.99,452.86799999999999,172.023,217.184,289.661,7876.6720000000014]
[null,2024,719.52499999999998,289.13499999999999,391.49400000000003,298.245,412.339,328.27499999999998,285.98099999999999,376.71699999999998,505.56200000000001,293.76299999999998,133.85400000000001,61.902000000000001,4096.7919999999995]
[null,"2007 (Dry)",285.286,495.35500000000002,471.01,547.13499999999999,463.31299999999999,438.846,383.52300000000002,297.23,200.98099999999999,151.68600000000001,23.771999999999998,12.427,3770.5640000000003]
[]
[null,"Eildon",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Eildon Releases/Outflows (GL)"]
[null,"Reference Year (FYE)","Jul","Aug","Sep","Oct","Nov","Dec","Jan","Feb","Mar","Apr","May","Jun","Annual Total"]
[null,2011,5.9950000000000001,18.96,5.73,4.0720000000000001,28.050999999999998,11.744999999999999,30.143000000000001,26.007000000000001,8.1270000000000007,14.097,68.191000000000003,28.289000000000001,249.40700000000004]
[null,2012,192.14699999999999,45.149000000000001,14.629,22.782,133.74199999999999,79.59,107.54900000000001,85.039000000000001,129.899,258.70600000000002,55.003999999999998,56.231000000000002,1180.4669999999999]
[null,2013,220.435,117.33799999999999,126.52200000000001,52.892000000000003,147.833,142.59399999999999,213.57900000000001,195.78,186.55600000000001,146.08000000000001,52.326999999999998,4.8390000000000004,1606.7749999999999]
[null,2014,39.143999999999998,44.902000000000001,4.51,65.784000000000006,143.82300000000001,156.68,185.88800000000001,192.57900000000001,205.73400000000001,56.13,20.247,21.305,1136.7260000000001]
[null,2015,30.946000000000002,9.7650000000000006,39.932000000000002,184.673,123.223,112.768,181.96100000000001,193.089,230.58799999999999,97.944999999999993,18.048999999999999,82.123999999999995,1305.0629999999999]
[null,2016,4.1820000000000004,6.2640000000000002,138.666,215.90799999999999,83.41,143.81899999999999,124.435,109.07,205.298,125.191,13.010999999999999,4.149,1173.4029999999998]
[null,2017,4.3570000000000002,6.4390000000000001,5.76,6.0069999999999997,25.498999999999999,74.024000000000001,108.54300000000001,120.785,156.38399999999999,74.364999999999995,19.446000000000002,90.697000000000003,692.30600000000004]
[null,2018,118.807,21.736000000000001,95.555999999999997,61.670999999999999,93.126999999999995,72.659000000000006,127.367,124.878,241.88800000000001,178.07900000000001,32.076000000000001,87.248000000000005,1255.0920000000001]
[null,2019,98.447999999999993,57.494999999999997,109.91800000000001,182.54,94.558000000000007,115.90900000000001,233.41499999999999,149.71700000000001,169.624,115.834,18.303999999999998,11.571999999999999,1357.3340000000001]
[null,2020,112.11,21.445,100.08199999999999,87.435000000000002,55.381,110.497,105.42,87.643000000000001,62.956000000000003,24.82,14.254,11.851000000000001,793.89400000000012]
[null,2021,44.048999999999999,16.065999999999999,21.422000000000001,41.871000000000002,84.933999999999997,73.281999999999996,80.460999999999999,63.28,83.266000000000005,133.059,70.742000000000004,30.625,743.05700000000002]
[null,2022,34.011000000000003,11.553000000000001,10.382,55.878,12.685,58.735999999999997,69.662000000000006,77.597999999999999,151.67699999999999,88.891999999999996,40.768000000000001,35.965000000000003,647.80700000000013]
[null,2023,88.65,37.170999999999999,197.96600000000001,581.274,393.21199999999999,65.828999999999994,51.585000000000001,53.018000000000001,85.914000000000001,70.150000000000006,40.536000000000001,233.042,1898.3470000000002]
[null,2024,343.68799999999999,38.029000000000003,143.37299999999999,236.80500000000001,82.171999999999997,61.365000000000002,102.349,76.528000000000006,88.695999999999998,69.986999999999995,40.027000000000001,82.733999999999995,1365.7529999999999]
[null,"2007 (Dry)",4.3940000000000001,30.582000000000001,111.919,100.074,86.367999999999995,87.328999999999994,61.716000000000001,61.792000000000002,40.941000000000003,95.054000000000002,4.2110000000000003,4.085,688.46500000000003]
[]
[null,"Dartmouth",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Dartmouth Releases/Outflows (GL)"]
[null,"Reference Year (FYE)","Jul","Aug","Sep","Oct","Nov","Dec","Jan","Feb","Mar","Apr","May","Jun","Annual Total"]
[null,2011,5.9269999999999996,5.91,5.7619999999999996,6.0129999999999999,5.6760000000000002,5.875,9.1069999999999993,15.143000000000001,6.0659999999999998,6.0609999999999999,14.574,8.1929999999999996,94.306999999999988]
[null,2012,13.641,9.6440000000000001,5.8869999999999996,5.9450000000000003,5.7329999999999997,9.0519999999999996,18.045000000000002,6.8940000000000001,6.0049999999999999,5.8959999999999999,6.0039999999999996,5.8369999999999997,98.583000000000013]
[null,2013,23.375,23.588999999999999,5.8639999999999999,28.001000000000001,53.209000000000003,24.419,47.317999999999998,120.503,66.700999999999993,62.045999999999999,15.757,15.205,485.98700000000002]
[null,2014,49.424999999999997,174.70099999999999,104.661,74.367000000000004,69.278000000000006,129.90100000000001,126.30800000000001,75.537000000000006,64.87,33.698,5.9779999999999998,19.175000000000001,927.899]
[null,2015,4.22,33.561999999999998,85.417000000000002,170.24299999999999,157.14699999999999,211.38499999999999,107.68300000000001,95.137,43.49,122.788,74.44,99.021000000000001,1204.5329999999999]
[null,2016,119.605,220.72399999999999,187.167,200.953,220.13900000000001,220.44,209.11,95.623000000000005,31.69,17.785,7.1,7.5529999999999999,1537.8890000000001]
[null,2017,15.042999999999999,17.832000000000001,6.4950000000000001,6.3929999999999998,6.032,7.6719999999999997,11.976000000000001,34.593000000000004,12.887,8.6839999999999993,16.841999999999999,7.4619999999999997,151.911]
[null,2018,11.323,9.9440000000000008,5.0780000000000003,7.8520000000000003,12.305,7.5430000000000001,20.670999999999999,11.532999999999999,13.134,12.228,20.968,23.853000000000002,156.43200000000002]
[null,2019,29.445,90.486000000000004,216.62799999999999,270.25099999999998,256.48500000000001,182.33099999999999,151.881,121.79300000000001,26.166,11.339,8.7859999999999996,86.234999999999999,1451.826]
[null,2020,165.417,160.678,135.19399999999999,148.14500000000001,74.918000000000006,100.482,112.607,100.45699999999999,16.567,9.43,12.593999999999999,13.468999999999999,1049.9579999999999]
[null,2021,27.736999999999998,8.2720000000000002,6.11,6.2969999999999997,5.8559999999999999,7.7619999999999996,10.148,6.2240000000000002,9.9499999999999993,7.2690000000000001,22.106999999999999,10.391999999999999,128.12400000000002]
[null,2022,23.664000000000001,9.891,5.9240000000000004,6.1959999999999997,5.7759999999999998,6.1239999999999997,6.0069999999999997,10.148,18.045999999999999,15.15,24.13,26.222999999999999,157.279]
[null,2023,37.939,164.536,193.565,250.58500000000001,423.262,155.661,58.280999999999999,112.33199999999999,48.082000000000001,65.138000000000005,15.065,93.033000000000001,1617.479]
[null,2024,139.15,44.085999999999999,12.981999999999999,110.499,82.015000000000001,94.941999999999993,59.802999999999997,64.863,72.072999999999993,35.228000000000002,18.984999999999999,16.713000000000001,751.33899999999983]
[null,"2007 (Dry)",22.148,249.44300000000001,299.10700000000003,313.21100000000001,312.21100000000001,332.42500000000001,326.21499999999997,268.51799999999997,160.47399999999999,33.826000000000001,6.2569999999999997,6.1529999999999996,2329.9879999999998]
[]
[null,"Run-of-River (or operationally similar) - Outflows (GL)"]
[null,"Kareeya and Barron Gorge (Kuranda Weir) - where immediate storage for generation is small relative to inflows and release of inflows (via generation) is near immediate. These are schemes with large upstream reservoirs which are operationally constrained in their storage levels by downstream flood risk (i.e., operationally forced releases limit intra-year storage capabilities), and are best operationally represented by their historical outflows. "]
[null,"Data shown is based on metering data available from the Bureau of Meteorology's Water Data Online portal. This data has been modified from source data and has been subject to several data processes (e.g. cleaning, interpolating). Data owner of the source data used and made available on Water Data Online under Creative Commons licence: © State of Queensland (Department of Regional Development, Manufacturing and Water)"]
[null,"Water Data Online"]
[]
[null,"Kareeya",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Kareeya Outflows (GL)"]
[null,"Reference Year (FYE)","Jul","Aug","Sep","Oct","Nov","Dec","Jan","Feb","Mar","Apr","May","Jun","Annual Total"]
[null,2011,63.665999999999997,60.545000000000002,58.622999999999998,83.254000000000005,89.531999999999996,128.31800000000001,108.86,270.64600000000002,230.49100000000001,105.28100000000001,72.75,52.914000000000001,1324.8799999999999]
[null,2012,53.564,60.738,51.707999999999998,59.508000000000003,48.67,46.445999999999998,19.573,15.558999999999999,24.404,3.6539999999999999,27.927,45.887999999999998,457.63900000000001]
[null,2013,71.606999999999999,60.89,26.234999999999999,4.2409999999999997,9.6880000000000006,28.407,90.206000000000003,55.051000000000002,76.471999999999994,55.374000000000002,66.012,54.008000000000003,598.19100000000003]
[null,2014,78.45,70.403000000000006,46.634,50.905999999999999,35.066000000000003,20.120999999999999,24.568999999999999,103.023,108.184,126.51300000000001,90.31,80.87,835.04900000000009]
[null,2015,64.697000000000003,56.326000000000001,58.936,36.304000000000002,19.353999999999999,17.695,10.547000000000001,53.414000000000001,99.311000000000007,42.210999999999999,20.390999999999998,73.748000000000005,552.93400000000008]
[null,2016,53.47,40.853999999999999,22.126000000000001,13.455,15.779,13.894,34.661999999999999,14.756,23.103000000000002,25.286000000000001,56.896999999999998,71.724000000000004,386.00599999999997]
[null,2017,68.617999999999995,20.016999999999999,16.073,21.869,29.036999999999999,15.473000000000001,111.636,73.573999999999998,67.367000000000004,70.849999999999994,62.924999999999997,44.939,602.37799999999993]
[null,2018,51.683,28.506,23.817,15.827999999999999,17.562000000000001,24.131,23.863,87.641999999999996,249.916,72.421999999999997,70.119,60.052999999999997,725.54200000000014]
[null,2019,61.747999999999998,45.264000000000003,18.359000000000002,8.56,16.687999999999999,105.087,102.95,81.581999999999994,84.489000000000004,91.965000000000003,94.914000000000001,79.081000000000003,790.68700000000001]
[null,2020,75.664000000000001,47.253999999999998,45.908000000000001,28.943999999999999,13.834,11.704000000000001,16.466000000000001,15.699,30.763999999999999,25.206,49.777999999999999,44.048000000000002,405.26900000000006]
[null,2021,58.292999999999999,38.546999999999997,46.892000000000003,31.143000000000001,47.542999999999999,14.548999999999999,93.921999999999997,105.343,77.700999999999993,85.790999999999997,71.016000000000005,71.617000000000004,742.35699999999986]
[null,2022,62.625999999999998,7.8620000000000001,44.174999999999997,55.39,43.067,24.86,42.631,70.450999999999993,62.164999999999999,57.7,71.816000000000003,55.61,598.35300000000007]
[null,2023,70.846999999999994,29.123000000000001,40.148000000000003,17.327000000000002,9.3160000000000007,14.622,68.263000000000005,75.914000000000001,75.347999999999999,70.748999999999995,55.499000000000002,33.15,560.30600000000004]
[null,2024,33.570999999999998,63.787999999999997,37.427999999999997,43.122,38.283000000000001,200.87700000000001,90.831999999999994,81.614000000000004,261.47399999999999,132.28700000000001,146.84,73.852000000000004,1203.9680000000001]
[null,"2007 (Dry)",79.536000000000001,64.399000000000001,51.704999999999998,68.710999999999999,84.817999999999998,73.406999999999996,72.742000000000004,85.177999999999997,93.18,92.891000000000005,94.561999999999998,82.914000000000001,944.04299999999989]
[]
[null,"Barron Gorge (Kuranda Weir)",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Barron Gorge Outflows (GL)"]
[null,"Reference Year (FYE)","Jul","Aug","Sep","Oct","Nov","Dec","Jan","Feb","Mar","Apr","May","Jun","Annual Total"]
[null,2011,10.593999999999999,9.6180000000000003,6.8470000000000004,8.7669999999999995,9.8970000000000002,127.93,505.62299999999999,449.97899999999998,611.07299999999998,81.194000000000003,44.911000000000001,32.930999999999997,1899.364]
[null,2012,34.058999999999997,32.872999999999998,22.972999999999999,21.481000000000002,12.294,9.5860000000000003,40.119999999999997,27.760999999999999,376.16500000000002,88.825000000000003,70.763999999999996,36.920999999999999,773.82200000000012]
[null,2013,34.198999999999998,32.134,30.210999999999999,15.874000000000001,6.8259999999999996,6.08,108.011,14.25,69.694000000000003,22.042000000000002,14.247999999999999,11.367000000000001,364.93600000000004]
[null,2014,11.63,11.96,6.6269999999999998,6.234,12.336,5.9329999999999998,11.099,112.05,55.091000000000001,236.941,40.319000000000003,46.101999999999997,556.322]
[null,2015,34.793999999999997,27.024999999999999,12.848000000000001,7.0410000000000004,5.9429999999999996,7.3179999999999996,13.319000000000001,131.91300000000001,94.656999999999996,16.654,16.373999999999999,13.769,381.65500000000003]
[null,2016,16.114000000000001,16.059000000000001,6.5519999999999996,6.6790000000000003,6.0910000000000002,50.497999999999998,13.82,9.4339999999999993,13.297000000000001,6.5179999999999998,17.507000000000001,12.11,174.67899999999997]
[null,2017,13.231999999999999,10.564,6.5170000000000003,6.4279999999999999,1.6890000000000001,2.3199999999999998,69.897999999999996,116.185,20.381,11.561999999999999,5.9329999999999998,4.1749999999999998,268.88400000000001]
[null,2018,4.9960000000000004,10.130000000000001,2.38,12.718,2.7690000000000001,2.2570000000000001,18.298999999999999,44.220999999999997,575.67200000000003,32.018999999999998,13.537000000000001,30.465,749.46300000000008]
[null,2019,22.942,16.033000000000001,11.233000000000001,6.3010000000000002,5.915,88.76,357.07799999999997,278.27699999999999,186.76400000000001,132.13,54.783000000000001,48.155000000000001,1208.3709999999999]
[null,2020,28.288,22.57,17.936,19.794,6.101,6.2089999999999996,43.673999999999999,79.384,34.948999999999998,9.173,13.327,11.301,292.70600000000002]
[null,2021,11.907999999999999,11.704000000000001,6.1260000000000003,5.8550000000000004,5.79,7.1040000000000001,128.48599999999999,42.067999999999998,49.48,141.476,30.091999999999999,23.277000000000001,463.36599999999999]
[null,2022,34.043999999999997,30.483000000000001,12.831,12.608000000000001,10.728,9.6660000000000004,103.012,75.921999999999997,71.289000000000001,60.552999999999997,52.573999999999998,30.79,504.5]
[null,2023,50.704000000000001,30.74,27.867000000000001,22.622,15.497999999999999,8.4359999999999999,230.28100000000001,194.87,239.375,50.851999999999997,45.895000000000003,33.402999999999999,950.54300000000001]
[null,2024,34.618000000000002,30.297000000000001,22.658999999999999,18.25,6.4390000000000001,1212.21,427.80200000000002,156.13,422.584,250.51499999999999,95.953999999999994,48.093000000000004,2725.5509999999999]
[null,"2007 (Dry)",0,27.045999999999999,115.22199999999999,20.742999999999999,20.672999999999998,14.035,15.477,192.59399999999999,43.896999999999998,16.526,30.2,11.324999999999999,507.73799999999994]
[null,"Note Kuranda Weir was severly flood damaged by Tropical Cyclone Jasper during December 2023 (FYE 2024). Many of the very high flows in this table would be the result of extreme tropical weather and could not be converted into energy (naturally spilling). These flows and spillage are inherently captured in the model through the use of high-resolution inflow traces (e.g. 30-minutes)."]
[]
[null,"Hydro Tasmania Scheme"]
[null,"Data shown here based on confidential data provided by Hydro Tasmania and represents the scheme aggregrate (aggregate published with permission)."]
[null,"Note: data in this table has been deliberately represented on a GWh basis (not GL), and is treated with a corresponding fixed conversion factor in modelling.",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Hydro Tasmania Scheme Inflows (GWh)"]
[null,"Reference Year (FYE)","Jul","Aug","Sep","Oct","Nov","Dec","Jan","Feb","Mar","Apr","May","Jun","Annual Total"]
[null,2011,966.84035979999999,1498.3420599999999,1492.919351,874.68777209999996,772.52143880000006,821.15059699999995,484.1509628,305.29233520000002,603.1480143,545.12191510000002,487.20552709999998,1423.2615989999999,10274.64]
[null,2012,1431.7755770000001,1668.225682,1028.3047449999999,648.55263119999995,660.53028759999995,278.38525809999999,124.3911787,113.5602427,400.41424910000001,569.04773369999998,1107.349371,1118.209026,9148.75]
[null,2013,955.01417530000003,1419.166037,1363.469182,670.26165049999997,286.55560509999998,235.04620170000001,68.119893419999997,21.282655080000001,318.08215300000001,423.33388969999999,763.08797430000004,507.2681321,7030.69]
[null,2014,1508.685821,2516.9414179999999,1307.9790410000001,1664.0335230000001,765.67381680000005,451.96197960000001,309.10964310000003,109.4570415,237.96543360000001,516.28868739999996,911.61237389999997,845.30873940000004,11145.02]
[null,2015,1364.3184080000001,1090.3498480000001,690.58167409999999,725.63466759999994,446.44193080000002,267.33275859999998,389.04477200000002,62.144258809999997,441.10106669999999,232.35742049999999,1385.8216560000001,1018.376942,8113.51]
[null,2016,1050.726332,1380.4986570000001,660.85981189999995,166.6094871,211.4976619,209.65426489999999,158.31022390000001,148.87980339999999,175.63163030000001,345.33869800000002,2027.8954060000001,2056.3248480000002,8592.23]
[null,2017,2185.8433850000001,1429.7902160000001,937.21768989999998,1970.938406,996.85213769999996,403.13044430000002,191.3495528,201.7653737,121.5478172,276.60155140000001,701.19461160000003,581.02703670000005,9997.26]
[null,2018,1147.930016,1380.015292,1622.5450169999999,790.57862209999996,286.23337850000001,422.42996959999999,88.573829309999994,213.9550519,534.95300029999999,611.74036579999995,949.50103460000003,1073.803003,9122.26]
[null,2019,2010.469818,1739.4905779999999,974.01680369999997,311.45612010000002,512.09558549999997,387.61953499999998,-6.3704657640000004,211.37316749999999,247.36745070000001,620.94307519999995,928.42841559999999,1104.5057999999999,9041.4]
[null,2020,2267.1647229999999,1302.3885700000001,846.88007370000003,390.9043163,854.82058210000002,659.35556710000003,184.59081230000001,180.57920110000001,466.62633369999998,1123.9384090000001,988.03480279999997,911.46395199999995,10176.75]
[null,2021,759.9182978,939.20635170000003,906.70962989999998,1149.7547420000001,224.86802309999999,399.22582460000001,168.96481919999999,428.12567039999999,394.30373070000002,703.42740600000002,770.16583630000002,948.98929889999999,7793.66]
[null,2022,1578.300215,1777.249127,1282.412904,1343.988807,693.18513029999997,134.95399459999999,161.5508135,24.374060920000002,140.39584300000001,228.10572730000001,886.49632989999998,1165.8622319999999,9416.8799999999992]
[null,2023,724.44099770000003,1694.7502059999999,795.80378089999999,1592.1596950000001,979.56019160000005,365.4748462,37.130682049999997,59.879309569999997,389.42295489999998,505.67129920000002,830.4931732,1437.9802629999999,9412.77]
[null,2024,1443.4620749999999,1149.233367,860.89229020000005,603.78227760000004,222.21052900000001,199.64020880000001,275.37902830000002,42.432722499999997,123.90707279999999,313.92783059999999,379.96749610000001,769.53435549999995,6384.37]
[null,"2007 (Dry)",971.44835060000003,820.56415149999998,990.59779979999996,595.61058130000004,231.04474830000001,148.11476089999999,252.8087993,22.726800770000001,162.59144710000001,134.57105960000001,1340.9050010000001,537.1342952,6208.12]
[]
[null,"Snowy Hydro Scheme - Weather Variability Representation"]
[null,"Data used in AEMO's modelling of the Snowy Hydro Scheme reflects interpretion of public domain data (including generation data) to determine 'net inflows' into the pondages, which includes inferred historic transfers from major upstream reservoirs and attempts to exclude inflows which were required to be released via environmental releases. 'Net inflows' are intended to represent the water which was made available for generation in the year at the given pondages, not the actual inflows into the scheme. This addressess temporal issues that actual inflows into the scheme do not necessarily equal to the water available for generation in the given financial year, and release requirements operate on a different time basis than AEMO's modelling (e.g. Water Year Ends April 30th).\n\nAEMO does not have permission to publish the dataset used in the modelling. An aggregate of the scheme is shown below for the purposes of demonstrating weather variability in the scheme; it is not a complete or accurate representation of the data used in AEMO's modelling of the Snowy Hydro Scheme, and is provided to demonstrate weather variability only."]
[]
[null,"Representative Net Inflows",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Representative Net Inflows (GL)"]
[null,"Reference Year (FYE)","Jul","Aug","Sep","Oct","Nov","Dec","Jan","Feb","Mar","Apr","May","Jun","Annual Total"]
[null,2011,279,213,341,263,386,397,164,235,152,108,173,191,2902]
[null,2012,140,126,121,112,146,107,72,120,197,135,178,251,1705]
[null,2013,402,313,266,233,156,175,111,171,164,172,242,268,2673]
[null,2014,348,227,188,244,191,274,58,34,13,26,146,191,1940]
[null,2015,116,120,169,116,43,67,111,95,166,120,106,134,1363]
[null,2016,175,190,180,165,102,124,249,231,317,199,196,313,2441]
[null,2017,302,216,234,335,329,359,120,132,73,49,282,296,2727]
[null,2018,215,232,142,96,44,62,179,157,201,228,278,394,2228]
[null,2019,295,249,100,78,48,51,105,85,87,114,188,292,1692]
[null,2020,156,137,152,125,104,90,167,178,125,139,208,249,1830]
[null,2021,214,231,138,190,155,172,172,184,253,155,250,341,2455]
[null,2022,234,105,132,135,221,149,175,168,158,140,345,353,2315]
[null,2023,305,240,210,227,263,162,187,132,163,116,223,198,2426]
[null,2024,233,241,124,88,170,128,129,182,181,108,179,212,1975]
[null,"2007 (Dry)",235,128,129,91,85,57,263,76,90,90,76,223,1543]

{"sheet":"Capacity Factors ","index":46,"n_rows":178,"n_cols":22,"rows_kept":178,"cut":false,"hidden":false,"merged":[]}
[null,"Go to Assumptions Summary"]
[null,"Capacity factors for new large-scale renewables"]
[null,"Approximate capacity factors of solar and wind technology based on renewable resource quality. Capacity factors depend on the reference year modelled and are presented below for reference years where data is available. "]
[null,"Capacity factors are static for all installations. Changes in capacity factor due to technology improvement or natural reduction in preferred installation sites are not modelled."]
[null,"Capacity factors are only included for REZs and technologies where the build limit is above 0 MW."]
[]
[null,"REZ ID / Subregion","REZ Name / Subregion Name","Technology","Region","2010-11","2011-12","2012-13","2013-14","2014-15","2015-16","2016-17","2017-18","2018-19","2019-20","2020-21","2021-22","2022-23","2023-24","2024-25","Avg of reference years","Comment"]
[null,"N0","New South Wales Non-REZ","Wind High","NSW",0.34953382959236501,0.320933660513051,0.34170862296862198,0.33054270455326401,0.33153550492137801,0.33332835195029598,0.335093435475118,0.35020314791180301,0.32521262612340102,0.36941197598978098,0.34751242210546102,0.36290304361084502,0.35635706126131,0.29321292690904699,0.33126696815565199,{"$f":"IFERROR(AVERAGE(F8:T8),\"\")","v":0.33858375213609287}]
[null,"N1","North West NSW","Wind High","NSW",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IFERROR(AVERAGE(F9:T9),\"\")","v":""},"Resource limit of 0 MW"]
[null,"N2","New England","Wind High","NSW",0.39017228553734501,0.36634931740919402,0.386306285755878,0.376204548740661,0.38080980754645,0.374676331795808,0.36287366193200199,0.40115584797635301,0.41146558241903503,0.379646724859933,0.38579641336256798,0.41178428804656497,0.39630239809891199,0.34695334217115897,0.37518531778210101,{"$f":"IFERROR(AVERAGE(F10:T10),\"\")","v":0.38304547689559759}]
[null,"N3","Central-West Orana","Wind High","NSW",0.39201402648646799,0.37245049769175997,0.38772072024594101,0.37503454147181797,0.39109304653509702,0.38065039716760402,0.37549312962047399,0.40427693481378801,0.39622871663664,0.40695566787364101,0.39869763480878601,0.40835904671589501,0.39355441988318401,0.35997964009233002,0.37676997602504197,{"$f":"IFERROR(AVERAGE(F11:T11),\"\")","v":0.38795189307123124}]
[null,"N4","Broken Hill","Wind High","NSW",0.42389415017444598,0.44754436667310199,0.446761215193962,0.44683258844178603,0.43651076716261,0.427334181807349,0.422411397986307,0.46846853090455198,0.45247313465093703,0.46234581202409702,0.44947113726278698,0.43893840368692599,0.45000846087892499,0.42226690817015899,0.44960414581073799,0.44299101338857877]
[null,"N5","South West NSW","Wind High","NSW",0.34978949274009902,0.36858899632116099,0.378923862952813,0.38744472945283698,0.36268863007723201,0.35968571761533102,0.362341799985264,0.38549139148893502,0.38682726393390499,0.39029421413918403,0.37958249354475698,0.380945308099507,0.37727245548988497,0.33359989111806798,0.36698751255703499,0.37136425063440087]
[null,"N6","Wagga Wagga","Wind High","NSW",0.33434675154627902,0.335142971568829,0.34880814222401901,0.34853901187511299,0.35325011090386099,0.33851356051766601,0.33380029121389199,0.35668102178384897,0.36720910205316898,0.36071016022948799,0.352962866115898,0.35409803573460302,0.35595061500870401,0.31572561928408599,0.34520868011808398,0.34672979601183601]
[null,"N7","Tumut","Wind High","NSW",0.34968994267633602,0.334853230952527,0.35457510790654301,0.36466339681955301,0.34105922504559899,0.34064395534746,0.360227130138843,0.36974085878416402,0.36478897702101598,0.382190461108115,0.35374759642963099,0.362737598225847,0.36832679030208998,0.31680468968966402,0.34394359194592999,0.35386617015955452]
[null,"N8","Cooma-Monaro","Wind High","NSW",0.34846819002776003,0.34607313110128901,0.377357385195706,0.38593245748249799,0.353949939950018,0.36423164908039701,0.37579508585446397,0.39060757517981498,0.38127635324790199,0.39015826805834902,0.37806933346668498,0.37273878942223498,0.38611760700699999,0.32749707357017099,0.35386203759148699,0.36880899174905174]
[null,"N9","Hunter-Central Coast","Wind High","NSW",0.33411696719103801,0.29390950570214502,0.32001543224859502,0.30473949814979601,0.30051124656309702,0.312508610425413,0.30921013310384798,0.33230399032775698,0.30003781011323599,0.317796756490625,0.32561186910374601,0.32763033356475901,0.31872839833790301,0.269324148044296,0.31098223591208002,0.31182846235188894]
[null,"N12","Illawarra","Wind High","NSW",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"","Resource limit of 0 MW"]
[null,"N13","South Cobar","Wind High","NSW",0.37543733642799998,0.38609276141726101,0.39126747608918899,0.383412108277362,0.381896748715495,0.36829925651356499,0.37613037712592301,0.40504707688379499,0.39830948647829401,0.39226739619065898,0.38206948918576,0.38412002517842098,0.39701815954835201,0.37007466224445301,0.37669160848300998,0.38454226458396928]
[null,"Q1","Far North QLD","Wind High","QLD",0.45576870186371499,0.48049081814921601,0.497521141207176,0.52050686053887196,0.50707222023479503,0.46380999727427902,0.47405197504568902,0.51612728997881097,0.502007021403718,0.48263829126972702,0.46445272968450901,0.434980953925652,0.43974888357039499,0.49985830195018499,0.466944102206788,0.48039861922023513]
[null,"Q2","North Qld Clean Energy Hub","Wind High","QLD",0.429480526995551,0.43582079491491799,0.455669309957354,0.46464768912902799,0.45934609857150499,0.424246775679956,0.43283775146571402,0.46467775956143997,0.47167872603820499,0.45483510446282499,0.44598771011942001,0.41102095755165902,0.41595533271026103,0.45939883442436202,0.44705804140752398,0.44484409419931475]
[null,"Q3","Northern Qld","Wind High","QLD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"","Resource limit of 0 MW"]
[null,"Q4","Isaac","Wind High","QLD",0.33719182938527298,0.33281526659816901,0.34922322896839603,0.39277808398924102,0.36461519077441901,0.36861670590149698,0.34958588754778602,0.35300071604594402,0.399163081707964,0.351280107041399,0.38452832726647601,0.37670892955873098,0.343772095963503,0.37559579789453101,0.36479849760741201,0.36291158308338278]
[null,"Q5","Barcaldine","Wind High","QLD",0.41466480178183901,0.409198462429812,0.45185116434582301,0.453561960315704,0.46626684459588502,0.44581766946243401,0.432906050050476,0.46516087108542797,0.47519403387165798,0.43448934147665103,0.44457498823467201,0.433033066786985,0.42561162494667998,0.44151683509638101,0.46835202001181903,0.4441466489661498]
[null,"Q6","Fitzroy","Wind High","QLD",0.36612509529418302,0.36832324308966802,0.372433713849044,0.39603375684283598,0.38062795475330902,0.381692763902924,0.37728947142604102,0.35122313713276598,0.40568414342481601,0.37268100187527697,0.390358462289497,0.37525600120429298,0.356070169494143,0.39095587609610399,0.37794103726774803,0.37751305519617662]
[null,"Q7","Wide Bay","Wind High","QLD",0.30645147260922501,0.30854196105041798,0.31461477886468497,0.296913642089007,0.30468125525280099,0.28789217018225,0.29972089422422599,0.29398158640433503,0.31107306641510901,0.28683686883037002,0.30186767159747202,0.304846398290402,0.28952317693157498,0.29241765399846298,0.301126694509182,0.30003261941663462]
[null,"Q8a","Darling Downs","Wind High","QLD",0.32313576642150599,0.33414301739393298,0.35985359064454903,0.37237471859184401,0.37506961755665602,0.37003253486426502,0.35115568834106903,0.357245935902617,0.38804833938466798,0.35785481351624499,0.36673095187642202,0.36616034733687902,0.35488832228301198,0.34387176658386698,0.363200792904456,0.35891774690679917]
[null,"Q8b","Southern Downs","Wind High","QLD",0.39769091613382601,0.391022651343223,0.40469392527800702,0.38398575373277299,0.40258482697586501,0.392167818392471,0.37659195509712301,0.40440879734389101,0.42621661398071098,0.38933987550565902,0.40404476507214299,0.42471041347649602,0.41504427214367201,0.37275132974320102,0.394531011663452,0.39865232839216758]
[null,"Q8c","Western Downs","Wind High","QLD",0.41295472173133702,0.40803382787963799,0.42084883421160002,0.4138379841723,0.42122762168941302,0.41555303441496799,0.410160631498869,0.408889745348467,0.44452633477118297,0.40751444268576498,0.42604200053891,0.426086392458915,0.415037177976123,0.39301312557106199,0.40826874190169599,0.41546630779001636]
[null,"Q9","Banana","Wind High","QLD",0.32630751578290701,0.328120128373525,0.34542455852813297,0.35454131590055499,0.34557789895733898,0.348369906575001,0.33426984459133402,0.34531147256639999,0.36723130124765502,0.327194831169974,0.33909908750991002,0.334526433119952,0.32919146955434397,0.33433641258000202,0.34283743037944497,0.3401559737890984]
[null,"Q10","Collinsville","Wind High","QLD",0.39642493203288698,0.37725831996978798,0.37990478528849497,0.407507058319245,0.37865188128070298,0.38901646310892202,0.375439447552262,0.38214416629665299,0.42741840349421301,0.362468673889487,0.41771690202060502,0.388673104897095,0.370254672134808,0.42705846314733997,0.40236115536370198,0.39215322858641372]
[null,"S1","South East SA","Wind High","SA",0.40487211024174702,0.44301226451121101,0.42991320234105801,0.46051806154560798,0.427134592125614,0.42651092031659199,0.40874076869430997,0.43863044045104599,0.44177953655436902,0.43820333859171301,0.43530876878827701,0.455000721395173,0.44553118834771099,0.39962406162321201,0.41428430091531399,0.43127095176286362]
[null,"S2","Riverland","Wind High","SA",0.33834357316097702,0.35802171790523402,0.370622864901611,0.379741475033815,0.35202776184451101,0.35760335592224901,0.335948489786352,0.38803040591412102,0.390963460253543,0.37245170160276497,0.36233859517890299,0.38174883490432099,0.373031182150384,0.34069727244123499,0.373874209448116,0.3650296600298758]
[null,"S3","Mid-North SA","Wind High","SA",0.42035608265618601,0.44012445046304399,0.43405164335944402,0.46405346876338199,0.42362682631675103,0.42871952717477102,0.40504049591598901,0.46006483422063599,0.45889439812573202,0.44302173755276297,0.43368352061686499,0.44839983847010201,0.453373985923337,0.40672956251644199,0.44036115185640101,0.43736676826212306]
[null,"S4","Yorke Peninsula","Wind High","SA",0.420034797551742,0.43419095672126801,0.42745705937845602,0.47468935410108298,0.42377363018310998,0.42591005286707501,0.40456799695057899,0.45395067172091302,0.45173848046864701,0.42770081927015202,0.441363701754937,0.45850985189378302,0.45436271831003799,0.42415522946550199,0.43985717311919698,0.43748416625043224]
[null,"S5","Northern SA","Wind High","SA",0.4137237119328,0.42512322206438002,0.43524441701350502,0.44187346771962899,0.43096119113959702,0.42490343051220397,0.40816962517203298,0.44471908119801001,0.44393576767415999,0.43911444955663498,0.43895182366254498,0.44682243283957102,0.44266805987630897,0.42911355390856698,0.44365646543985698,0.43393204664732016]
[null,"S6","Roxby Downs","Wind High","SA",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"","Resource limit of 0 MW"]
[null,"S7","Eastern Eyre Peninsula","Wind High","SA",0.42355815557674797,0.43914471341087102,0.43817523717268603,0.47845024381739698,0.43781012860591501,0.445310484218785,0.41670014623401802,0.46787279830619799,0.459465873594809,0.44173212197369899,0.45836106651150599,0.46294024692062502,0.454482059898139,0.44554606355017901,0.46220671728111001,0.44878373713817893]
[null,"S8","Western Eyre Peninsula","Wind High","SA",0.42860426722315997,0.43934292576085099,0.43245674402030099,0.47776343797947401,0.42664726647857798,0.439673182994613,0.41209693768877398,0.46194027287422201,0.44994799300103,0.43541017091371897,0.46360917599500101,0.46051996539541501,0.44957035861484101,0.45343016670777198,0.46384443210714099,0.44632381985032615]
[null,"T1","North East Tasmania","Wind High","TAS",0.42352184044450503,0.40692771420503698,0.40782298887791602,0.43398745447295001,0.40775799072666802,0.40291889220221999,0.44788692115927198,0.43172754184773499,0.44898331856573698,0.462297696198883,0.41359516872700802,0.41823087610523502,0.41969819767981098,0.40079000371844398,0.42766172099674898,0.42358722172854468]
[null,"T2","North West Tasmania","Wind High","TAS",0.50374180760044096,0.50537138417965699,0.48457745061101998,0.519607943193372,0.49582815768234501,0.47602877461781801,0.49344302668923301,0.51747039706843501,0.50710259561487403,0.52473485526980901,0.50717928304319804,0.48897613056734301,0.49764546869936099,0.46551582998186197,0.49737254243116402,0.49897304314999552]
[null,"T3","Central Highlands","Wind High","TAS",0.51381970491383899,0.50961612505450904,0.495582270356548,0.51189342026281204,0.50736562492236803,0.486489860689299,0.50645269916341595,0.51964493329018502,0.52777870230499302,0.54064140576645303,0.48977279157635001,0.45711412168374299,0.47604763713009801,0.48175016878011001,0.49561406850569301,0.50130556896002776]
[null,"V0","Victoria Non-REZ","Wind High","VIC",0.36986936080355798,0.38824362470811102,0.37026292516149301,0.43105966053373401,0.369640884109535,0.36983531289614302,0.388828493344332,0.385477789561462,0.38847164403825002,0.40591890641504302,0.39494520876161998,0.41638242539926101,0.39408044808487103,0.36767102536472901,0.37675434665003399,{"$f":"IFERROR(AVERAGE(F43:T43),\"\")","v":0.38782947038881171}]
[null,"N0","New South Wales Non-REZ","Wind Medium","NSW",0.30029376574101802,0.272887392088425,0.287748463383109,0.282754586841233,0.28061279262910999,0.285343689468673,0.28794833435683298,0.30513930916307602,0.28092408104440297,0.31734975398493698,0.298813444596217,0.31234284939041701,0.30965154385572502,0.24569949509757899,0.28139934016715901,0.28992725612052755]
[null,"N1","North West NSW","Wind Medium","NSW",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"","Resource limit of 0 MW"]
[null,"N2","New England","Wind Medium","NSW",0.36047321810446797,0.34355995541287598,0.35771859568967002,0.34152666883351401,0.35067681795337402,0.346951112609589,0.33908555048349698,0.36650973825977401,0.364954224831602,0.34924673768344,0.366639310279054,0.38044671532958102,0.36770166173916402,0.31014637450975802,0.34571716917280099,0.35275692339281078]
[null,"N3","Central-West Orana","Wind Medium","NSW",0.37050586379780698,0.34948036751912498,0.368473419940409,0.35711082931884502,0.370563825072867,0.35960137076768101,0.35688089169454601,0.385670242677074,0.38067795609122401,0.38704438528902602,0.38128345776699102,0.388542410176972,0.37700778522498801,0.339855643883267,0.35385638567575201,0.36843698899310495]
[null,"N4","Broken Hill","Wind Medium","NSW",0.39719200919915398,0.428927562866389,0.42784461358118098,0.42925174170070202,0.40820468550532901,0.409366272264793,0.40029636467046298,0.44717656184818899,0.42622640394545203,0.43326001922172902,0.42548608483692202,0.41468420930490402,0.42542050821213001,0.397543787714637,0.41962428443264099,0.41936700728697435]
[null,"N5","South West NSW","Wind Medium","NSW",0.34692936318064699,0.361603475976501,0.37583298297828299,0.38568153720290999,0.36242839363838097,0.353508328340296,0.35595537913709702,0.378027864292594,0.38037873956099599,0.38468555702360102,0.37442612066195202,0.37515043538344101,0.37322837066560699,0.33126324539905799,0.36242800180004198,0.36676851968276042]
[null,"N6","Wagga Wagga","Wind Medium","NSW",0.32558506230788697,0.327159948801722,0.342054854600503,0.34275066216267902,0.34113579215627499,0.32990474051455598,0.32689366965691902,0.34924166333087597,0.35804087898716602,0.35107691008360498,0.34302501836120902,0.34520709497533503,0.34913167084190799,0.30621790250974901,0.332804813419177,0.33801537884730437]
[null,"N7","Tumut","Wind Medium","NSW",0.294083741629308,0.282643869137022,0.30213850757007299,0.30976885538848598,0.29158378709237398,0.28921588059939202,0.30622473147505702,0.31735047300340302,0.30990448968960499,0.32961104005271202,0.30337415579410898,0.31277168104132202,0.31628495562380798,0.268993107896982,0.29334068718685702,0.30181933087870066]
[null,"N8","Cooma-Monaro","Wind Medium","NSW",0.31954624805089399,0.31151979595478202,0.34121176841999501,0.34343984282683798,0.32153977918334298,0.328726668468942,0.34000877124242501,0.35441254849939602,0.3436669305201,0.35296158299078101,0.345120336066018,0.33604507767989,0.35149127413338699,0.29658188480749698,0.32682222618874901,0.33420631566886916]
[null,"N9","Hunter-Central Coast","Wind Medium","NSW",0.31501344894208699,0.27591143971695198,0.29905723383399702,0.283201635012236,0.283435733323114,0.28956343834839099,0.29056969140560401,0.31550613524546001,0.28247700392355202,0.30188837455343498,0.30421112653476101,0.31110300390480999,0.29958915283079501,0.25351577255122498,0.28713464837199898,0.2928118558998945]
[null,"N12","Illawarra","Wind Medium","NSW",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"","Resource limit of 0 MW"]
[null,"N13","South Cobar","Wind Medium","NSW",0.36246402259205601,0.37317771242747699,0.37999529023530998,0.37296289699887902,0.370117980019052,0.35654787352766998,0.36333610034471597,0.39367847035479397,0.385582770145319,0.38053081762882701,0.37056815045222402,0.370452654537133,0.384354996153151,0.35593700224458802,0.36300223446190699,0.3721805981415402]
[null,"Q1","Far North QLD","Wind Medium","QLD",0.35966773295129401,0.38197619648119502,0.401761534201731,0.44206416075823601,0.43354577338719902,0.39041210191565801,0.39495353342411399,0.43217138273786598,0.42298586624443801,0.41008336263741302,0.38496981850350098,0.34477596562198398,0.34400882143202599,0.42719568829522397,0.38855108388092002,0.39727486816485325]
[null,"Q2","North Qld Clean Energy Hub","Wind Medium","QLD",0.37097996449777898,0.37214780541754799,0.41767618024125802,0.41452677790730702,0.41946997773338401,0.38080530159960402,0.37348631000906601,0.402855526232757,0.41637113194037501,0.39881255638915603,0.38352105914946499,0.37069874939031799,0.352880474051674,0.39897816549718101,0.37611144750526299,0.38995476183747563]
[null,"Q3","Northern Qld","Wind Medium","QLD",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"","Resource limit of 0 MW"]
[null,"Q4","Isaac","Wind Medium","QLD",0.27447585922996198,0.26177282652268102,0.27847575569799399,0.31834838644329699,0.29214120335325,0.29208009351817199,0.28153940627629298,0.28171799676403197,0.324889474902188,0.27703258940922598,0.303487675684875,0.301599341296162,0.27008398101011999,0.29914938079387998,0.28837987323044401,0.28967825627550509]
[null,"Q5","Barcaldine","Wind Medium","QLD",0.38320434005645998,0.37992146320468201,0.42447786797913101,0.42953048095393098,0.44013843156372301,0.41535362394116199,0.40722879520246202,0.43645055966819701,0.44542083616774097,0.406126189466673,0.41381959006461,0.40448554620879301,0.39999348027363402,0.41653931294276902,0.43996506625313497,0.4161770389298069]
[null,"Q6","Fitzroy","Wind Medium","QLD",0.32187198820041601,0.31711785025547501,0.32183562693217699,0.33564617194957402,0.31884469006289201,0.31758264465139302,0.31052743643327901,0.29658801529266898,0.347770598491908,0.29943680859458499,0.32318465797600998,0.306218381146737,0.29729877874602501,0.34032654158456899,0.318604847757812,0.31819033587170148]
[null,"Q7","Wide Bay","Wind Medium","QLD",0.27589272673694898,0.282225839388413,0.28883101717687598,0.27513531143195502,0.27599571461490302,0.26156886290537701,0.27426986614557303,0.27447012664426601,0.28372367321684799,0.260155161938048,0.273957470140826,0.27502306553943301,0.25932291900586901,0.26171757831556303,0.27459671044409001,0.2731257362429993]
[null,"Q8a","Darling Downs","Wind Medium","QLD",0.30296763847276997,0.31528427788789498,0.34150451675499599,0.35320885996627399,0.35808613770568298,0.34777157178610202,0.332559551989139,0.33545211578578699,0.36487834587044599,0.33666929783267602,0.347584165942179,0.34382827575984098,0.33518734115292498,0.31945806975795799,0.33884311799833899,0.33821888564420066]
[null,"Q8b","Southern Downs","Wind Medium","QLD",0.33547227739358298,0.32852858308906502,0.35809858317441201,0.361713574161869,0.36150289605249503,0.35328844917822699,0.34644940316565198,0.35963343662077502,0.39382073561633701,0.36700377731470202,0.36402846213398798,0.37614429837767499,0.36731400204661901,0.34365979172865102,0.36090245126676901,0.35850404808805464]
[null,"Q8c","Western Downs","Wind Medium","QLD",0.33918325481582901,0.34116877378749799,0.35868958441187998,0.37036264709134897,0.369381772977245,0.36603453895322402,0.36597859520958798,0.35873287003335402,0.39145759406991998,0.373678041779134,0.37035408308144502,0.37568093658302198,0.35812817091543803,0.34184111635139802,0.36216783595263702,0.36285598773419742]
[null,"Q9","Banana","Wind Medium","QLD",0.26778415637222802,0.265954988850922,0.28383970237517703,0.29622281552954299,0.29628083026254398,0.28443325567389399,0.28741829607132402,0.28777354646493902,0.31069902808392502,0.27060185472825399,0.28554734773671098,0.28326309347419798,0.26826437743922099,0.26898304772653597,0.28256951167966099,0.28264239016460518]
[null,"Q10","Collinsville","Wind Medium","QLD",0.30014361896774699,0.299425387542746,0.32629774570248699,0.372118950353931,0.35144452787643499,0.34218758853418901,0.32268208075703902,0.34696312925022199,0.38021005995137303,0.33136140644468098,0.353187525789946,0.342326201067295,0.31933832863112499,0.35332429332065601,0.34117162846650601,0.33881216484375848]
[null,"S1","South East SA","Wind Medium","SA",0.38979393087071301,0.42258467321860699,0.41458076527007498,0.44261073878285401,0.40523720234673,0.40640495586129999,0.38967098861252197,0.42269885655359901,0.42240829615317199,0.42454967189102799,0.413107546617488,0.43289083318993699,0.41687047132993998,0.385086072389344,0.40059888214668099,0.41260625901559927]
[null,"S2","Riverland","Wind Medium","SA",0.32050176991074197,0.34239349672319003,0.35057011023258799,0.36282350381157402,0.33234968097228501,0.34092514993270101,0.32424951743347302,0.36777608666124301,0.37089281459927098,0.35701730313045899,0.34396410930780602,0.363152778793357,0.35476685769635302,0.31861943288225603,0.351682449422896,{"$f":"IFERROR(AVERAGE(F69:T69),\"\")","v":0.34677900410067958}]
[null,"S3","Mid-North SA","Wind Medium","SA",0.37546001818515801,0.405933797926948,0.401626776799894,0.42362121335929398,0.38491087979680799,0.39445195453172399,0.37207273309639199,0.42824330894607998,0.42884535582782402,0.41925136026145099,0.39762987729749599,0.41505888341386898,0.41831186009409699,0.37619428623329798,0.407856393662414,0.40329791329551662]
[null,"S4","Yorke Peninsula","Wind Medium","SA",0.41393567709231899,0.42683960110463298,0.415819859605846,0.4617883217223,0.41594497017451698,0.41686502060825698,0.39623172139517898,0.443713859998491,0.44672529814214901,0.420807561038121,0.43016396220361702,0.45356569225537602,0.44558813473949799,0.41194536462113601,0.42879461907933197,0.42858197758538463]
[null,"S5","Northern SA","Wind Medium","SA",0.38681761479210802,0.39801117395521202,0.416255556036634,0.42778912847596201,0.40502094690447499,0.405782527151484,0.38520708512991703,0.42333461463764599,0.425028583294214,0.41497215199972698,0.41649965781511,0.42903146290212402,0.42481008019118999,0.401708700388273,0.419433807477191,0.41198020607675112]
[null,"S6","Roxby Downs","Wind Medium","SA",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"","Resource limit of 0 MW"]
[null,"S7","Eastern Eyre Peninsula","Wind Medium","SA",0.39735160159032201,0.41135910179896301,0.40713662798514799,0.45152923500137199,0.40532244457970501,0.41148461856580298,0.38575224601791502,0.435248167269984,0.423817845888458,0.413779785064117,0.42658561321155097,0.43689779133645701,0.422631081779067,0.40488946521499503,0.42354376821817202,0.41715529290146863]
[null,"S8","Western Eyre Peninsula","Wind Medium","SA",0.40373727764413703,0.41947946585497198,0.41979596729237001,0.45504616228609801,0.41347543582916602,0.41572769265704301,0.393853654809592,0.446513378366236,0.43619040222311001,0.417547084765308,0.44596408899787399,0.42735148516859001,0.42708932021467799,0.42483118125663799,0.43795759302982601,0.42563734602637582]
[null,"T1","North East Tasmania","Wind Medium","TAS",0.37599351712636297,0.36037059565162,0.355811626189527,0.38383374426084799,0.36849468345148401,0.37070069736468603,0.40332053392220502,0.377549541119025,0.39413401672370202,0.41670522187577202,0.37013309602046102,0.381624039774483,0.37496159920072902,0.36441770059954998,0.38450227482687199,0.3788368592071551]
[null,"T2","North West Tasmania","Wind Medium","TAS",0.46922019674922699,0.46485885137677901,0.443579038356893,0.47478522930303502,0.45529551682957597,0.437525901128961,0.45666561415502999,0.47390082487909801,0.468238140267693,0.484817746075693,0.462234637019308,0.44264686206618897,0.45421894971629301,0.42871279562718501,0.46161548960815801,0.4585543862106079]
[null,"T3","Central Highlands","Wind Medium","TAS",0.45050726890790599,0.448106334631801,0.439992034239023,0.46748676324897798,0.45453086846614499,0.43760816618665299,0.45857450766762697,0.46238225518984799,0.47534268233431898,0.49368834354541002,0.43865449935525203,0.40796854669811899,0.419950236853467,0.42857243401078399,0.43929431717696499,0.44817728390081973]
[null,"V0","Victoria Non-REZ","Wind Medium","VIC",0.34622897660704,0.36412308018341799,0.34130714516010902,0.40709331409830202,0.33738745253295299,0.34003215680864901,0.36004576488266599,0.36141606140971699,0.36591919842051901,0.37824413888650399,0.36366153231020698,0.39049540088089801,0.36880809653382302,0.333829164229898,0.33781287966727702,0.35976029084079875]
[null,"N10","Hunter Coast","Offshore Wind - Fixed","NSW",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"","Resource limit of 0 MW"]
[null,"N11","Illawarra Coast","Offshore Wind - Fixed","NSW",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"","Resource limit of 0 MW"]
[null,"T4","North Tasmanian Coast","Offshore Wind - Fixed","TAS",0.50771441535930495,0.51787930360210299,0.50511197285223897,0.51203790320354003,0.49545327846331799,0.50039411059752203,0.53055844417810005,0.54096858125400105,0.52841686121318499,0.55051232383890203,0.524452012546892,0.52421957488294602,0.52383676463978401,0.50840874121733504,0.52427865895968795,0.51961619645392398]
[null,"N10","Hunter Coast","Offshore Wind - Floating","NSW",0.47502537516833598,0.416505481567577,0.45388860465491199,0.42537799586781899,0.43880275774088601,0.441923700347094,0.46250740512615302,0.44875847500987098,0.462903009217777,0.42380526951930098,0.46632451529822999,0.46906047535877599,0.45295094015377402,0.39531316857355803,0.460602065185445,0.44624994925263389]
[null,"N11","Illawarra Coast","Offshore Wind - Floating","NSW",0.455424475912941,0.39866740696480002,0.44320666784792401,0.43086003388494098,0.42270560165214799,0.430848976354341,0.43421391848454099,0.43899151750787302,0.45265368903388697,0.41564760891431202,0.430434839463116,0.44954202937504301,0.45361286545806301,0.39862291800885602,0.42538587770155301,0.43205456177095591]
[null,"T4","North Tasmanian Coast","Offshore Wind - Floating","TAS",0.52913164800394996,0.54285840332833502,0.53119578436063997,0.53236310673788201,0.50028262777600196,0.52584344588938203,0.535182678522096,0.549640925285932,0.53621426860216803,0.57080127904820799,0.54569437668503296,0.54571710306036703,0.54754103102686003,0.526170523572978,0.55412122741985304,0.53818389528797916]
[null,"N0","New South Wales Non-REZ","Large scale Solar PV","NSW",0.36977228581689398,0.36027147206814097,0.370719911028983,0.349914424582557,0.38530657464157397,0.355579275162485,0.35825330534761501,0.39228246663253602,0.38975831030837499,0.38729155349405298,0.37758366067459898,0.38448694293993901,0.375162658018942,0.37562658412116601,0.36365564586464599,0.37304433804683368]
[null,"N1","North West NSW","Large scale Solar PV","NSW",0.32942679656518098,0.291910226423783,0.30682827449253902,0.31801565676752502,0.309917302858078,0.30722242586796999,0.31348454681035298,0.32512970885507803,0.31314488936726098,0.342028997261555,0.31720110981850702,0.33943126683739,0.33571815692252499,0.27967276230703603,0.32326440583041899,0.31682643513234665]
[null,"N2","New England","Large scale Solar PV","NSW",0.33986229462295298,0.31589439207006798,0.34301729881089599,0.35153335633946797,0.32318061965646799,0.32924602052862001,0.34388750787582101,0.36207435200100102,0.337613352920903,0.36849637931878998,0.34142092034892901,0.36075768474782099,0.36782786951407198,0.301113509694795,0.32937402458124498,0.34101997220212332]
[null,"N3","Central-West Orana","Large scale Solar PV","NSW",0.23743900000000001,0.24926300000000001,0.28215099999999999,0.282167,0.27790700000000002,0.278839,0.278146,0.29330800000000001,0.29285800000000001,0.28529399999999999,0.27415400000000001,0.25226100000000001,0.27790799999999999,0.28735300000000003,0.28159499999999998,0.27537620000000002]
[null,"N4","Broken Hill","Large scale Solar PV","NSW",0.26863300000000001,0.28519699999999998,0.301344,0.29941099999999998,0.304087,0.28895599999999999,0.29582999999999998,0.30620999999999998,0.31575999999999999,0.327345,0.30396800000000002,0.29999500000000001,0.30440699999999998,0.31552999999999998,0.31390299999999999,0.30203839999999998]
[null,"N5","South West NSW","Large scale Solar PV","NSW",0.24798799999999999,0.26362099999999999,0.278644,0.267787,0.28174199999999999,0.27507100000000001,0.27061299999999999,0.28234999999999999,0.28806300000000001,0.28703800000000002,0.27780700000000003,0.26696700000000001,0.27546100000000001,0.29039199999999998,0.29233700000000001,{"$f":"IFERROR(AVERAGE(F91:T91),\"\")","v":0.27639206666666666}]
[null,"N6","Wagga Wagga","Large scale Solar PV","NSW",0.236564,0.25276700000000002,0.270727,0.25870900000000002,0.27047399999999999,0.26568199999999997,0.25958100000000001,0.272061,0.27510499999999999,0.26768500000000001,0.26366000000000001,0.246307,0.26085000000000003,0.28052100000000002,0.28351199999999999,0.26428033333333334]
[null,"N7","Tumut","Large scale Solar PV","NSW",0.22306699999999999,0.22675600000000001,0.253612,0.24296000000000001,0.25021399999999999,0.25355299999999997,0.244148,0.25550499999999998,0.25767899999999999,0.25240899999999999,0.246638,0.22773299999999999,0.24438199999999999,0.26886100000000002,0.27094099999999999,{"$f":"IFERROR(AVERAGE(F93:T93),\"\")","v":0.24789720000000004}]
[null,"N8","Cooma-Monaro","Large scale Solar PV","NSW",0.22269700000000001,0.21690000000000001,0.24613299999999999,0.241591,0.23716400000000001,0.24465500000000001,0.24076,0.25636700000000001,0.25795899999999999,0.25837199999999999,0.24655199999999999,0.220583,0.249754,0.25850200000000001,0.26076899999999997,{"$f":"IFERROR(AVERAGE(F94:T94),\"\")","v":0.24391719999999997}]
[null,"N9","Hunter-Central Coast","Large scale Solar PV","NSW",0.21752199999999999,0.22464300000000001,0.25375199999999998,0.26634000000000002,0.25183699999999998,0.25510100000000002,0.25213200000000002,0.26856999999999998,0.26689600000000002,0.25572099999999998,0.24182400000000001,0.231826,0.26612599999999997,0.25755499999999998,0.24323800000000001,0.25020553333333329]
[null,"N12","Illawarra","Large scale Solar PV","NSW",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"","Resource limit of 0 MW"]
[null,"N13","South Cobar","Large scale Solar PV","NSW",0.25288899999999997,0.274063,0.29525400000000002,0.294433,0.291964,0.28957300000000002,0.29192800000000002,0.30488500000000002,0.30774499999999999,0.30845,0.29820999999999998,0.27273999999999998,0.29354799999999998,0.29614499999999999,0.29303699999999999,0.29099093333333331]
[null,"Q1","Far North QLD","Large scale Solar PV","QLD",0.23030100000000001,0.25985999999999998,0.27237499999999998,0.26029999999999998,0.28526099999999999,0.28198800000000002,0.27604299999999998,0.28312999999999999,0.27382299999999998,0.29041899999999998,0.27150600000000003,0.26629799999999998,0.27379199999999998,0.25868000000000002,0.26752799999999999,0.27008693333333333]
[null,"Q2","North Qld Clean Energy Hub","Large scale Solar PV","QLD",0.26301400000000003,0.28912599999999999,0.29941299999999998,0.29950900000000003,0.31412899999999999,0.31145200000000001,0.30979000000000001,0.30699700000000002,0.30970599999999998,0.324187,0.30650100000000002,0.302616,0.30075000000000002,0.29336800000000002,0.29355700000000001,0.30160766666666661]
[null,"Q3","Northern Qld","Large scale Solar PV","QLD",0.23210700000000001,0.26747500000000002,0.28675800000000001,0.27941100000000002,0.30209399999999997,0.30387599999999998,0.29241299999999998,0.29475600000000002,0.28898200000000002,0.30955100000000002,0.28196300000000002,0.29359299999999999,0.28593600000000002,0.275725,0.271787,0.28442846666666666]
[null,"Q4","Isaac","Large scale Solar PV","QLD",0.23255300000000001,0.26933499999999999,0.27544999999999997,0.28749000000000002,0.29511399999999999,0.29504900000000001,0.28990899999999997,0.29598099999999999,0.293045,0.30889800000000001,0.287804,0.29020899999999999,0.28717900000000002,0.28629300000000002,0.28168599999999999,0.28506633333333331]
[null,"Q5","Barcaldine","Large scale Solar PV","QLD",0.27715000000000001,0.29742800000000003,0.314967,0.32369599999999998,0.33120500000000003,0.32127,0.31348399999999998,0.32484000000000002,0.33304800000000001,0.33272400000000002,0.32412200000000002,0.31531599999999999,0.311274,0.311558,0.314139,0.31641473333333331]
[null,"Q6","Fitzroy","Large scale Solar PV","QLD",0.233268,0.26563999999999999,0.27272200000000002,0.28900900000000002,0.28817900000000002,0.29463699999999998,0.287132,0.29065000000000002,0.29208299999999998,0.30267300000000003,0.28607700000000003,0.28056700000000001,0.28387499999999999,0.28471299999999999,0.28187899999999999,0.28220693333333335]
[null,"Q7","Wide Bay","Large scale Solar PV","QLD",0.220943,0.249197,0.26115500000000003,0.27519900000000003,0.26837800000000001,0.27699699999999999,0.27584199999999998,0.27822400000000003,0.27761200000000003,0.286047,0.26826899999999998,0.25922699999999999,0.26699400000000001,0.27045999999999998,0.26617299999999999,0.26671446666666665]
[null,"Q8a","Darling Downs","Large scale Solar PV","QLD",0.24137800000000001,0.26850200000000002,0.28411999999999998,0.29852899999999999,0.29132400000000003,0.29416599999999998,0.295707,0.29996200000000001,0.305224,0.30648700000000001,0.287132,0.27785300000000002,0.28849399999999997,0.29240100000000002,0.28686200000000001,0.28787606666666671]
[null,"Q8b","Southern Downs","Large scale Solar PV","QLD",0.218385,0.24705199999999999,0.25731500000000002,0.27501799999999998,0.26320900000000003,0.269901,0.27579500000000001,0.27840900000000002,0.27731899999999998,0.28708600000000001,0.26619900000000002,0.252168,0.27233000000000002,0.27260400000000001,0.26893600000000001,0.26544840000000003]
[null,"Q8c","Western Downs","Large scale Solar PV","QLD",0.23199400000000001,0.26103300000000002,0.27072099999999999,0.28781200000000001,0.276806,0.28900799999999999,0.28636600000000001,0.29497099999999998,0.29520999999999997,0.297153,0.27759,0.26557999999999998,0.29209000000000002,0.29047299999999998,0.28234900000000002,0.27994373333333333]
[null,"Q9","Banana","Large scale Solar PV","QLD",0.240313,0.27239400000000002,0.28286299999999998,0.30138999999999999,0.29677500000000001,0.29862499999999997,0.29694300000000001,0.30328100000000002,0.30360100000000001,0.31131900000000001,0.293819,0.28772700000000001,0.291209,0.29083799999999999,0.29211599999999999,0.29088086666666668]
[null,"Q10","Collinsville","Large scale Solar PV","QLD",0.23471600000000001,0.269343,0.28343299999999999,0.28214800000000001,0.29838100000000001,0.297987,0.28640599999999999,0.29544799999999999,0.28934300000000002,0.30787799999999999,0.28475600000000001,0.29049000000000003,0.28880800000000001,0.28233399999999997,0.275893,0.28449093333333336]
[null,"S1","South East SA","Large scale Solar PV","SA",0.20823800000000001,0.229492,0.23336999999999999,0.222887,0.22913900000000001,0.23607300000000001,0.23313500000000001,0.23723,0.23946500000000001,0.236813,0.23427700000000001,0.238119,0.237149,0.25470900000000002,0.25498599999999999,0.23500546666666672]
[null,"S2","Riverland","Large scale Solar PV","SA",0.244481,0.25991199999999998,0.272698,0.26692399999999999,0.27857399999999999,0.27450600000000003,0.27167799999999998,0.27647300000000002,0.28752299999999997,0.29030099999999998,0.27770899999999998,0.27689799999999998,0.27515600000000001,0.293686,0.29275400000000001,0.27595153333333339]
[null,"S3","Mid-North SA","Large scale Solar PV","SA",0.22867100000000001,0.24548800000000001,0.257631,0.24728700000000001,0.25836999999999999,0.25933099999999998,0.25434899999999999,0.25599,0.26688699999999999,0.270814,0.26149299999999998,0.26031599999999999,0.256776,0.28587200000000001,0.28520800000000002,0.25963219999999998]
[null,"S4","Yorke Peninsula","Large scale Solar PV","SA",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Resource limit of 0 MW"]
[null,"S5","Northern SA","Large scale Solar PV","SA",0.25443300000000002,0.27174399999999999,0.28044200000000002,0.27067999999999998,0.283997,0.28018300000000002,0.281196,0.28235300000000002,0.28899000000000002,0.301068,0.28238200000000002,0.28381400000000001,0.28371299999999999,0.30160500000000001,0.29978700000000003,0.28309246666666671]
[null,"S6","Roxby Downs","Large scale Solar PV","SA",0.27595599999999998,0.29305799999999999,0.30464999999999998,0.303813,0.30721100000000001,0.30008400000000002,0.30734899999999998,0.30885299999999999,0.319409,0.33449400000000001,0.31328299999999998,0.307419,0.31663999999999998,0.328123,0.31795299999999999,0.30921966666666661]
[null,"S7","Eastern Eyre Peninsula","Large scale Solar PV","SA",0.21526799999999999,0.235651,0.25272299999999998,0.238845,0.24618300000000001,0.24935599999999999,0.25120799999999999,0.24794099999999999,0.26191700000000001,0.262326,0.25305699999999998,0.24424000000000001,0.25520399999999999,0.27389999999999998,0.27675499999999997,0.25097159999999996]
[null,"S8","Western Eyre Peninsula","Large scale Solar PV","SA",0.24315700000000001,0.26097900000000002,0.27627299999999999,0.26833000000000001,0.28038299999999999,0.27518300000000001,0.27745700000000001,0.27611599999999997,0.282858,0.29150900000000002,0.27851799999999999,0.27921899999999999,0.27990199999999998,0.298703,0.29696499999999998,0.27770346666666668]
[null,"T1","North East Tasmania","Large scale Solar PV","TAS",0.201825,0.21190300000000001,0.221077,0.20025699999999999,0.213009,0.22788900000000001,0.22998099999999999,0.236627,0.22827800000000001,0.22156200000000001,0.223659,0.22094800000000001,0.23309299999999999,0.246695,0.240124,0.22379513333333331]
[null,"T2","North West Tasmania","Large scale Solar PV","TAS",0.172265,0.191164,0.194409,0.18113899999999999,0.18503600000000001,0.20772099999999999,0.196549,0.20291500000000001,0.20069400000000001,0.195493,0.20059099999999999,0.196211,0.212343,0.21796199999999999,0.21357499999999999,0.19787113333333334]
[null,"T3","Central Highlands","Large scale Solar PV","TAS",0.19106000000000001,0.19661200000000001,0.20994599999999999,0.19745599999999999,0.20527999999999999,0.22180800000000001,0.21678700000000001,0.22176399999999999,0.222551,0.21734899999999999,0.21368000000000001,0.205456,0.22240599999999999,0.23649200000000001,0.229632,0.21388526666666668]
[null,"V0","Victoria Non-REZ","Large scale Solar PV","VIC",0.18059800000000001,0.18739500000000001,0.20804600000000001,0.19693099999999999,0.200354,0.20485200000000001,0.209869,0.216422,0.21734800000000001,0.20246600000000001,0.20250799999999999,0.195572,0.21348300000000001,0.214063,0.222912,0.2048546]
[null,"N0","New South Wales Non-REZ","Solar thermal","NSW",0.29836099999999999,0.34569800000000001,0.43540499999999999,0.45191799999999999,0.40814,0.43295600000000001,0.41763699999999998,0.47452699999999998,0.45605800000000002,0.41406199999999999,0.39349000000000001,0.32681500000000002,0.435867,0.46648600000000001,0.429004,{"$f":"IFERROR(AVERAGE(F122:T122),\"\")","v":0.41242826666666665}]
[null,"N1","North West NSW","Solar thermal","NSW",0.39227000000000001,0.45525599999999999,0.513158,0.54369699999999999,0.52640200000000004,0.511104,0.499587,0.56352199999999997,0.55730500000000005,0.52305400000000002,0.50501300000000005,0.46830699999999997,0.56381800000000004,0.55605599999999999,0.52712599999999998,0.51371166666666679]
[null,"N2","New England","Solar thermal","NSW",0.309581,0.34768199999999999,0.424454,0.47994900000000001,0.41864699999999999,0.45271099999999997,0.41758699999999999,0.473136,0.457621,0.419128,0.40058100000000002,0.358935,0.46940799999999999,0.47025600000000001,0.43894100000000003,0.42257446666666659]
[null,"N3","Central-West Orana","Solar thermal","NSW",0.37858599999999998,0.43038900000000002,0.51394600000000001,0.52232599999999996,0.50357499999999999,0.47864800000000002,0.49284699999999998,0.53339700000000001,0.54281500000000005,0.50035300000000005,0.48492099999999999,0.39633699999999999,0.48324899999999998,0.53792200000000001,0.52128200000000002,0.48803953333333333]
[null,"N4","Broken Hill","Solar thermal","NSW",0.44230599999999998,0.49462099999999998,0.53747500000000004,0.54002700000000003,0.55843299999999996,0.49290499999999998,0.52270399999999995,0.54830100000000004,0.58864000000000005,0.61609899999999995,0.55142100000000005,0.53521700000000005,0.54821299999999995,0.60451699999999997,0.60085299999999997,0.54544880000000007]
[null,"N5","South West NSW","Solar thermal","NSW",0.39960699999999999,0.43156099999999997,0.466086,0.43548999999999999,0.47783100000000001,0.46469700000000003,0.446857,0.48516599999999999,0.50783199999999995,0.50312599999999996,0.47749799999999998,0.443409,0.46900599999999998,0.53487300000000004,0.550674,0.47291420000000001]
[null,"N6","Wagga Wagga","Solar thermal","NSW",0.38478299999999999,0.41234900000000002,0.46767799999999998,0.43490000000000001,0.46760499999999999,0.44939099999999998,0.42133999999999999,0.467449,0.471028,0.42436299999999999,0.448237,0.37574099999999999,0.422738,0.51372399999999996,0.52248700000000003,0.44558753333333329]
[null,"N7","Tumut","Solar thermal","NSW",0.38433600000000001,0.38458500000000001,0.44302200000000003,0.415246,0.44186599999999998,0.44614199999999998,0.41272799999999998,0.45003799999999999,0.45270500000000002,0.386986,0.43648399999999998,0.36316900000000002,0.39382200000000001,0.49302099999999999,0.49979400000000002,{"$f":"IFERROR(AVERAGE(F129:T129),\"\")","v":0.42692960000000002}]
[null,"N8","Cooma-Monaro","Solar thermal","NSW",0.34414299999999998,0.33595799999999998,0.40074799999999999,0.39973900000000001,0.38919999999999999,0.40380700000000003,0.38981500000000002,0.42795800000000001,0.431141,0.41332200000000002,0.411441,0.32614900000000002,0.39628999999999998,0.44874799999999998,0.44801000000000002,{"$f":"IFERROR(AVERAGE(F130:T130),\"\")","v":0.39776460000000002}]
[null,"N9","Hunter-Central Coast","Solar thermal","NSW",0.32114300000000001,0.349055,0.42715599999999998,0.45832800000000001,0.414599,0.41069699999999998,0.38910400000000001,0.44575599999999999,0.44247799999999998,0.39505600000000002,0.379799,0.33281699999999997,0.44858599999999998,0.447965,0.40974699999999997,0.40481906666666673]
[null,"N12","Illawarra","Solar thermal","NSW",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"","Resource limit of 0 MW"]
[null,"N13","South Cobar","Solar thermal","NSW",0.40751199999999999,0.47911100000000001,0.53796600000000006,0.53909700000000005,0.53375799999999995,0.51188999999999996,0.52021899999999999,0.55922899999999998,0.56514799999999998,0.56027800000000005,0.54516100000000001,0.45203599999999999,0.52364299999999997,0.56006800000000001,0.55193700000000001,0.5231368666666667]
[null,"Q1","Far North QLD","Solar thermal","QLD",0.33099000000000001,0.410132,0.44233299999999998,0.410607,0.45702799999999999,0.44849800000000001,0.449374,0.46822999999999998,0.44367600000000001,0.47681200000000001,0.449216,0.42097200000000001,0.47286600000000001,0.42147400000000002,0.43994,0.43614319999999995]
[null,"Q2","North Qld Clean Energy Hub","Solar thermal","QLD",0.39695900000000001,0.47526200000000002,0.49807200000000001,0.50444,0.561589,0.52723699999999996,0.52007700000000001,0.521621,0.52456000000000003,0.577457,0.52220599999999995,0.50612500000000005,0.51635299999999995,0.50887899999999997,0.507239,0.51120506666666665]
[null,"Q3","Northern Qld","Solar thermal","QLD",0.28344599999999998,0.35258299999999998,0.39520899999999998,0.37659500000000001,0.41665200000000002,0.44494899999999998,0.437668,0.451102,0.44349300000000003,0.49074499999999999,0.41881000000000002,0.43771900000000002,0.43460799999999999,0.42329800000000001,0.40975499999999998,0.4144421333333333]
[null,"Q4","Isaac","Solar thermal","QLD",0.32269500000000001,0.40150799999999998,0.41918,0.45086100000000001,0.48119899999999999,0.442438,0.45529900000000001,0.47199000000000002,0.43926599999999999,0.50053099999999995,0.43639499999999998,0.43730999999999998,0.47214899999999999,0.454957,0.45413399999999998,0.44266079999999997]
[null,"Q5","Barcaldine","Solar thermal","QLD",0.45051999999999998,0.49876500000000001,0.555446,0.58413000000000004,0.61181300000000005,0.56690200000000002,0.56472800000000001,0.58382699999999998,0.62017699999999998,0.61247399999999996,0.58631299999999997,0.55905000000000005,0.56442899999999996,0.56461499999999998,0.58239200000000002,0.56703873333333332]
[null,"Q6","Fitzroy","Solar thermal","QLD",0.33033699999999999,0.39122499999999999,0.41802699999999998,0.467086,0.45373599999999997,0.45547900000000002,0.43579400000000001,0.44283899999999998,0.429734,0.47912300000000002,0.43079600000000001,0.41593000000000002,0.47162100000000001,0.47520600000000002,0.44680700000000001,0.43624933333333338]
[null,"Q7","Wide Bay","Solar thermal","QLD",0.31115100000000001,0.36982399999999999,0.39163700000000001,0.42867699999999997,0.411273,0.418684,0.41846499999999998,0.42193199999999997,0.397262,0.42580899999999999,0.37820999999999999,0.35786499999999999,0.41234399999999999,0.40019700000000002,0.40166000000000002,0.39633266666666667]
[null,"Q8a","Darling Downs","Solar thermal","QLD",0.37039100000000003,0.43835600000000002,0.48265000000000002,0.53482700000000005,0.512235,0.50202599999999997,0.51479799999999998,0.53228299999999995,0.52691600000000005,0.54100499999999996,0.47891899999999998,0.45663700000000002,0.50347399999999998,0.52739999999999998,0.50985499999999995,0.49545146666666667]
[null,"Q8b","Southern Downs","Solar thermal","QLD",0.29898599999999997,0.37181599999999998,0.38762999999999997,0.43148500000000001,0.40865699999999999,0.41744199999999998,0.43890800000000002,0.453457,0.41033399999999998,0.45464900000000003,0.402507,0.35732700000000001,0.43398799999999998,0.42505300000000001,0.42056500000000002,0.40752026666666663]
[null,"Q8c","Western Downs","Solar thermal","QLD",0.33557599999999999,0.40747699999999998,0.42522599999999999,0.48328300000000002,0.44513000000000003,0.46874500000000002,0.472188,0.49948399999999998,0.476497,0.48277100000000001,0.43894499999999997,0.40362399999999998,0.48890899999999998,0.49058400000000002,0.46560499999999999,0.45226959999999999]
[null,"Q9","Banana","Solar thermal","QLD",0.35990499999999997,0.43244899999999997,0.47176499999999999,0.52131400000000006,0.51275999999999999,0.51192000000000004,0.52265399999999995,0.54867900000000003,0.52681,0.54481199999999996,0.50264399999999998,0.48489500000000002,0.52118900000000001,0.50007699999999999,0.51408399999999999,0.4983971333333333]
[null,"Q10","Collinsville","Solar thermal","QLD",0.32339000000000001,0.401947,0.43988300000000002,0.43783899999999998,0.49551600000000001,0.45196700000000001,0.42797800000000003,0.47810000000000002,0.44328200000000001,0.48566900000000002,0.42298999999999998,0.43558599999999997,0.47362599999999999,0.42444700000000002,0.43248700000000001,0.43831379999999992]
[null,"S1","South East SA","Solar thermal","SA",0.33746199999999998,0.38793,0.402808,0.39085700000000001,0.40148,0.39238099999999998,0.38247799999999998,0.39414399999999999,0.42089599999999999,0.40629500000000002,0.39202100000000001,0.41796100000000003,0.38294400000000001,0.47650599999999999,0.47666900000000001,0.40418880000000001]
[null,"S2","Riverland","Solar thermal","SA",0.378662,0.42447200000000002,0.454123,0.44852700000000001,0.49718400000000001,0.45365299999999997,0.45413300000000001,0.45693,0.492004,0.47464099999999998,0.45916499999999999,0.45394899999999999,0.44398199999999999,0.53907899999999997,0.53569199999999995,0.4644130666666666]
[null,"S3","Mid-North SA","Solar thermal","SA",0.32527099999999998,0.35125299999999998,0.382218,0.36965399999999998,0.38490999999999997,0.39110400000000001,0.37259199999999998,0.37350899999999998,0.39501900000000001,0.398953,0.39299499999999998,0.38952100000000001,0.36608800000000002,0.48763400000000001,0.48659799999999997,0.39115460000000002]
[null,"S4","Yorke Peninsula","Solar thermal","SA",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Resource limit of 0 MW"]
[null,"S5","Northern SA","Solar thermal","SA",0.41655599999999998,0.463592,0.46136199999999999,0.44076199999999999,0.50481900000000002,0.472553,0.49777900000000003,0.49024899999999999,0.50934699999999999,0.54761000000000004,0.48955799999999999,0.50029199999999996,0.50846800000000003,0.57808199999999998,0.57316699999999998,{"$f":"IFERROR(AVERAGE(F150:T150),\"\")","v":0.4969463999999999}]
[null,"S6","Roxby Downs","Solar thermal","SA",0.45763500000000001,0.50975700000000002,0.53422099999999995,0.53897700000000004,0.55040999999999995,0.50427900000000003,0.52866199999999997,0.55644800000000005,0.59329100000000001,0.65454599999999996,0.59091400000000005,0.57458900000000002,0.60945199999999999,0.64058000000000004,0.62080400000000002,0.56430433333333341]
[null,"S7","Eastern Eyre Peninsula","Solar thermal","SA",0.26658500000000002,0.312191,0.35080699999999998,0.32439600000000002,0.31956499999999999,0.31538699999999997,0.32663599999999998,0.31516100000000002,0.35264099999999998,0.34206500000000001,0.32459399999999999,0.304371,0.31905299999999998,0.41051399999999999,0.41934199999999999,0.3335538666666667]
[null,"S8","Western Eyre Peninsula","Solar thermal","SA",0.36695699999999998,0.41281099999999998,0.45557300000000001,0.43823299999999998,0.47876600000000002,0.437357,0.455652,0.45117800000000002,0.46883200000000003,0.48594700000000002,0.457592,0.45302300000000001,0.45355899999999999,0.54017999999999999,0.54286900000000005,0.45990193333333335]
[null,"T1","North East Tasmania","Solar thermal","TAS",0.28497299999999998,0.30742599999999998,0.32657399999999998,0.28313700000000003,0.31884600000000002,0.33993000000000001,0.35001900000000002,0.36948799999999998,0.33820800000000001,0.30919099999999999,0.33207100000000001,0.31443900000000002,0.35448299999999999,0.39974100000000001,0.39183600000000002,0.33469079999999996]
[null,"T2","North West Tasmania","Solar thermal","TAS",0.21796299999999999,0.26465100000000003,0.26803500000000002,0.225574,0.24804699999999999,0.29083399999999998,0.26465699999999998,0.27378799999999998,0.25870799999999999,0.234656,0.27292100000000002,0.274142,0.29481800000000002,0.30619800000000003,0.296962,0.26613026666666667]
[null,"T3","Central Highlands","Solar thermal","TAS",0.25659100000000001,0.258691,0.295321,0.26336799999999999,0.30458499999999999,0.32541599999999998,0.31594,0.33268300000000001,0.31201099999999998,0.29569200000000001,0.30182599999999998,0.27848000000000001,0.31376999999999999,0.36540299999999998,0.36979499999999998,0.30597146666666664]
[null,"V0","Victoria Non-REZ","Solar thermal","VIC",0.23438700000000001,0.23928199999999999,0.28902600000000001,0.26755499999999999,0.26942199999999999,0.27143,0.27094000000000001,0.291852,0.29317700000000002,0.23506299999999999,0.249225,0.23471500000000001,0.27128200000000002,0.29602600000000001,0.32327299999999998,0.26911033333333328]
[null,"DN1","Dubbo","Wind High","NSW",0.36977228581689398,0.36027147206814097,0.370719911028983,0.349914424582557,0.38530657464157397,0.355579275162485,0.35825330534761501,0.39228246663253602,0.38975831030837499,0.38729155349405298,0.37758366067459898,0.38448694293993901,0.375162658018942,0.37562658412116601,0.36365564586464599,{"$f":"IFERROR(AVERAGE(F158:T158),\"\")","v":0.37304433804683368}]
[null,"DN3","Marulan","Wind High","NSW",0.33986229462295298,0.31589439207006798,0.34301729881089599,0.35153335633946797,0.32318061965646799,0.32924602052862001,0.34388750787582101,0.36207435200100102,0.337613352920903,0.36849637931878998,0.34142092034892901,0.36075768474782099,0.36782786951407198,0.301113509694795,0.32937402458124498,0.34101997220212332]
[null,"DN2","Yass","Wind High","NSW",0.32942679656518098,0.291910226423783,0.30682827449253902,0.31801565676752502,0.309917302858078,0.30722242586796999,0.31348454681035298,0.32512970885507803,0.31314488936726098,0.342028997261555,0.31720110981850702,0.33943126683739,0.33571815692252499,0.27967276230703603,0.32326440583041899,0.31682643513234665]
[null,"DN1","Dubbo","Large scale Solar PV","NSW",0.25240546466932501,0.260778855990841,0.29031747252100798,0.28808927545649998,0.28446407828714398,0.28339130381410998,0.283893707305089,0.29904689260965001,0.30083683014409601,0.295003935261613,0.28327053293359999,0.26118679900159403,0.28446739581737202,0.29350570228049999,0.28842793049597198,{"$f":"IFERROR(AVERAGE(F161:T161),\"\")","v":0.28327241177256096}]
[null,"DN3","Marulan","Large scale Solar PV","NSW",0.20200417275053301,0.204558096365522,0.23919603033865899,0.244565588763275,0.23036368124991999,0.24120117713679101,0.238257585564881,0.25490229012596599,0.24313338607721,0.24783513555287401,0.23195167444384501,0.210839737708856,0.24280506467871699,0.24761631135697701,0.23873856421218301,{"$f":"IFERROR(AVERAGE(F162:T162),\"\")","v":0.23453123308841389}]
[null,"DN2","Yass","Large scale Solar PV","NSW",0.22767124957148699,0.22984563375853201,0.26320827680890102,0.257794224766352,0.25624029883647997,0.26047168863235398,0.25394297528498999,0.26826819529047802,0.26857754065031803,0.26980319987065898,0.25286365453165799,0.230791684489702,0.25416315134259498,0.27075506146561601,0.27361545003631799,0.25586748568909601]
[null,"CNSW","Central New South Wales","Distributed Resources Solar","NSW",0.23717253740562799,0.24828717777925999,0.283133382849516,0.28160038960945699,0.27710439912364299,0.27964614060979298,0.27756701774687498,0.29381032211634001,0.29231992984307598,0.28460860072614302,0.27112194415631302,0.25318932353921197,0.27623304346628103,0.28819844814473899,0.28322600578116702,0.27514791085982954]
[null,"NNSW","Northern New South Wales","Distributed Resources Solar","NSW",0.22068386217225699,0.23906922453715501,0.27020554688102999,0.28295904548642598,0.26326907674016098,0.278862572338332,0.26663485602540599,0.28705040618814998,0.28592565858669,0.27669553320492002,0.26322443536915602,0.25127744940674202,0.28724319327653802,0.28166714021788802,0.27055226939306098,0.26835468465492746]
[null,"SNSW","Southern NSW","Distributed Resources Solar","NSW",0.229828824451452,0.22841173685119401,0.25960838253918,0.255427400815807,0.253918990020568,0.259970784187256,0.25369712267290601,0.26769628544365398,0.26707037330017902,0.26567057113500903,0.25150227547631898,0.22729008902679201,0.25471676379749802,0.26608014051456702,0.27348214062724202,0.25429145872397491]
[null,"SNW","Sydney, Newcastle and Wollongong","Distributed Resources Solar","NSW",0.21052935984743401,0.21542750083509299,0.23535983247547401,0.25152418307070501,0.23482036197806599,0.24860297768627501,0.24413751662197999,0.25552833790331497,0.25364717906527601,0.24212860762000099,0.23172972556579099,0.22732499197561401,0.25569160667077601,0.24387887920003301,0.232314991429245,0.23884307012967185]
[null,"CQ","Central Queensland","Distributed Resources Solar","QLD",0.23187372785708699,0.269238418419877,0.27447730528636999,0.28698955231650503,0.293815712054531,0.294026382941315,0.29004738854953299,0.29482974495595798,0.290652133652258,0.30785263527489598,0.28651785251619899,0.28798437267315102,0.28641359345620998,0.28460844615731401,0.28125721887670602,0.28403896566586068]
[null,"GG","Gladstone grid","Distributed Resources Solar","QLD",0.23214353436860199,0.264848105896484,0.271511338357732,0.28431840702361,0.28458102699786803,0.29053244333427902,0.28454388235893102,0.28989722694623998,0.28882910051855998,0.29706888061796899,0.28375954226340899,0.27665460010359,0.28065374015589301,0.27506473846567697,0.27835776605628798,0.2788509555643422]
[null,"NQ","North Queensland","Distributed Resources Solar","QLD",0.232124009203796,0.270593683661701,0.28902767656899098,0.28200380555032101,0.30209310361885799,0.30010247980316901,0.28904838160901503,0.29369138924787902,0.29005347997676101,0.30970015416601099,0.282369453398573,0.292362739236388,0.28317020170963603,0.274528394218229,0.26935122289241697,0.28401467832411631]
[null,"SQ","South Queensland","Distributed Resources Solar","QLD",0.21535763084159601,0.236928569610145,0.249405415931267,0.26919162037630801,0.25765166681614099,0.25894164247861101,0.26993693720629403,0.27369473444416897,0.27144506099117399,0.27593295450628402,0.25678626401568,0.24363994469438399,0.26499693624353499,0.25917954816840799,0.25748847999154401,0.25737182708770268]
[null,"CSA","Central South Australia","Distributed Resources Solar","SA",0.222062311350053,0.23735139185284501,0.249922773840456,0.23820359097451299,0.24817463474106999,0.25383881859892998,0.247241864517461,0.24814775168390299,0.25704031133917299,0.25830946349160799,0.25221013301270301,0.25196390338715902,0.24726936156135501,0.27815015203301402,0.27697166114493799,0.25112387490194538]
[null,"NSA","Northern South Australia","Distributed Resources Solar","SA",0.25714771535462699,0.27584050003317001,0.28071387655527003,0.27139489776846698,0.28661032380783602,0.28231278672397297,0.28555662250138802,0.28494890831737801,0.29360662866002202,0.307853091133792,0.28716012525475798,0.28711095492376498,0.289168172055359,0.30531152436465397,0.303850517113191,0.28657244297117668]
[null,"SESA","South East South Australia","Distributed Resources Solar","SA",0.19340542204775599,0.21264670858270501,0.21496561736192199,0.207498161951124,0.20672439905409501,0.219140227761533,0.21774285682924599,0.22352771823710199,0.22036499696435599,0.21676794889979301,0.21723965818992999,0.21839164292326599,0.222477411662101,0.23814249106066801,0.23774598187405099,0.21778541622664319]
[null,"TAS","Tasmania","Distributed Resources Solar","TAS",0.20410507652483301,0.21643644171832399,0.22557765517991901,0.20915869383763799,0.21867573641019,0.23446210913318699,0.22933066284451001,0.236170044383335,0.23109204758330401,0.22743760557457399,0.22286150998639101,0.21942566073076999,0.23039448573539301,0.246162282255183,0.24145861901764801,0.22618324206101326]
[null,"MEL","Greater Melbourne and Geelong","Distributed Resources Solar","VIC",0.18367274609727799,0.19826575082724801,0.21430909589084601,0.199215145152384,0.21136866083391001,0.21628303293394799,0.21616755239566299,0.22873731604043801,0.23173265766956599,0.21532393361566399,0.20778534081817901,0.21350407616196601,0.21493287358247701,0.22730219217526801,0.23327271120316501,0.21412487235986666]
[null,"SEV","South East Victoria","Distributed Resources Solar","VIC",0.180273121330527,0.18793626688745799,0.207213509257787,0.19392137010367799,0.19949820813643601,0.203767588581971,0.21112114913470101,0.21832757244274301,0.21732903967238401,0.201916193924709,0.20455189362207399,0.20216398895784199,0.21721870921603201,0.21488266038002199,0.22466757938510401,0.20565259006889786]
[null,"WNV","West and North Victoria","Distributed Resources Solar","VIC",0.18542136277204499,0.19766600336524801,0.21623241614039601,0.203307577112709,0.21370735147224801,0.21739147023817401,0.21838910791723301,0.23051629510618299,0.231307772649257,0.21303399612240501,0.20826180947492501,0.208922017572123,0.21646120756640899,0.23791650567464001,0.23900785159289001,0.21583618298512569]

{"sheet":"Heat rates","index":47,"n_rows":670,"n_cols":9,"rows_kept":281,"cut":true,"hidden":false,"merged":[],"bounds":{"rows_first":125,"rows_last":31,"rows_between":125,"halvings":4}}
[null,"Go to Assumptions Summary"]
[null,"Heat rates"]
[null,"Encapsulates the efficiency of thermal generators for both Existing generators and New entrant technologies (as-gen, High Heating Value)"]
[null,"For key thermal power stations, as outlined in the ISP Methodology, affine heat rate curves may be applied in time-sequential modelling. These are outlined on the Affine Heat Rate worksheet."]
[null,"Link:",null,"Affine Heat Rates"]
[]
[null,"Existing, Committed, Anticipated, and Additional generators",null,null,null,null,null,"New entrant technologies"]
[null,"IASR ID","Power Station","Technology","Heat rate (GJ/MWh)",null,null,"Technology","Heat rate (GJ/MWh)"]
[null,"BW01",{"$f":"_xlfn.XLOOKUP(B9,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B9,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},10.0519349978723,null,null,"OCGT (small GT)",10.648730964466999]
[null,"BW02",{"$f":"_xlfn.XLOOKUP(B10,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B10,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},10.0519349978723,null,null,"OCGT (large GT)",10.9312436804853]
[null,"BW03",{"$f":"_xlfn.XLOOKUP(B11,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B11,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},10.0519349978723,null,null,"CCGT",7.2492307692307598]
[null,"BW04",{"$f":"_xlfn.XLOOKUP(B12,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B12,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},10.0519349978723,null,null,"CCGT with CCS",9.0396475770925093]
[null,"CALL_B_1",{"$f":"_xlfn.XLOOKUP(B13,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Callide B"},{"$f":"_xlfn.XLOOKUP(B13,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},10.066269608791201,null,null,"Biomass",17.535059331175798]
[null,"CALL_B_2",{"$f":"_xlfn.XLOOKUP(B14,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Callide B"},{"$f":"_xlfn.XLOOKUP(B14,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},10.066269608791201,null,null,"Battery Storage (1hr storage)",0]
[null,"CPP_3",{"$f":"_xlfn.XLOOKUP(B15,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Callide C"},{"$f":"_xlfn.XLOOKUP(B15,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Super Critical"},9.8960910436170195,null,null,"Battery Storage (2hrs storage)",0]
[null,"CPP_4",{"$f":"_xlfn.XLOOKUP(B16,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Callide C"},{"$f":"_xlfn.XLOOKUP(B16,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Super Critical"},9.8960910436170195,null,null,"Battery Storage (4hrs storage)",0]
[null,"ER01",{"$f":"_xlfn.XLOOKUP(B17,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B17,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},10.1585868276595,null,null,"Battery Storage (8hrs storage)",0]
[null,"ER02",{"$f":"_xlfn.XLOOKUP(B18,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B18,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},10.1585868276595,null,null,"Large scale Solar PV",0]
[null,"ER03",{"$f":"_xlfn.XLOOKUP(B19,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B19,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},10.1585868276595,null,null,"Pumped Hydro (10hrs storage)",0]
[null,"ER04",{"$f":"_xlfn.XLOOKUP(B20,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B20,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},10.1585868276595,null,null,"Pumped Hydro (24hrs storage)",0]
[null,"GSTONE1",{"$f":"_xlfn.XLOOKUP(B21,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B21,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},10.2974828380434,null,null,"Pumped Hydro (48hrs storage)",0]
[null,"GSTONE2",{"$f":"_xlfn.XLOOKUP(B22,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B22,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},10.2974828380434,null,null,"Solar Thermal (16hrs storage)",0]
[null,"GSTONE3",{"$f":"_xlfn.XLOOKUP(B23,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B23,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},10.2974828380434,null,null,"Wind",0]
[null,"GSTONE4",{"$f":"_xlfn.XLOOKUP(B24,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B24,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},10.2974828380434,null,null,"Wind - offshore (fixed)",0]
[null,"GSTONE5",{"$f":"_xlfn.XLOOKUP(B25,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B25,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},10.2974828380434,null,null,"Wind - offshore (floating)",0]
[null,"GSTONE6",{"$f":"_xlfn.XLOOKUP(B26,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B26,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},10.2974828380434,null,null,"Distributed Resources Solar",0]
[null,"KPP_1",{"$f":"_xlfn.XLOOKUP(B27,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Kogan Creek"},{"$f":"_xlfn.XLOOKUP(B27,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Super Critical"},9.6724791098900997,null,null,"Distributed Resources Batteries",0]
[null,"MPP_1",{"$f":"_xlfn.XLOOKUP(B28,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Millmerran"},{"$f":"_xlfn.XLOOKUP(B28,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Super Critical"},9.7948522606382902,null,null,"Alkaline Electrolyser",0]
[null,"MPP_2",{"$f":"_xlfn.XLOOKUP(B29,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Millmerran"},{"$f":"_xlfn.XLOOKUP(B29,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Super Critical"},9.7948522606382902,null,null,"BOTN - Cethana",0]
[null,"MP1",{"$f":"_xlfn.XLOOKUP(B30,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mt Piper"},{"$f":"_xlfn.XLOOKUP(B30,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},9.7415775947368406,null,null,"Notes: "]
[null,"MP2",{"$f":"_xlfn.XLOOKUP(B31,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mt Piper"},{"$f":"_xlfn.XLOOKUP(B31,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},9.7415775947368406,null,null,"1. Sourced from Aurecon 2024 Energy Technology Cost and Technical Parameter Review."]
[null,"STAN-1",{"$f":"_xlfn.XLOOKUP(B32,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B32,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},9.9648462373626305]
[null,"STAN-2",{"$f":"_xlfn.XLOOKUP(B33,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B33,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},9.9648462373626305]
[null,"STAN-3",{"$f":"_xlfn.XLOOKUP(B34,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B34,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},9.9648462373626305]
[null,"STAN-4",{"$f":"_xlfn.XLOOKUP(B35,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B35,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},9.9648462373626305]
[null,"TARONG#1",{"$f":"_xlfn.XLOOKUP(B36,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B36,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},10.007783831521699]
[null,"TARONG#2",{"$f":"_xlfn.XLOOKUP(B37,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B37,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},10.007783831521699]
[null,"TARONG#3",{"$f":"_xlfn.XLOOKUP(B38,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B38,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},10.007783831521699]
[null,"TARONG#4",{"$f":"_xlfn.XLOOKUP(B39,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B39,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},10.007783831521699]
[null,"TNPS1",{"$f":"_xlfn.XLOOKUP(B40,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tarong North"},{"$f":"_xlfn.XLOOKUP(B40,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Super Critical"},9.2062193127659508]
[null,"VP5",{"$f":"_xlfn.XLOOKUP(B41,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Vales Point B"},{"$f":"_xlfn.XLOOKUP(B41,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},10.186757215789401]
[null,"VP6",{"$f":"_xlfn.XLOOKUP(B42,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Vales Point B"},{"$f":"_xlfn.XLOOKUP(B42,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},10.186757215789401]
[null,"LYA1",{"$f":"_xlfn.XLOOKUP(B43,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B43,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},13.365013362637301]
[null,"LYA2",{"$f":"_xlfn.XLOOKUP(B44,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B44,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},13.365013362637301]
[null,"LYA3",{"$f":"_xlfn.XLOOKUP(B45,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B45,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},13.365013362637301]
[null,"LYA4",{"$f":"_xlfn.XLOOKUP(B46,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B46,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},13.365013362637301]
[null,"LOYYB1",{"$f":"_xlfn.XLOOKUP(B47,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Loy Yang B"},{"$f":"_xlfn.XLOOKUP(B47,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},13.634297836956501]
[null,"LOYYB2",{"$f":"_xlfn.XLOOKUP(B48,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Loy Yang B"},{"$f":"_xlfn.XLOOKUP(B48,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},13.634297836956501]
[null,"YWPS1",{"$f":"_xlfn.XLOOKUP(B49,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B49,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},15.4440154444444]
[null,"YWPS2",{"$f":"_xlfn.XLOOKUP(B50,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B50,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},15.4440154444444]
[null,"YWPS3",{"$f":"_xlfn.XLOOKUP(B51,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B51,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},15.4440154444444]
[null,"YWPS4",{"$f":"_xlfn.XLOOKUP(B52,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B52,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},15.4440154444444]
[null,"ANGAS1",{"$f":"_xlfn.XLOOKUP(B53,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Angaston"},{"$f":"_xlfn.XLOOKUP(B53,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},13.1025822974358]
[null,"ANGAS2",{"$f":"_xlfn.XLOOKUP(B54,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Angaston"},{"$f":"_xlfn.XLOOKUP(B54,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},13.1025822974358]
[null,"BDL01",{"$f":"_xlfn.XLOOKUP(B55,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bairnsdale"},{"$f":"_xlfn.XLOOKUP(B55,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10.6016432525252]
[null,"BDL02",{"$f":"_xlfn.XLOOKUP(B56,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bairnsdale"},{"$f":"_xlfn.XLOOKUP(B56,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10.6016432525252]
[null,"BARCALDN",{"$f":"_xlfn.XLOOKUP(B57,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barcaldine Power Station"},{"$f":"_xlfn.XLOOKUP(B57,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},12.8493414747474]
[null,"BIPS1_01",{"$f":"_xlfn.XLOOKUP(B58,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B58,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},8.8800000000000008]
[null,"BIPS1_02",{"$f":"_xlfn.XLOOKUP(B59,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B59,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},8.8800000000000008]
[null,"BIPS1_03",{"$f":"_xlfn.XLOOKUP(B60,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B60,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},8.8800000000000008]
[null,"BIPS1_04",{"$f":"_xlfn.XLOOKUP(B61,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B61,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},8.8800000000000008]
[null,"BIPS1_05",{"$f":"_xlfn.XLOOKUP(B62,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B62,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},8.8800000000000008]
[null,"BIPS1_06",{"$f":"_xlfn.XLOOKUP(B63,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B63,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},8.8800000000000008]
[null,"BIPS1_07",{"$f":"_xlfn.XLOOKUP(B64,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B64,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},8.8800000000000008]
[null,"BIPS1_08",{"$f":"_xlfn.XLOOKUP(B65,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B65,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},8.8800000000000008]
[null,"BIPS1_09",{"$f":"_xlfn.XLOOKUP(B66,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B66,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},8.8800000000000008]
[null,"BIPS1_10",{"$f":"_xlfn.XLOOKUP(B67,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B67,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},8.8800000000000008]
[null,"BIPS1_11",{"$f":"_xlfn.XLOOKUP(B68,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B68,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},8.8800000000000008]
[null,"BIPS1_12",{"$f":"_xlfn.XLOOKUP(B69,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B69,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},8.8800000000000008]
[null,"BBTHREE1",{"$f":"_xlfn.XLOOKUP(B70,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bell Bay Three"},{"$f":"_xlfn.XLOOKUP(B70,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},12.4125090515463]
[null,"BBTHREE2",{"$f":"_xlfn.XLOOKUP(B71,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bell Bay Three"},{"$f":"_xlfn.XLOOKUP(B71,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},12.4125090515463]
[null,"BBTHREE3",{"$f":"_xlfn.XLOOKUP(B72,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bell Bay Three"},{"$f":"_xlfn.XLOOKUP(B72,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},12.4125090515463]
[null,"BOLIVPS1_1",{"$f":"_xlfn.XLOOKUP(B73,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bolivar Power Station"},{"$f":"_xlfn.XLOOKUP(B73,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10.648730964466999]
[null,"BOLIVPS1_2",{"$f":"_xlfn.XLOOKUP(B74,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bolivar Power Station"},{"$f":"_xlfn.XLOOKUP(B74,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10.648730964466999]
[null,"BOLIVPS1_3",{"$f":"_xlfn.XLOOKUP(B75,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bolivar Power Station"},{"$f":"_xlfn.XLOOKUP(B75,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10.648730964466999]
[null,"BOLIVPS1_4",{"$f":"_xlfn.XLOOKUP(B76,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bolivar Power Station"},{"$f":"_xlfn.XLOOKUP(B76,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10.648730964466999]
[null,"BRAEMAR1",{"$f":"_xlfn.XLOOKUP(B77,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Braemar"},{"$f":"_xlfn.XLOOKUP(B77,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},12.001200121212101]
[null,"BRAEMAR2",{"$f":"_xlfn.XLOOKUP(B78,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Braemar"},{"$f":"_xlfn.XLOOKUP(B78,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},12.001200121212101]
[null,"BRAEMAR3",{"$f":"_xlfn.XLOOKUP(B79,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Braemar"},{"$f":"_xlfn.XLOOKUP(B79,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},12.001200121212101]
[null,"BRAEMAR5",{"$f":"_xlfn.XLOOKUP(B80,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Braemar 2 Power Station"},{"$f":"_xlfn.XLOOKUP(B80,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},12.001200121212101]
[null,"BRAEMAR6",{"$f":"_xlfn.XLOOKUP(B81,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Braemar 2 Power Station"},{"$f":"_xlfn.XLOOKUP(B81,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},12.001200121212101]
[null,"BRAEMAR7",{"$f":"_xlfn.XLOOKUP(B82,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Braemar 2 Power Station"},{"$f":"_xlfn.XLOOKUP(B82,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},12.001200121212101]
[null,"CG1",{"$f":"_xlfn.XLOOKUP(B83,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Colongra"},{"$f":"_xlfn.XLOOKUP(B83,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},11.2580917575757]
[null,"CG2",{"$f":"_xlfn.XLOOKUP(B84,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Colongra"},{"$f":"_xlfn.XLOOKUP(B84,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},11.2580917575757]
[null,"CG3",{"$f":"_xlfn.XLOOKUP(B85,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Colongra"},{"$f":"_xlfn.XLOOKUP(B85,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},11.2580917575757]
[null,"CG4",{"$f":"_xlfn.XLOOKUP(B86,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Colongra"},{"$f":"_xlfn.XLOOKUP(B86,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},11.2580917575757]
[null,"CPSA_GT1",{"$f":"_xlfn.XLOOKUP(B87,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Condamine A"},{"$f":"_xlfn.XLOOKUP(B87,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Gas Turbine"},7.5128344257731898]
[null,"CPSA_GT2",{"$f":"_xlfn.XLOOKUP(B88,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Condamine A"},{"$f":"_xlfn.XLOOKUP(B88,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Gas Turbine"},7.5128344257731898]
[null,"CPSA_ST",{"$f":"_xlfn.XLOOKUP(B89,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Condamine A"},{"$f":"_xlfn.XLOOKUP(B89,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Steam Turbine"},7.5128344257731898]
[null,"DDPS1_GT1",{"$f":"_xlfn.XLOOKUP(B90,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Darling Downs"},{"$f":"_xlfn.XLOOKUP(B90,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Gas Turbine"},7.8479246595744598]
[null,"DDPS1_GT2",{"$f":"_xlfn.XLOOKUP(B91,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Darling Downs"},{"$f":"_xlfn.XLOOKUP(B91,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Gas Turbine"},7.8479246595744598]
[null,"DDPS1_GT3",{"$f":"_xlfn.XLOOKUP(B92,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Darling Downs"},{"$f":"_xlfn.XLOOKUP(B92,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Gas Turbine"},7.8479246595744598]
[null,"DDPS1_ST",{"$f":"_xlfn.XLOOKUP(B93,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Darling Downs"},{"$f":"_xlfn.XLOOKUP(B93,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Steam Turbine"},7.8479246595744598]
[null,"DRYCGT1",{"$f":"_xlfn.XLOOKUP(B94,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dry Creek GT"},{"$f":"_xlfn.XLOOKUP(B94,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},13.826477707070699]
[null,"DRYCGT2",{"$f":"_xlfn.XLOOKUP(B95,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dry Creek GT"},{"$f":"_xlfn.XLOOKUP(B95,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},13.826477707070699]
[null,"DRYCGT3",{"$f":"_xlfn.XLOOKUP(B96,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dry Creek GT"},{"$f":"_xlfn.XLOOKUP(B96,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},13.826477707070699]
[null,"AGLHAL01",{"$f":"_xlfn.XLOOKUP(B97,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B97,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},15.026296020202]
[null,"AGLHAL02",{"$f":"_xlfn.XLOOKUP(B98,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B98,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},15.026296020202]
[null,"AGLHAL03",{"$f":"_xlfn.XLOOKUP(B99,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B99,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},15.026296020202]
[null,"AGLHAL04",{"$f":"_xlfn.XLOOKUP(B100,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B100,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},15.026296020202]
[null,"AGLHAL05",{"$f":"_xlfn.XLOOKUP(B101,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B101,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},15.026296020202]
[null,"AGLHAL06",{"$f":"_xlfn.XLOOKUP(B102,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B102,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},15.026296020202]
[null,"AGLHAL07",{"$f":"_xlfn.XLOOKUP(B103,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B103,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},15.026296020202]
[null,"AGLHAL08",{"$f":"_xlfn.XLOOKUP(B104,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B104,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},15.026296020202]
[null,"AGLHAL09",{"$f":"_xlfn.XLOOKUP(B105,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B105,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},15.026296020202]
[null,"AGLHAL10",{"$f":"_xlfn.XLOOKUP(B106,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B106,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},15.026296020202]
[null,"AGLHAL11",{"$f":"_xlfn.XLOOKUP(B107,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B107,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},15.026296020202]
[null,"AGLHAL12",{"$f":"_xlfn.XLOOKUP(B108,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B108,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},15.026296020202]
[null,"AGLHALRE",{"$f":"_xlfn.XLOOKUP(B109,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B109,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},15.026296020202]
[null,"HEZ1",{"$f":"_xlfn.XLOOKUP(B110,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hunter Economic Zone"},{"$f":"_xlfn.XLOOKUP(B110,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},8.87878787878787]
[null,"JLA01",{"$f":"_xlfn.XLOOKUP(B111,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang A"},{"$f":"_xlfn.XLOOKUP(B111,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},15.7260178247422]
[null,"JLA02",{"$f":"_xlfn.XLOOKUP(B112,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang A"},{"$f":"_xlfn.XLOOKUP(B112,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},15.7260178247422]
[null,"JLA03",{"$f":"_xlfn.XLOOKUP(B113,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang A"},{"$f":"_xlfn.XLOOKUP(B113,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},15.7260178247422]
[null,"JLA04",{"$f":"_xlfn.XLOOKUP(B114,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang A"},{"$f":"_xlfn.XLOOKUP(B114,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},15.7260178247422]
[null,"JLB01",{"$f":"_xlfn.XLOOKUP(B115,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang B"},{"$f":"_xlfn.XLOOKUP(B115,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},15.7260178247422]
[null,"JLB02",{"$f":"_xlfn.XLOOKUP(B116,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang B"},{"$f":"_xlfn.XLOOKUP(B116,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},15.7260178247422]
[null,"JLB03",{"$f":"_xlfn.XLOOKUP(B117,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang B"},{"$f":"_xlfn.XLOOKUP(B117,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},15.7260178247422]
[null,"LADBROK1",{"$f":"_xlfn.XLOOKUP(B118,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Ladbroke Grove"},{"$f":"_xlfn.XLOOKUP(B118,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},12.001200121212101]
[null,"LADBROK2",{"$f":"_xlfn.XLOOKUP(B119,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Ladbroke Grove"},{"$f":"_xlfn.XLOOKUP(B119,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},12.001200121212101]
[null,"LNGS1",{"$f":"_xlfn.XLOOKUP(B120,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Laverton North"},{"$f":"_xlfn.XLOOKUP(B120,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},11.857316948453599]
[null,"LNGS2",{"$f":"_xlfn.XLOOKUP(B121,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Laverton North"},{"$f":"_xlfn.XLOOKUP(B121,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},11.857316948453599]
[null,"LONSDALE",{"$f":"_xlfn.XLOOKUP(B122,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Lonsdale"},{"$f":"_xlfn.XLOOKUP(B122,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},8.0971659917948706]
[null,"MINTARO",{"$f":"_xlfn.XLOOKUP(B123,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mintaro GT"},{"$f":"_xlfn.XLOOKUP(B123,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},12.8493414747474]
[null,"MORTLK11",{"$f":"_xlfn.XLOOKUP(B124,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mortlake"},{"$f":"_xlfn.XLOOKUP(B124,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},11.2580917575757]
[null,"MORTLK12",{"$f":"_xlfn.XLOOKUP(B125,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mortlake"},{"$f":"_xlfn.XLOOKUP(B125,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},11.2580917575757]
[null,"MSTUART2",{"$f":"_xlfn.XLOOKUP(B127,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mt Stuart"},{"$f":"_xlfn.XLOOKUP(B127,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},12.001200121212101]
[null,"OsborneGT",{"$f":"_xlfn.XLOOKUP(B132,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Osborne"},{"$f":"_xlfn.XLOOKUP(B132,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Gas Turbine"},8.5929108484210506]
[null,"POR01-1",{"$f":"_xlfn.XLOOKUP(B137,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Port Lincoln GT"},{"$f":"_xlfn.XLOOKUP(B137,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},13.9254216304347]
[null,"POR01-2",{"$f":"_xlfn.XLOOKUP(B138,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Port Lincoln GT"},{"$f":"_xlfn.XLOOKUP(B138,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},13.9254216304347]
[null,"QPS2",{"$f":"_xlfn.XLOOKUP(B143,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Quarantine"},{"$f":"_xlfn.XLOOKUP(B143,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},11.278195484210499]
[null,"ROMA_8",{"$f":"_xlfn.XLOOKUP(B148,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Roma"},{"$f":"_xlfn.XLOOKUP(B148,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},12.001200121212101]
[null,"SNAPPER1_4",{"$f":"_xlfn.XLOOKUP(B153,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Snapper Point Power Station"},{"$f":"_xlfn.XLOOKUP(B153,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10.648730964466999]
[null,"SNAPPER1_5",{"$f":"_xlfn.XLOOKUP(B154,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Snapper Point Power Station"},{"$f":"_xlfn.XLOOKUP(B154,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10.648730964466999]
[null,"SWAN_E",{"$f":"_xlfn.XLOOKUP(B162,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Swanbank E GT"},{"$f":"_xlfn.XLOOKUP(B162,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT"},7.66805827731958]
[null,"TVCC201_GT",{"$f":"_xlfn.XLOOKUP(B165,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tamar Valley Combined Cycle"},{"$f":"_xlfn.XLOOKUP(B165,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Gas Turbine"},7.5128344257731898]
[null,"TORRB3",{"$f":"_xlfn.XLOOKUP(B170,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Torrens Island B"},{"$f":"_xlfn.XLOOKUP(B170,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},11.278195484210499]
[null,"TORRB4",{"$f":"_xlfn.XLOOKUP(B171,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Torrens Island B"},{"$f":"_xlfn.XLOOKUP(B171,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},11.278195484210499]
[null,"URANQ13",{"$f":"_xlfn.XLOOKUP(B176,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Uranquinty"},{"$f":"_xlfn.XLOOKUP(B176,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},11.2580917575757]
[null,"VPGS4",{"$f":"_xlfn.XLOOKUP(B181,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Valley Power"},{"$f":"_xlfn.XLOOKUP(B181,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},15.026296020202]
[null,"BARRON-2",{"$f":"_xlfn.XLOOKUP(B186,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barron Gorge"},{"$f":"_xlfn.XLOOKUP(B186,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"BASTYAN",{"$f":"_xlfn.XLOOKUP(B187,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bastyan"},{"$f":"_xlfn.XLOOKUP(B187,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"MCKAY12",{"$f":"_xlfn.XLOOKUP(B192,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bogong / Mackay"},{"$f":"_xlfn.XLOOKUP(B192,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"LI111-1",{"$f":"_xlfn.XLOOKUP(B197,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Catagunya / Liapootah / Wayatinah"},{"$f":"_xlfn.XLOOKUP(B197,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"WY111-2",{"$f":"_xlfn.XLOOKUP(B203,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Catagunya / Liapootah / Wayatinah"},{"$f":"_xlfn.XLOOKUP(B203,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"WY111-3",{"$f":"_xlfn.XLOOKUP(B204,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Catagunya / Liapootah / Wayatinah"},{"$f":"_xlfn.XLOOKUP(B204,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"EILDON2",{"$f":"_xlfn.XLOOKUP(B209,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Eildon"},{"$f":"_xlfn.XLOOKUP(B209,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"GUTHEGA1",{"$f":"_xlfn.XLOOKUP(B214,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Guthega"},{"$f":"_xlfn.XLOOKUP(B214,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"KAREEYA1",{"$f":"_xlfn.XLOOKUP(B219,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Kareeya"},{"$f":"_xlfn.XLOOKUP(B219,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"KAREEYA2",{"$f":"_xlfn.XLOOKUP(B220,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Kareeya"},{"$f":"_xlfn.XLOOKUP(B220,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"WI111-1",{"$f":"_xlfn.XLOOKUP(B225,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Lemonthyme / Wilmot"},{"$f":"_xlfn.XLOOKUP(B225,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"MURRAY03",{"$f":"_xlfn.XLOOKUP(B230,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Murray 1"},{"$f":"_xlfn.XLOOKUP(B230,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"MURRAY05",{"$f":"_xlfn.XLOOKUP(B232,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Murray 1"},{"$f":"_xlfn.XLOOKUP(B232,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"MURRAY10",{"$f":"_xlfn.XLOOKUP(B237,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Murray 1"},{"$f":"_xlfn.XLOOKUP(B237,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"PO161-1",{"$f":"_xlfn.XLOOKUP(B242,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Poatina"},{"$f":"_xlfn.XLOOKUP(B242,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"PO166-6",{"$f":"_xlfn.XLOOKUP(B247,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Poatina"},{"$f":"_xlfn.XLOOKUP(B247,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"SHGEN03",{"$f":"_xlfn.XLOOKUP(B252,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Shoalhaven"},{"$f":"_xlfn.XLOOKUP(B252,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Pumped Hydro (48hrs storage)"},0]
[null,"SHGEN04",{"$f":"_xlfn.XLOOKUP(B253,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Shoalhaven"},{"$f":"_xlfn.XLOOKUP(B253,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Pumped Hydro (48hrs storage)"},0]
[null,"TA112-5",{"$f":"_xlfn.XLOOKUP(B258,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tarraleah"},{"$f":"_xlfn.XLOOKUP(B258,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"TR112-4",{"$f":"_xlfn.XLOOKUP(B263,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Trevallyn"},{"$f":"_xlfn.XLOOKUP(B263,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"TUMUT3_04",{"$f":"_xlfn.XLOOKUP(B268,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tumut 3"},{"$f":"_xlfn.XLOOKUP(B268,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Pumped Hydro (48hrs storage)"},0]
[null,"TU113-3",{"$f":"_xlfn.XLOOKUP(B273,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tungatinah"},{"$f":"_xlfn.XLOOKUP(B273,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"TU115-5",{"$f":"_xlfn.XLOOKUP(B275,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tungatinah"},{"$f":"_xlfn.XLOOKUP(B275,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"TUMUT2_01",{"$f":"_xlfn.XLOOKUP(B280,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Upper Tumut"},{"$f":"_xlfn.XLOOKUP(B280,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"WKIEWA1_2",{"$f":"_xlfn.XLOOKUP(B285,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"West Kiewa"},{"$f":"_xlfn.XLOOKUP(B285,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"WKIEWA2_1",{"$f":"_xlfn.XLOOKUP(B286,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"West Kiewa"},{"$f":"_xlfn.XLOOKUP(B286,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"BERYLSF1",{"$f":"_xlfn.XLOOKUP(B291,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Beryl Solar Farm"},{"$f":"_xlfn.XLOOKUP(B291,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"BNGSF2",{"$f":"_xlfn.XLOOKUP(B296,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bungala Two Solar Farm"},{"$f":"_xlfn.XLOOKUP(B296,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"CSPVPS1",{"$f":"_xlfn.XLOOKUP(B301,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Collinsville Solar Farm"},{"$f":"_xlfn.XLOOKUP(B301,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"DDSF1",{"$f":"_xlfn.XLOOKUP(B302,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Darling Downs Solar Farm"},{"$f":"_xlfn.XLOOKUP(B302,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"GLENSF1",{"$f":"_xlfn.XLOOKUP(B308,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Glenrowan Solar Farm"},{"$f":"_xlfn.XLOOKUP(B308,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"HAMISF1",{"$f":"_xlfn.XLOOKUP(B313,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hamilton Solar Farm"},{"$f":"_xlfn.XLOOKUP(B313,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"HUGSF1",{"$f":"_xlfn.XLOOKUP(B318,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hughenden Solar Farm"},{"$f":"_xlfn.XLOOKUP(B318,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"JEMALNG1",{"$f":"_xlfn.XLOOKUP(B319,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jemalong Solar"},{"$f":"_xlfn.XLOOKUP(B319,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"LILYSF1",{"$f":"_xlfn.XLOOKUP(B324,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Lilyvale Solar Farm"},{"$f":"_xlfn.XLOOKUP(B324,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"MAPS2PV1",{"$f":"_xlfn.XLOOKUP(B329,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mannum Adelaide Pumping Station No 2 - MAPL2 (Palmer)"},{"$f":"_xlfn.XLOOKUP(B329,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"MOREESF1",{"$f":"_xlfn.XLOOKUP(B334,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Moree Solar Farm"},{"$f":"_xlfn.XLOOKUP(B334,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"MWPS1PV1",{"$f":"_xlfn.XLOOKUP(B335,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Morgan To Whyalla Pipeline No 1 PS And Water Filtration Plant"},{"$f":"_xlfn.XLOOKUP(B335,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"MBPS2PV1",{"$f":"_xlfn.XLOOKUP(B340,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Murray Bridge - Onkaparinga Pipeline Pump 2"},{"$f":"_xlfn.XLOOKUP(B340,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"NUMURSF1",{"$f":"_xlfn.XLOOKUP(B344,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Numurkah Solar Farm"},{"$f":"_xlfn.XLOOKUP(B344,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"RUGBYR1",{"$f":"_xlfn.XLOOKUP(B351,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Rugby Run Solar Farm"},{"$f":"_xlfn.XLOOKUP(B351,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"SMCSF1",{"$f":"_xlfn.XLOOKUP(B352,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Sun Metals Corporation Solar Farm"},{"$f":"_xlfn.XLOOKUP(B352,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"WARWSF1",{"$f":"_xlfn.XLOOKUP(B357,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Warwick Solar Farm - stage 1"},{"$f":"_xlfn.XLOOKUP(B357,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"WDGPH1",{"$f":"_xlfn.XLOOKUP(B362,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Western Downs Green Power Hub"},{"$f":"_xlfn.XLOOKUP(B362,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"YARANSF1",{"$f":"_xlfn.XLOOKUP(B367,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yarranlea Solar Farm"},{"$f":"_xlfn.XLOOKUP(B367,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"YATSF1",{"$f":"_xlfn.XLOOKUP(B368,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yatpool Solar Farm"},{"$f":"_xlfn.XLOOKUP(B368,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"BRYB1WF1",{"$f":"_xlfn.XLOOKUP(B373,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Berrybank Wind Farm"},{"$f":"_xlfn.XLOOKUP(B373,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"CNUNDAWF",{"$f":"_xlfn.XLOOKUP(B378,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Canunda Wind Farm"},{"$f":"_xlfn.XLOOKUP(B378,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"CLEMGPWF",{"$f":"_xlfn.XLOOKUP(B384,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Clements Gap Wind Farm"},{"$f":"_xlfn.XLOOKUP(B384,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"COLWF01",{"$f":"_xlfn.XLOOKUP(B385,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Collector Wind Farm"},{"$f":"_xlfn.XLOOKUP(B385,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"CULLRGWF",{"$f":"_xlfn.XLOOKUP(B390,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Cullerin Range Wind Farm"},{"$f":"_xlfn.XLOOKUP(B390,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"ELAINWF1",{"$f":"_xlfn.XLOOKUP(B395,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Elaine Wind Farm"},{"$f":"_xlfn.XLOOKUP(B395,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"NBHWF1",{"$f":"_xlfn.XLOOKUP(B400,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett 4 North Brown Hill Wind Farm"},{"$f":"_xlfn.XLOOKUP(B400,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"BLUFF1",{"$f":"_xlfn.XLOOKUP(B401,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett 5 The Bluff Wind Farm"},{"$f":"_xlfn.XLOOKUP(B401,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"HDWF3",{"$f":"_xlfn.XLOOKUP(B406,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hornsdale Wind Farm Stage 3"},{"$f":"_xlfn.XLOOKUP(B406,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"LGAPWF1",{"$f":"_xlfn.XLOOKUP(B411,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Lincoln Gap Wind Farm - stage 1"},{"$f":"_xlfn.XLOOKUP(B411,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"MLWF1",{"$f":"_xlfn.XLOOKUP(B416,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mortons Lane Wind Farm"},{"$f":"_xlfn.XLOOKUP(B416,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"MUWAWF1",{"$f":"_xlfn.XLOOKUP(B420,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Murra Warra Wind Farm - stage 1"},{"$f":"_xlfn.XLOOKUP(B420,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"OAKLAND1",{"$f":"_xlfn.XLOOKUP(B423,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Oaklands Hill Wind Farm"},{"$f":"_xlfn.XLOOKUP(B423,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"STWF1",{"$f":"_xlfn.XLOOKUP(B428,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Silverton Wind Farm"},{"$f":"_xlfn.XLOOKUP(B428,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"STOCKYD1",{"$f":"_xlfn.XLOOKUP(B433,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Stockyard Hill Wind Farm"},{"$f":"_xlfn.XLOOKUP(B433,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"TARALGA1",{"$f":"_xlfn.XLOOKUP(B434,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Taralga Wind Farm"},{"$f":"_xlfn.XLOOKUP(B434,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"WGWF1",{"$f":"_xlfn.XLOOKUP(B439,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Willogoleche Wind Farm"},{"$f":"_xlfn.XLOOKUP(B439,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"YENDWF1",{"$f":"_xlfn.XLOOKUP(B444,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yendon Wind Farm"},{"$f":"_xlfn.XLOOKUP(B444,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"Kidston Pumped Storage Hydro 2",{"$f":"_xlfn.XLOOKUP(B449,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Kidston "},{"$f":"_xlfn.XLOOKUP(B449,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Pumped Hydro (10hrs storage)"},0]
[null,"SNO2PH01",{"$f":"_xlfn.XLOOKUP(B450,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Snowy 2.0"},{"$f":"_xlfn.XLOOKUP(B450,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Pumped Hydro (1wk storage)"},0]
[null,"SNO2PH06",{"$f":"_xlfn.XLOOKUP(B455,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Snowy 2.0"},{"$f":"_xlfn.XLOOKUP(B455,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Pumped Hydro (1wk storage)"},0]
[null,"COHUNSF1",{"$f":"_xlfn.XLOOKUP(B461,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Cohuna Solar Farm"},{"$f":"_xlfn.XLOOKUP(B461,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"GANGARR1",{"$f":"_xlfn.XLOOKUP(B466,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gangarri Solar Farm"},{"$f":"_xlfn.XLOOKUP(B466,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"GIRGSF",{"$f":"_xlfn.XLOOKUP(B467,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Girgarre Solar Farm"},{"$f":"_xlfn.XLOOKUP(B467,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"MANSF2",{"$f":"_xlfn.XLOOKUP(B472,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mannum Solar Farm 2"},{"$f":"_xlfn.XLOOKUP(B472,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Stubbo Solar Farm",{"$f":"_xlfn.XLOOKUP(B477,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Stubbo Solar Farm"},{"$f":"_xlfn.XLOOKUP(B477,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"WLWLSF2",{"$f":"_xlfn.XLOOKUP(B482,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Walla Walla Solar Farm"},{"$f":"_xlfn.XLOOKUP(B482,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"WANDSF1",{"$f":"_xlfn.XLOOKUP(B483,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Wandoan South Solar Farm - stage 1"},{"$f":"_xlfn.XLOOKUP(B483,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"CLRKCWF1",{"$f":"_xlfn.XLOOKUP(B488,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Clarke Creek Wind Farm"},{"$f":"_xlfn.XLOOKUP(B488,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"GSWF1A",{"$f":"_xlfn.XLOOKUP(B495,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Goyder South Wind Farm 1A"},{"$f":"_xlfn.XLOOKUP(B495,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"KEPWF1",{"$f":"_xlfn.XLOOKUP(B499,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Kennedy Energy Park Wind Farm"},{"$f":"_xlfn.XLOOKUP(B499,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"MacIntyre Wind Farm",{"$f":"_xlfn.XLOOKUP(B500,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"MacIntyre Wind Farm"},{"$f":"_xlfn.XLOOKUP(B500,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"Aldoga Solar Farm",{"$f":"_xlfn.XLOOKUP(B505,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Aldoga Solar Farm"},{"$f":"_xlfn.XLOOKUP(B505,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Goulburn River Solar Farm",{"$f":"_xlfn.XLOOKUP(B510,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Goulburn River Solar Farm"},{"$f":"_xlfn.XLOOKUP(B510,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"New England Solar Farm 2",{"$f":"_xlfn.XLOOKUP(B515,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"New England Solar Farm - Stage 2"},{"$f":"_xlfn.XLOOKUP(B515,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Punch's Creek Renewable Energy Solar Farm",{"$f":"_xlfn.XLOOKUP(B516,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Punch's Creek Renewable Energy Solar Farm"},{"$f":"_xlfn.XLOOKUP(B516,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"BOWWBA1",{"$f":"_xlfn.XLOOKUP(B521,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bolivar Waste Water Treatment BESS"},{"$f":"_xlfn.XLOOKUP(B521,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"GANNB1",{"$f":"_xlfn.XLOOKUP(B526,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gannawarra Energy Storage System"},{"$f":"_xlfn.XLOOKUP(B526,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"QBYNB1",{"$f":"_xlfn.XLOOKUP(B531,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Queanbeyan BESS"},{"$f":"_xlfn.XLOOKUP(B531,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"RESS1G",{"$f":"_xlfn.XLOOKUP(B533,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Riverina Energy Storage System 1"},{"$f":"_xlfn.XLOOKUP(B533,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"ADPBA1",{"$f":"_xlfn.XLOOKUP(B538,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Adelaide Desalination Plant BESS"},{"$f":"_xlfn.XLOOKUP(B538,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"CBWWBA1",{"$f":"_xlfn.XLOOKUP(B543,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Christies Beach Wastewater Treatment Plant BESS"},{"$f":"_xlfn.XLOOKUP(B543,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Koorangie Energy Storage System",{"$f":"_xlfn.XLOOKUP(B548,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Koorangie Energy Storage System"},{"$f":"_xlfn.XLOOKUP(B548,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"LaTrobe Valley BESS",{"$f":"_xlfn.XLOOKUP(B549,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"LaTrobe Valley BESS"},{"$f":"_xlfn.XLOOKUP(B549,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"TB2BG1",{"$f":"_xlfn.XLOOKUP(B554,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tailem Bend Battery Project"},{"$f":"_xlfn.XLOOKUP(B554,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"WTAHB1",{"$f":"_xlfn.XLOOKUP(B559,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Waratah Super Battery"},{"$f":"_xlfn.XLOOKUP(B559,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Eraring Big Battery 2",{"$f":"_xlfn.XLOOKUP(B564,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Eraring Big Battery 2"},{"$f":"_xlfn.XLOOKUP(B564,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Gnarwarre BESS",{"$f":"_xlfn.XLOOKUP(B566,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gnarwarre BESS"},{"$f":"_xlfn.XLOOKUP(B566,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Mortlake Battery",{"$f":"_xlfn.XLOOKUP(B571,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mortlake Battery"},{"$f":"_xlfn.XLOOKUP(B571,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Richmond Valley BESS",{"$f":"_xlfn.XLOOKUP(B576,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Richmond Valley BESS"},{"$f":"_xlfn.XLOOKUP(B576,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (8hrs storage)"},0]
[null,"TRGBESS",{"$f":"_xlfn.XLOOKUP(B581,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Terang BESS"},{"$f":"_xlfn.XLOOKUP(B581,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Wooreen Energy Storage System",{"$f":"_xlfn.XLOOKUP(B582,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Wooreen Energy Storage System"},{"$f":"_xlfn.XLOOKUP(B582,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (4hrs storage)"},0]
[null,"Derby Solar Project BESS",{"$f":"_xlfn.XLOOKUP(B587,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Derby Solar Project BESS"},{"$f":"_xlfn.XLOOKUP(B587,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Limestone Coast West BESS",{"$f":"_xlfn.XLOOKUP(B592,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Limestone Coast West BESS"},{"$f":"_xlfn.XLOOKUP(B592,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Tamworth BESS 2",{"$f":"_xlfn.XLOOKUP(B597,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tamworth BESS"},{"$f":"_xlfn.XLOOKUP(B597,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"QEJP - Borumba",{"$f":"_xlfn.XLOOKUP(B598,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"QEJP - Borumba"},{"$f":"_xlfn.XLOOKUP(B598,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Pumped Hydro (24hrs storage)"},0]
[null,"Glanmire Solar Farm BESS",{"$f":"_xlfn.XLOOKUP(B602,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Glanmire Solar Farm BESS"},{"$f":"_xlfn.XLOOKUP(B602,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Inverleigh Wind Farm",{"$f":"_xlfn.XLOOKUP(B609,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Inverleigh Wind Farm"},{"$f":"_xlfn.XLOOKUP(B609,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"Supernode BESS 2",{"$f":"_xlfn.XLOOKUP(B614,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Supernode BESS 2"},{"$f":"_xlfn.XLOOKUP(B614,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (4hrs storage)"},0]
[null,"Golden Plains West Wind Farm",{"$f":"_xlfn.XLOOKUP(B615,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Golden Plains West Wind Farm"},{"$f":"_xlfn.XLOOKUP(B615,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"Elaine Solar Farm BESS",{"$f":"_xlfn.XLOOKUP(B620,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Elaine Solar Farm BESS"},{"$f":"_xlfn.XLOOKUP(B620,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Griffith BESS",{"$f":"_xlfn.XLOOKUP(B625,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Griffith BESS"},{"$f":"_xlfn.XLOOKUP(B625,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (8hrs storage)"},0]
[null,"Elaine Solar Farm",{"$f":"_xlfn.XLOOKUP(B630,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Elaine Solar Farm"},{"$f":"_xlfn.XLOOKUP(B630,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Ganymirra Solar Power Station",{"$f":"_xlfn.XLOOKUP(B631,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Ganymirra Solar Power Station"},{"$f":"_xlfn.XLOOKUP(B631,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Junction Rivers Wind Farm",{"$f":"_xlfn.XLOOKUP(B638,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Junction Rivers Wind Farm"},{"$f":"_xlfn.XLOOKUP(B638,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"Palmer Wind Farm",{"$f":"_xlfn.XLOOKUP(B640,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Palmer Wind Farm"},{"$f":"_xlfn.XLOOKUP(B640,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"Spicers Creek Wind Farm",{"$f":"_xlfn.XLOOKUP(B641,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Spicers Creek Wind Farm"},{"$f":"_xlfn.XLOOKUP(B641,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"Thunderbolt Wind Farm",{"$f":"_xlfn.XLOOKUP(B642,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Thunderbolt Wind Farm"},{"$f":"_xlfn.XLOOKUP(B642,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"Haughton Solar Farm Stage 2",{"$f":"_xlfn.XLOOKUP(B643,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Haughton Solar Farm Stage 2"},{"$f":"_xlfn.XLOOKUP(B643,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Lancaster Solar Farm",{"$f":"_xlfn.XLOOKUP(B644,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Lancaster Solar Farm"},{"$f":"_xlfn.XLOOKUP(B644,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Bennetts Creek BESS",{"$f":"_xlfn.XLOOKUP(B645,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bennetts Creek BESS"},{"$f":"_xlfn.XLOOKUP(B645,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Northern Midlands Solar Farm",{"$f":"_xlfn.XLOOKUP(B646,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Northern Midlands Solar Farm"},{"$f":"_xlfn.XLOOKUP(B646,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Hay Sun Farm",{"$f":"_xlfn.XLOOKUP(B647,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hay Sun Farm"},{"$f":"_xlfn.XLOOKUP(B647,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"MOKOSF1",{"$f":"_xlfn.XLOOKUP(B648,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mokoan Solar Farm"},{"$f":"_xlfn.XLOOKUP(B648,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Yanco Delta Wind Farm",{"$f":"_xlfn.XLOOKUP(B649,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yanco Delta Wind Farm"},{"$f":"_xlfn.XLOOKUP(B649,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"Dinawan Energy Hub Wind Farm",{"$f":"_xlfn.XLOOKUP(B650,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dinawan Energy Hub Wind Farm"},{"$f":"_xlfn.XLOOKUP(B650,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"Dinawan Energy Hub Solar Farm",{"$f":"_xlfn.XLOOKUP(B651,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dinawan Energy Hub Solar Farm"},{"$f":"_xlfn.XLOOKUP(B651,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Dinawan Energy Hub BESS",{"$f":"_xlfn.XLOOKUP(B652,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dinawan Energy Hub BESS"},{"$f":"_xlfn.XLOOKUP(B652,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (4hrs storage)"},0]
[null,"Pottinger Energy Park Wind Farm",{"$f":"_xlfn.XLOOKUP(B653,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Pottinger Energy Park Wind Farm"},{"$f":"_xlfn.XLOOKUP(B653,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"Pottinger Energy Park BESS",{"$f":"_xlfn.XLOOKUP(B654,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Pottinger Energy Park BESS"},{"$f":"_xlfn.XLOOKUP(B654,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (4hrs storage)"},0]
[null,"Bullawah Wind Farm",{"$f":"_xlfn.XLOOKUP(B655,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bullawah Wind Farm"},{"$f":"_xlfn.XLOOKUP(B655,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"Birriwa BESS",{"$f":"_xlfn.XLOOKUP(B656,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Birriwa BESS"},{"$f":"_xlfn.XLOOKUP(B656,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Birriwa Solar Farm",{"$f":"_xlfn.XLOOKUP(B657,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Birriwa Solar Farm"},{"$f":"_xlfn.XLOOKUP(B657,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Tallawang Solar Hybrid",{"$f":"_xlfn.XLOOKUP(B658,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tallawang Solar Hybrid"},{"$f":"_xlfn.XLOOKUP(B658,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Cobbora BESS",{"$f":"_xlfn.XLOOKUP(B659,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Cobbora BESS"},{"$f":"_xlfn.XLOOKUP(B659,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Cobbora Solar Farm",{"$f":"_xlfn.XLOOKUP(B660,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Cobbora Solar Farm"},{"$f":"_xlfn.XLOOKUP(B660,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Liverpool Range Wind Farm",{"$f":"_xlfn.XLOOKUP(B661,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Liverpool Range Wind Farm"},{"$f":"_xlfn.XLOOKUP(B661,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"Kiamal BESS",{"$f":"_xlfn.XLOOKUP(B662,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Kiamal BESS"},{"$f":"_xlfn.XLOOKUP(B662,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (4hrs storage)"},0]
[null,"Tallawang Solar Hybrid BESS",{"$f":"_xlfn.XLOOKUP(B663,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tallawang Solar Hybrid BESS"},{"$f":"_xlfn.XLOOKUP(B663,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Pine Lodge BESS",{"$f":"_xlfn.XLOOKUP(B664,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Pine Lodge BESS"},{"$f":"_xlfn.XLOOKUP(B664,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Notes:"]
[null,"1. Sourced from GHD 2018 AEMO costs and technical parameter review. These values are updated to reflect 'as-generated' figures."]
[null,"2. For generators not covered in the GHD 2018 review, values for new entrant technologies are used:"]
[null,"OCGT (small GT) for Bolivar Power Station, Snapper Point, Hunter Economic Zone, and Lockyer GT"]
[null,"OCGT (large GT) for Tallawarra B and Kogan Gas"]
[null,"Biomass for Tully Sugar Mill"]

{"sheet":"Auxiliary","index":48,"n_rows":665,"n_cols":8,"rows_kept":281,"cut":true,"hidden":false,"merged":[],"bounds":{"rows_first":125,"rows_last":31,"rows_between":125,"halvings":4}}
[null,"Go to Assumptions Summary"]
[null,"Auxiliary load"]
[null,"Auxiliary load refers to energy generated by power stations for in-house use."]
[]
[null,"Existing, committed, anticipated, and additional generators",null,null,null,null,"New entrants"]
[null,"IASR ID","Power Station","Technology","Auxiliary load (% of nameplate capacity)",null,"Generator","Auxiliary load (% of nameplate capacity)"]
[null,"BW01",{"$f":"VLOOKUP(B7,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bayswater"},{"$f":"VLOOKUP(B7,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},5.4802528597230502,null,"OCGT (small GT)",1.5]
[null,"BW02",{"$f":"VLOOKUP(B8,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bayswater"},{"$f":"VLOOKUP(B8,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},5.4802528597230502,null,"OCGT (large GT)",1.0999999999999901]
[null,"BW03",{"$f":"VLOOKUP(B9,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bayswater"},{"$f":"VLOOKUP(B9,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},5.4802528597230502,null,"CCGT",2.5]
[null,"BW04",{"$f":"VLOOKUP(B10,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bayswater"},{"$f":"VLOOKUP(B10,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},5.4802528597230502,null,"CCGT with CCS",9.1999999999999993]
[null,"CALL_B_1",{"$f":"VLOOKUP(B11,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Callide B"},{"$f":"VLOOKUP(B11,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},6.6709717097170902,null,"Biomass",7.3]
[null,"CALL_B_2",{"$f":"VLOOKUP(B12,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Callide B"},{"$f":"VLOOKUP(B12,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},6.6709717097170902,null,"Large scale Solar PV",2.9]
[null,"CPP_3",{"$f":"VLOOKUP(B13,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Callide C"},{"$f":"VLOOKUP(B13,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Super Critical"},6.6709717097170902,null,"Solar Thermal (16hrs storage)",6.7]
[null,"CPP_4",{"$f":"VLOOKUP(B14,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Callide C"},{"$f":"VLOOKUP(B14,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Super Critical"},6.6709717097170902,null,"Battery storage (1hr storage)",0.85]
[null,"ER01",{"$f":"VLOOKUP(B15,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Eraring"},{"$f":"VLOOKUP(B15,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},5.4802528597230502,null,"Battery storage (2hrs storage)",0.95]
[null,"ER02",{"$f":"VLOOKUP(B16,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Eraring"},{"$f":"VLOOKUP(B16,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},5.4802528597230502,null,"Battery storage (4hrs storage)",1.2]
[null,"ER03",{"$f":"VLOOKUP(B17,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Eraring"},{"$f":"VLOOKUP(B17,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},5.4802528597230502,null,"Battery storage (8hrs storage)",1.75]
[null,"ER04",{"$f":"VLOOKUP(B18,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Eraring"},{"$f":"VLOOKUP(B18,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},5.4802528597230502,null,"Wind",3]
[null,"GSTONE1",{"$f":"VLOOKUP(B19,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Gladstone"},{"$f":"VLOOKUP(B19,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},6.6709717097170902,null,"Wind - offshore (fixed)",4]
[null,"GSTONE2",{"$f":"VLOOKUP(B20,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Gladstone"},{"$f":"VLOOKUP(B20,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},6.6709717097170902,null,"Wind - offshore (floating)",4]
[null,"GSTONE3",{"$f":"VLOOKUP(B21,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Gladstone"},{"$f":"VLOOKUP(B21,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},6.6709717097170902,null,"Pumped Hydro (10hrs storage)",1]
[null,"GSTONE4",{"$f":"VLOOKUP(B22,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Gladstone"},{"$f":"VLOOKUP(B22,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},6.6709717097170902,null,"Pumped Hydro (24hrs storage)",1]
[null,"GSTONE5",{"$f":"VLOOKUP(B23,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Gladstone"},{"$f":"VLOOKUP(B23,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},6.6709717097170902,null,"Pumped Hydro (48hrs storage)",1]
[null,"GSTONE6",{"$f":"VLOOKUP(B24,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Gladstone"},{"$f":"VLOOKUP(B24,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},6.6709717097170902,null,"Distributed Resources Solar",2.9]
[null,"KPP_1",{"$f":"VLOOKUP(B25,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Kogan Creek"},{"$f":"VLOOKUP(B25,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Super Critical"},6.6709717097170902,null,"Distributed Resources Batteries",0.95]
[null,"MPP_1",{"$f":"VLOOKUP(B26,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Millmerran"},{"$f":"VLOOKUP(B26,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Super Critical"},6.6709717097170902,null,"Alkaline Electrolyser",5]
[null,"MPP_2",{"$f":"VLOOKUP(B27,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Millmerran"},{"$f":"VLOOKUP(B27,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Super Critical"},6.6709717097170902,null,"BOTN - Cethana",1]
[null,"MP1",{"$f":"VLOOKUP(B28,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mt Piper"},{"$f":"VLOOKUP(B28,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},5.4802528597230502,null,"Notes: "]
[null,"MP2",{"$f":"VLOOKUP(B29,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mt Piper"},{"$f":"VLOOKUP(B29,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},5.4802528597230502,null,"1. Sourced from Aurecon 2024 Energy Technology Cost and Technical Parameter Review."]
[null,"STAN-1",{"$f":"VLOOKUP(B30,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Stanwell"},{"$f":"VLOOKUP(B30,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},6.6709717097170902]
[null,"STAN-2",{"$f":"VLOOKUP(B31,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Stanwell"},{"$f":"VLOOKUP(B31,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},6.6709717097170902]
[null,"STAN-3",{"$f":"VLOOKUP(B32,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Stanwell"},{"$f":"VLOOKUP(B32,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},6.6709717097170902]
[null,"STAN-4",{"$f":"VLOOKUP(B33,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Stanwell"},{"$f":"VLOOKUP(B33,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},6.6709717097170902]
[null,"TARONG#1",{"$f":"VLOOKUP(B34,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tarong"},{"$f":"VLOOKUP(B34,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},6.6709717097170902]
[null,"TARONG#2",{"$f":"VLOOKUP(B35,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tarong"},{"$f":"VLOOKUP(B35,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},6.6709717097170902]
[null,"TARONG#3",{"$f":"VLOOKUP(B36,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tarong"},{"$f":"VLOOKUP(B36,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},6.6709717097170902]
[null,"TARONG#4",{"$f":"VLOOKUP(B37,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tarong"},{"$f":"VLOOKUP(B37,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},6.6709717097170902]
[null,"TNPS1",{"$f":"VLOOKUP(B38,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tarong North"},{"$f":"VLOOKUP(B38,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Super Critical"},6.6709717097170902]
[null,"VP5",{"$f":"VLOOKUP(B39,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Vales Point B"},{"$f":"VLOOKUP(B39,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},5.4802528597230502]
[null,"VP6",{"$f":"VLOOKUP(B40,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Vales Point B"},{"$f":"VLOOKUP(B40,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},5.4802528597230502]
[null,"LYA1",{"$f":"VLOOKUP(B41,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Loy Yang A Power Station"},{"$f":"VLOOKUP(B41,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},8.3725311203319492]
[null,"LYA2",{"$f":"VLOOKUP(B42,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Loy Yang A Power Station"},{"$f":"VLOOKUP(B42,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},8.3725311203319492]
[null,"LYA3",{"$f":"VLOOKUP(B43,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Loy Yang A Power Station"},{"$f":"VLOOKUP(B43,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},8.3725311203319492]
[null,"LYA4",{"$f":"VLOOKUP(B44,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Loy Yang A Power Station"},{"$f":"VLOOKUP(B44,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},8.3725311203319492]
[null,"LOYYB1",{"$f":"VLOOKUP(B45,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Loy Yang B"},{"$f":"VLOOKUP(B45,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},8.3725311203319492]
[null,"LOYYB2",{"$f":"VLOOKUP(B46,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Loy Yang B"},{"$f":"VLOOKUP(B46,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},8.3725311203319492]
[null,"YWPS1",{"$f":"VLOOKUP(B47,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Yallourn W"},{"$f":"VLOOKUP(B47,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},8.3725311203319492]
[null,"YWPS2",{"$f":"VLOOKUP(B48,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Yallourn W"},{"$f":"VLOOKUP(B48,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},8.3725311203319492]
[null,"YWPS3",{"$f":"VLOOKUP(B49,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Yallourn W"},{"$f":"VLOOKUP(B49,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},8.3725311203319492]
[null,"YWPS4",{"$f":"VLOOKUP(B50,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Yallourn W"},{"$f":"VLOOKUP(B50,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},8.3725311203319492]
[null,"ANGAS1",{"$f":"VLOOKUP(B51,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Angaston"},{"$f":"VLOOKUP(B51,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},0.76429911323328703]
[null,"ANGAS2",{"$f":"VLOOKUP(B52,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Angaston"},{"$f":"VLOOKUP(B52,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},0.76429911323328703]
[null,"BDL01",{"$f":"VLOOKUP(B53,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bairnsdale"},{"$f":"VLOOKUP(B53,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"BDL02",{"$f":"VLOOKUP(B54,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bairnsdale"},{"$f":"VLOOKUP(B54,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"BARCALDN",{"$f":"VLOOKUP(B55,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barcaldine Power Station"},{"$f":"VLOOKUP(B55,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"BIPS1_01",{"$f":"VLOOKUP(B56,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B56,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},1]
[null,"BIPS1_02",{"$f":"VLOOKUP(B57,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B57,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},1]
[null,"BIPS1_03",{"$f":"VLOOKUP(B58,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B58,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},1]
[null,"BIPS1_04",{"$f":"VLOOKUP(B59,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B59,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},1]
[null,"BIPS1_05",{"$f":"VLOOKUP(B60,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B60,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},1]
[null,"BIPS1_06",{"$f":"VLOOKUP(B61,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B61,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},1]
[null,"BIPS1_07",{"$f":"VLOOKUP(B62,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B62,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},1]
[null,"BIPS1_08",{"$f":"VLOOKUP(B63,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B63,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},1]
[null,"BIPS1_09",{"$f":"VLOOKUP(B64,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B64,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},1]
[null,"BIPS1_10",{"$f":"VLOOKUP(B65,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B65,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},1]
[null,"BIPS1_11",{"$f":"VLOOKUP(B66,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B66,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},1]
[null,"BIPS1_12",{"$f":"VLOOKUP(B67,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B67,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},1]
[null,"BBTHREE1",{"$f":"VLOOKUP(B68,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bell Bay Three"},{"$f":"VLOOKUP(B68,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},0.73458393781551301]
[null,"BBTHREE2",{"$f":"VLOOKUP(B69,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bell Bay Three"},{"$f":"VLOOKUP(B69,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},0.73458393781551301]
[null,"BBTHREE3",{"$f":"VLOOKUP(B70,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bell Bay Three"},{"$f":"VLOOKUP(B70,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},0.73458393781551301]
[null,"BOLIVPS1_1",{"$f":"VLOOKUP(B71,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bolivar Power Station"},{"$f":"VLOOKUP(B71,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"BOLIVPS1_2",{"$f":"VLOOKUP(B72,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bolivar Power Station"},{"$f":"VLOOKUP(B72,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"BOLIVPS1_3",{"$f":"VLOOKUP(B73,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bolivar Power Station"},{"$f":"VLOOKUP(B73,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"BOLIVPS1_4",{"$f":"VLOOKUP(B74,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bolivar Power Station"},{"$f":"VLOOKUP(B74,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"BRAEMAR1",{"$f":"VLOOKUP(B75,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Braemar"},{"$f":"VLOOKUP(B75,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},0.73458393781551301]
[null,"BRAEMAR2",{"$f":"VLOOKUP(B76,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Braemar"},{"$f":"VLOOKUP(B76,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},0.73458393781551301]
[null,"BRAEMAR3",{"$f":"VLOOKUP(B77,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Braemar"},{"$f":"VLOOKUP(B77,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},0.73458393781551301]
[null,"BRAEMAR5",{"$f":"VLOOKUP(B78,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Braemar 2 Power Station"},{"$f":"VLOOKUP(B78,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},0.73458393781551301]
[null,"BRAEMAR6",{"$f":"VLOOKUP(B79,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Braemar 2 Power Station"},{"$f":"VLOOKUP(B79,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},0.73458393781551301]
[null,"BRAEMAR7",{"$f":"VLOOKUP(B80,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Braemar 2 Power Station"},{"$f":"VLOOKUP(B80,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},0.73458393781551301]
[null,"CG1",{"$f":"VLOOKUP(B81,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Colongra"},{"$f":"VLOOKUP(B81,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"CG2",{"$f":"VLOOKUP(B82,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Colongra"},{"$f":"VLOOKUP(B82,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"CG3",{"$f":"VLOOKUP(B83,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Colongra"},{"$f":"VLOOKUP(B83,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"CG4",{"$f":"VLOOKUP(B84,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Colongra"},{"$f":"VLOOKUP(B84,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"CPSA_GT1",{"$f":"VLOOKUP(B85,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Condamine A"},{"$f":"VLOOKUP(B85,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},1.7924194668909199]
[null,"CPSA_GT2",{"$f":"VLOOKUP(B86,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Condamine A"},{"$f":"VLOOKUP(B86,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},1.7924194668909199]
[null,"CPSA_ST",{"$f":"VLOOKUP(B87,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Condamine A"},{"$f":"VLOOKUP(B87,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Steam Turbine"},1.7924194668909199]
[null,"DDPS1_GT1",{"$f":"VLOOKUP(B88,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Darling Downs"},{"$f":"VLOOKUP(B88,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},1.7924194668909199]
[null,"DDPS1_GT2",{"$f":"VLOOKUP(B89,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Darling Downs"},{"$f":"VLOOKUP(B89,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},1.7924194668909199]
[null,"DDPS1_GT3",{"$f":"VLOOKUP(B90,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Darling Downs"},{"$f":"VLOOKUP(B90,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},1.7924194668909199]
[null,"DDPS1_ST",{"$f":"VLOOKUP(B91,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Darling Downs"},{"$f":"VLOOKUP(B91,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Steam Turbine"},1.7924194668909199]
[null,"DRYCGT1",{"$f":"VLOOKUP(B92,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Dry Creek GT"},{"$f":"VLOOKUP(B92,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"DRYCGT2",{"$f":"VLOOKUP(B93,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Dry Creek GT"},{"$f":"VLOOKUP(B93,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"DRYCGT3",{"$f":"VLOOKUP(B94,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Dry Creek GT"},{"$f":"VLOOKUP(B94,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"AGLHAL01",{"$f":"VLOOKUP(B95,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B95,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"AGLHAL02",{"$f":"VLOOKUP(B96,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B96,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"AGLHAL03",{"$f":"VLOOKUP(B97,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B97,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"AGLHAL04",{"$f":"VLOOKUP(B98,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B98,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"AGLHAL05",{"$f":"VLOOKUP(B99,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B99,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"AGLHAL06",{"$f":"VLOOKUP(B100,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B100,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"AGLHAL07",{"$f":"VLOOKUP(B101,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B101,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"AGLHAL08",{"$f":"VLOOKUP(B102,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B102,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"AGLHAL09",{"$f":"VLOOKUP(B103,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B103,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"AGLHAL10",{"$f":"VLOOKUP(B104,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B104,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"AGLHAL11",{"$f":"VLOOKUP(B105,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B105,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"AGLHAL12",{"$f":"VLOOKUP(B106,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B106,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"AGLHALRE",{"$f":"VLOOKUP(B107,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B107,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"HEZ1",{"$f":"VLOOKUP(B108,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hunter Economic Zone"},{"$f":"VLOOKUP(B108,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},0.76429911323328703]
[null,"JLA01",{"$f":"VLOOKUP(B109,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Jeeralang A"},{"$f":"VLOOKUP(B109,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"JLA02",{"$f":"VLOOKUP(B110,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Jeeralang A"},{"$f":"VLOOKUP(B110,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"JLA03",{"$f":"VLOOKUP(B111,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Jeeralang A"},{"$f":"VLOOKUP(B111,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"JLA04",{"$f":"VLOOKUP(B112,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Jeeralang A"},{"$f":"VLOOKUP(B112,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"JLB01",{"$f":"VLOOKUP(B113,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Jeeralang B"},{"$f":"VLOOKUP(B113,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"JLB02",{"$f":"VLOOKUP(B114,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Jeeralang B"},{"$f":"VLOOKUP(B114,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"JLB03",{"$f":"VLOOKUP(B115,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Jeeralang B"},{"$f":"VLOOKUP(B115,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"LADBROK1",{"$f":"VLOOKUP(B116,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Ladbroke Grove"},{"$f":"VLOOKUP(B116,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"LADBROK2",{"$f":"VLOOKUP(B117,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Ladbroke Grove"},{"$f":"VLOOKUP(B117,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"LNGS1",{"$f":"VLOOKUP(B118,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Laverton North"},{"$f":"VLOOKUP(B118,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},0.73458393781551301]
[null,"LNGS2",{"$f":"VLOOKUP(B119,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Laverton North"},{"$f":"VLOOKUP(B119,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},0.73458393781551301]
[null,"LONSDALE",{"$f":"VLOOKUP(B120,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Lonsdale"},{"$f":"VLOOKUP(B120,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},0.76429911323328703]
[null,"MINTARO",{"$f":"VLOOKUP(B121,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mintaro GT"},{"$f":"VLOOKUP(B121,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"MORTLK11",{"$f":"VLOOKUP(B122,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mortlake"},{"$f":"VLOOKUP(B122,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},0.73458393781551301]
[null,"MORTLK12",{"$f":"VLOOKUP(B123,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mortlake"},{"$f":"VLOOKUP(B123,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},0.73458393781551301]
[null,"MSTUART1",{"$f":"VLOOKUP(B124,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mt Stuart"},{"$f":"VLOOKUP(B124,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.76429911323328703]
[null,"MSTUART2",{"$f":"VLOOKUP(B125,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mt Stuart"},{"$f":"VLOOKUP(B125,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.76429911323328703]
[null,"NPS",{"$f":"VLOOKUP(B127,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Newport"},{"$f":"VLOOKUP(B127,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},5]
[null,"PPCCGTGT1",{"$f":"VLOOKUP(B132,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Pelican Point"},{"$f":"VLOOKUP(B132,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},1.7924194668909199]
[null,"POR01-3",{"$f":"VLOOKUP(B137,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Port Lincoln GT"},{"$f":"VLOOKUP(B137,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.76429911323328703]
[null,"PTSTAN1_1",{"$f":"VLOOKUP(B138,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Port Stanvac 1"},{"$f":"VLOOKUP(B138,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},0.76429911323328703]
[null,"QPS4",{"$f":"VLOOKUP(B143,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Quarantine"},{"$f":"VLOOKUP(B143,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"SNAPPER1_1",{"$f":"VLOOKUP(B148,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Snapper Point Power Station"},{"$f":"VLOOKUP(B148,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"SNUG1",{"$f":"VLOOKUP(B153,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Snuggery"},{"$f":"VLOOKUP(B153,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.76429911323328703]
[null,"SNUG2",{"$f":"VLOOKUP(B154,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Snuggery"},{"$f":"VLOOKUP(B154,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.76429911323328703]
[null,"AGLSOM04",{"$f":"VLOOKUP(B159,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Somerton"},{"$f":"VLOOKUP(B159,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"TVCC201_ST",{"$f":"VLOOKUP(B164,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tamar Valley Combined Cycle"},{"$f":"VLOOKUP(B164,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Steam Turbine"},1.7924194668909199]
[null,"TORRB4",{"$f":"VLOOKUP(B169,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Torrens Island B"},{"$f":"VLOOKUP(B169,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},5]
[null,"YABULU",{"$f":"VLOOKUP(B170,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Townsville Power Station"},{"$f":"VLOOKUP(B170,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},1.7924194668909199]
[null,"URANQ14",{"$f":"VLOOKUP(B175,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Uranquinty"},{"$f":"VLOOKUP(B175,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},0.73458393781551301]
[null,"VPGS3",{"$f":"VLOOKUP(B178,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Valley Power"},{"$f":"VLOOKUP(B178,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},0.73458393781551301]
[null,"BLOWERNG",{"$f":"VLOOKUP(B186,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Blowering"},{"$f":"VLOOKUP(B186,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Hydro"},0.64045361591373795]
[null,"BOGONG1",{"$f":"VLOOKUP(B187,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bogong / Mackay"},{"$f":"VLOOKUP(B187,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Hydro"},0.64045361591373795]
[null,"MCKAY14",{"$f":"VLOOKUP(B192,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bogong / Mackay"},{"$f":"VLOOKUP(B192,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Hydro"},0.64045361591373795]
[null,"LI113-3",{"$f":"VLOOKUP(B197,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Catagunya / Liapootah / Wayatinah"},{"$f":"VLOOKUP(B197,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Hydro"},0.64045361591373795]
[null,"WY111-3",{"$f":"VLOOKUP(B202,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Catagunya / Liapootah / Wayatinah"},{"$f":"VLOOKUP(B202,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Hydro"},0.64045361591373795]
[null,"CETHANA",{"$f":"VLOOKUP(B203,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Cethana"},{"$f":"VLOOKUP(B203,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Hydro"},0.64045361591373795]
[null,"FISHER",{"$f":"VLOOKUP(B208,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Fisher"},{"$f":"VLOOKUP(B208,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Hydro"},0.64045361591373795]
[null,"GUTHEGA2",{"$f":"VLOOKUP(B213,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Guthega"},{"$f":"VLOOKUP(B213,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Hydro"},0.64045361591373795]
[null,"KAREEYA2",{"$f":"VLOOKUP(B218,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Kareeya"},{"$f":"VLOOKUP(B218,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Hydro"},0.64045361591373795]
[null,"KAREEYA3",{"$f":"VLOOKUP(B219,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Kareeya"},{"$f":"VLOOKUP(B219,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Hydro"},0.64045361591373795]
[null,"MACKNTSH",{"$f":"VLOOKUP(B224,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mackintosh"},{"$f":"VLOOKUP(B224,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Hydro"},0.64045361591373795]
[null,"MURRAY04",{"$f":"VLOOKUP(B229,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Murray 1"},{"$f":"VLOOKUP(B229,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Hydro"},0.64045361591373795]
[null,"MURRAY09",{"$f":"VLOOKUP(B234,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Murray 1"},{"$f":"VLOOKUP(B234,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Hydro"},0.64045361591373795]
[null,"MURRAY11",{"$f":"VLOOKUP(B236,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Murray 2"},{"$f":"VLOOKUP(B236,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Hydro"},0.64045361591373795]
[null,"PO162-2",{"$f":"VLOOKUP(B241,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Poatina"},{"$f":"VLOOKUP(B241,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Hydro"},0.64045361591373795]
[null,"REECE1",{"$f":"VLOOKUP(B246,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Reece"},{"$f":"VLOOKUP(B246,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Hydro"},0.64045361591373795]
[null,"SHGEN04",{"$f":"VLOOKUP(B251,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Shoalhaven"},{"$f":"VLOOKUP(B251,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Pumped Hydro (48hrs storage)"},0.51871260199456004]
[null,"TA111-1",{"$f":"VLOOKUP(B252,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tarraleah"},{"$f":"VLOOKUP(B252,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Hydro"},0.64045361591373795]
[null,"TA112-6",{"$f":"VLOOKUP(B257,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tarraleah"},{"$f":"VLOOKUP(B257,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Hydro"},0.64045361591373795]
[null,"TRIBUTE",{"$f":"VLOOKUP(B262,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tribute"},{"$f":"VLOOKUP(B262,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Hydro"},0.64045361591373795]
[null,"TUMUT3_05",{"$f":"VLOOKUP(B267,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tumut 3"},{"$f":"VLOOKUP(B267,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Pumped Hydro (48hrs storage)"},0.64045361591373795]
[null,"TUMUT3_06",{"$f":"VLOOKUP(B268,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tumut 3"},{"$f":"VLOOKUP(B268,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Pumped Hydro (48hrs storage)"},0.64045361591373795]
[null,"TU115-5",{"$f":"VLOOKUP(B273,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tungatinah"},{"$f":"VLOOKUP(B273,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Hydro"},0.64045361591373795]
[null,"TUMUT2_01",{"$f":"VLOOKUP(B278,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Upper Tumut"},{"$f":"VLOOKUP(B278,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Hydro"},0.64045361591373795]
[null,"WKIEWA1_2",{"$f":"VLOOKUP(B283,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"West Kiewa"},{"$f":"VLOOKUP(B283,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Hydro"},0.64045361591373795]
[null,"WKIEWA2_1",{"$f":"VLOOKUP(B284,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"West Kiewa"},{"$f":"VLOOKUP(B284,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Hydro"},0.64045361591373795]
[null,"BERYLSF1",{"$f":"VLOOKUP(B289,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Beryl Solar Farm"},{"$f":"VLOOKUP(B289,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"BNGSF1",{"$f":"VLOOKUP(B293,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bungala One Solar Farm"},{"$f":"VLOOKUP(B293,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"DDSF1",{"$f":"VLOOKUP(B300,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Darling Downs Solar Farm"},{"$f":"VLOOKUP(B300,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"DARLSF1",{"$f":"VLOOKUP(B301,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Darlington Point Solar Farm"},{"$f":"VLOOKUP(B301,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"GLENSF1",{"$f":"VLOOKUP(B306,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Glenrowan Solar Farm"},{"$f":"VLOOKUP(B306,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"HAMISF1",{"$f":"VLOOKUP(B311,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hamilton Solar Farm"},{"$f":"VLOOKUP(B311,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"HUGSF1",{"$f":"VLOOKUP(B316,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hughenden Solar Farm"},{"$f":"VLOOKUP(B316,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"JEMALNG1",{"$f":"VLOOKUP(B317,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Jemalong Solar"},{"$f":"VLOOKUP(B317,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"LILYSF1",{"$f":"VLOOKUP(B322,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Lilyvale Solar Farm"},{"$f":"VLOOKUP(B322,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"MAPS2PV1",{"$f":"VLOOKUP(B327,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mannum Adelaide Pumping Station No 2 - MAPL2 (Palmer)"},{"$f":"VLOOKUP(B327,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"MOREESF1",{"$f":"VLOOKUP(B332,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Moree Solar Farm"},{"$f":"VLOOKUP(B332,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"MWPS1PV1",{"$f":"VLOOKUP(B333,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Morgan To Whyalla Pipeline No 1 PS And Water Filtration Plant"},{"$f":"VLOOKUP(B333,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"MBPS2PV1",{"$f":"VLOOKUP(B338,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Murray Bridge - Onkaparinga Pipeline Pump 2"},{"$f":"VLOOKUP(B338,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"NYNGAN1",{"$f":"VLOOKUP(B343,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Nyngan Solar Plant"},{"$f":"VLOOKUP(B343,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"RRSF1",{"$f":"VLOOKUP(B348,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Ross River Solar Farm"},{"$f":"VLOOKUP(B348,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"SUNRSF1",{"$f":"VLOOKUP(B351,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Sunraysia Solar Farm"},{"$f":"VLOOKUP(B351,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"WARWSF1",{"$f":"VLOOKUP(B355,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Warwick Solar Farm - stage 1"},{"$f":"VLOOKUP(B355,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"WDGPH1",{"$f":"VLOOKUP(B360,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Western Downs Green Power Hub"},{"$f":"VLOOKUP(B360,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"YARANSF1",{"$f":"VLOOKUP(B365,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Yarranlea Solar Farm"},{"$f":"VLOOKUP(B365,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"YATSF1",{"$f":"VLOOKUP(B366,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Yatpool Solar Farm"},{"$f":"VLOOKUP(B366,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"BRYB1WF1",{"$f":"VLOOKUP(B371,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Berrybank Wind Farm"},{"$f":"VLOOKUP(B371,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"CNUNDAWF",{"$f":"VLOOKUP(B376,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Canunda Wind Farm"},{"$f":"VLOOKUP(B376,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"CHYTWF1",{"$f":"VLOOKUP(B381,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Cherry Tree Wind Farm"},{"$f":"VLOOKUP(B381,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"CLEMGPWF",{"$f":"VLOOKUP(B382,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Clements Gap Wind Farm"},{"$f":"VLOOKUP(B382,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"CRURWF1",{"$f":"VLOOKUP(B387,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Crudine Ridge Wind Farm"},{"$f":"VLOOKUP(B387,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"DUNDWF3",{"$f":"VLOOKUP(B392,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Dundonnell Wind Farm"},{"$f":"VLOOKUP(B392,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"GUNNING1",{"$f":"VLOOKUP(B397,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Gunning Wind Farm"},{"$f":"VLOOKUP(B397,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"NBHWF1",{"$f":"VLOOKUP(B398,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett 4 North Brown Hill Wind Farm"},{"$f":"VLOOKUP(B398,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"HDWF2",{"$f":"VLOOKUP(B403,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hornsdale Wind Farm Stage 2"},{"$f":"VLOOKUP(B403,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"LKBONNY3",{"$f":"VLOOKUP(B408,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Lake Bonney 3 Wind Farm"},{"$f":"VLOOKUP(B408,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"MLWF1",{"$f":"VLOOKUP(B414,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mortons Lane Wind Farm"},{"$f":"VLOOKUP(B414,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"MEWF1",{"$f":"VLOOKUP(B415,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mount Emerald Wind Farm"},{"$f":"VLOOKUP(B415,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"MUSSELR1",{"$f":"VLOOKUP(B420,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Musselroe Wind Farm"},{"$f":"VLOOKUP(B420,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"SAPHWF1",{"$f":"VLOOKUP(B425,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Sapphire Wind Farm"},{"$f":"VLOOKUP(B425,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"STARHLWF",{"$f":"VLOOKUP(B430,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Starfish Hill Wind Farm"},{"$f":"VLOOKUP(B430,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"STOCKYD1",{"$f":"VLOOKUP(B431,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Stockyard Hill Wind Farm"},{"$f":"VLOOKUP(B431,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"WRWF1",{"$f":"VLOOKUP(B436,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"White Rock Wind Farm - Stage 1"},{"$f":"VLOOKUP(B436,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"YAMBUKWF",{"$f":"VLOOKUP(B441,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Yambuk Wind Farm"},{"$f":"VLOOKUP(B441,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"Kidston Pumped Storage Hydro 1",{"$f":"VLOOKUP(B446,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Kidston "},{"$f":"VLOOKUP(B446,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Pumped Hydro (10hrs storage)"},0.51871260199456004]
[null,"Kidston Pumped Storage Hydro 2",{"$f":"VLOOKUP(B447,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Kidston "},{"$f":"VLOOKUP(B447,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Pumped Hydro (10hrs storage)"},0.51871260199456004]
[null,"SNO2PH05",{"$f":"VLOOKUP(B452,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Snowy 2.0"},{"$f":"VLOOKUP(B452,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Pumped Hydro (1wk storage)"},0.51871260199456004]
[null,"Broadsound Solar Farm",{"$f":"VLOOKUP(B457,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Broadsound Solar Farm"},{"$f":"VLOOKUP(B457,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"Culcairn Solar Farm",{"$f":"VLOOKUP(B462,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Culcairn Solar Farm"},{"$f":"VLOOKUP(B462,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"GIRGSF",{"$f":"VLOOKUP(B465,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Girgarre Solar Farm"},{"$f":"VLOOKUP(B465,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"Lockhart Hybrid Facility - Solar",{"$f":"VLOOKUP(B469,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Lockhart Hybrid Facility - Solar"},{"$f":"VLOOKUP(B469,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"SEBSF1",{"$f":"VLOOKUP(B474,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Sebastopol Solar Farm"},{"$f":"VLOOKUP(B474,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"WLWLSF1",{"$f":"VLOOKUP(B479,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Walla Walla Solar Farm"},{"$f":"VLOOKUP(B479,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"WLWLSF2",{"$f":"VLOOKUP(B480,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Walla Walla Solar Farm"},{"$f":"VLOOKUP(B480,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"WYASF1",{"$f":"VLOOKUP(B485,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Wyalong Solar Farm"},{"$f":"VLOOKUP(B485,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"GPWFEST1",{"$f":"VLOOKUP(B490,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Golden Plains Wind Farm East"},{"$f":"VLOOKUP(B490,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"HD1WF1",{"$f":"VLOOKUP(B495,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hawkesdale Wind Farm"},{"$f":"VLOOKUP(B495,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"KABANWF1",{"$f":"VLOOKUP(B496,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Kaban Green Power Hub - Wind Farm"},{"$f":"VLOOKUP(B496,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"Rye Park Wind Farm",{"$f":"VLOOKUP(B501,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Rye Park Wind Farm"},{"$f":"VLOOKUP(B501,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"Derby Solar Farm",{"$f":"VLOOKUP(B506,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Derby Solar Farm"},{"$f":"VLOOKUP(B506,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"Mortlake Energy Hub Solar Farm",{"$f":"VLOOKUP(B511,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mortlake Energy Hub Solar Farm"},{"$f":"VLOOKUP(B511,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"Munna Creek Solar Farm",{"$f":"VLOOKUP(B512,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Munna Creek Solar Farm"},{"$f":"VLOOKUP(B512,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"Woolsthorpe Wind Farm",{"$f":"VLOOKUP(B517,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Woolsthorpe Wind Farm"},{"$f":"VLOOKUP(B517,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"DPNTB1",{"$f":"VLOOKUP(B523,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Darlington Point Energy Storage System"},{"$f":"VLOOKUP(B523,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Battery storage (2hrs storage)"},0.11563788918180699]
[null,"PIBESS1",{"$f":"VLOOKUP(B528,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Philip Island BESS"},{"$f":"VLOOKUP(B528,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Battery storage (2hrs storage)"},0.11563788918180699]
[null,"QBYNB1",{"$f":"VLOOKUP(B529,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Queanbeyan BESS"},{"$f":"VLOOKUP(B529,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Battery storage (2hrs storage)"},0.11563788918180699]
[null,"WALGRV1",{"$f":"VLOOKUP(B534,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Wallgrove Grid Battery project"},{"$f":"VLOOKUP(B534,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Battery storage (2hrs storage)"},0.11563788918180699]
[null,"CAPBES1",{"$f":"VLOOKUP(B539,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Capital Battery"},{"$f":"VLOOKUP(B539,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Battery storage (2hrs storage)"},0.11563788918180699]
[null,"GREENB1",{"$f":"VLOOKUP(B544,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Greenbank BESS"},{"$f":"VLOOKUP(B544,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Battery storage (2hrs storage)"},0.11563788918180699]
[null,"HBESS1",{"$f":"VLOOKUP(B545,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hazelwood BESS"},{"$f":"VLOOKUP(B545,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Battery storage (1hr storage)"},0.11563788918180699]
[null,"Melbourne Renewable Energy Hub - Side A",{"$f":"VLOOKUP(B550,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Melbourne Renewable Energy Hub - Side A"},{"$f":"VLOOKUP(B550,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Battery storage (2hrs storage)"},0.11563788918180699]
[null,"TIB1",{"$f":"VLOOKUP(B555,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Torrens Island BESS"},{"$f":"VLOOKUP(B555,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Battery storage (1hr storage)"},0.11563788918180699]
[null,"Brendale BESS",{"$f":"VLOOKUP(B560,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Brendale BESS"},{"$f":"VLOOKUP(B560,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Battery storage (2hrs storage)"},0.11563788918180699]
[null,"Bungama Solar BESS",{"$f":"VLOOKUP(B561,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bungama Solar BESS"},{"$f":"VLOOKUP(B561,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Battery storage (2hrs storage)"},0.11563788918180699]
[null,"LGAPBS1",{"$f":"VLOOKUP(B566,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Lincoln Gap Wind Farm BESS"},{"$f":"VLOOKUP(B566,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Battery storage (1hr storage)"},0.11563788918180699]
[null,"Mt Fox BESS",{"$f":"VLOOKUP(B571,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mt Fox BESS"},{"$f":"VLOOKUP(B571,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Battery storage (2hrs storage)"},0.11563788918180699]
[null,"Smithfield BESS",{"$f":"VLOOKUP(B576,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Smithfield BESS"},{"$f":"VLOOKUP(B576,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Battery storage (2hrs storage)"},0.11563788918180699]
[null,"Wooreen Energy Storage System",{"$f":"VLOOKUP(B580,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Wooreen Energy Storage System"},{"$f":"VLOOKUP(B580,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Battery storage (4hrs storage)"},0.11563788918180699]
[null,"Solar River Solar Farm",{"$f":"VLOOKUP(B583,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Solar River Solar Farm"},{"$f":"VLOOKUP(B583,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"Hallett BESS",{"$f":"VLOOKUP(B588,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett BESS"},{"$f":"VLOOKUP(B588,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Battery storage (4hrs storage)"},0.11563788918180699]
[null,"Mornington BESS",{"$f":"VLOOKUP(B593,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mornington BESS"},{"$f":"VLOOKUP(B593,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Battery storage (2hrs storage)"},0.11563788918180699]
[null,"Tamworth BESS",{"$f":"VLOOKUP(B594,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tamworth BESS"},{"$f":"VLOOKUP(B594,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Battery storage (2hrs storage)"},0.11563788918180699]
[null,"Calala BESS 2",{"$f":"VLOOKUP(B599,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Calala BESS 2"},{"$f":"VLOOKUP(B599,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Battery storage (2hrs storage)"},0.11563788918180699]
[null,"Ravenswood Solar Farm",{"$f":"VLOOKUP(B604,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Ravenswood Solar Farm"},{"$f":"VLOOKUP(B604,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"Valley of the Winds Wind Farm",{"$f":"VLOOKUP(B609,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Valley of the Winds"},{"$f":"VLOOKUP(B609,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"Woolooga BESS",{"$f":"VLOOKUP(B610,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Woolooga BESS"},{"$f":"VLOOKUP(B610,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Battery storage (2hrs storage)"},0.11563788918180699]
[null,"Barnawartha Solar Farm BESS",{"$f":"VLOOKUP(B615,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barnawartha Solar Farm BESS"},{"$f":"VLOOKUP(B615,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Battery storage (2hrs storage)"},0.11563788918180699]
[null,"Junction Rivers Wind Farm BESS",{"$f":"VLOOKUP(B620,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Junction Rivers Wind Farm BESS"},{"$f":"VLOOKUP(B620,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Battery storage (4hrs storage)"},0.11563788918180699]
[null,"Barnawartha Solar Farm",{"$f":"VLOOKUP(B625,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barnawartha Solar Farm"},{"$f":"VLOOKUP(B625,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"Barwon Solar Farm",{"$f":"VLOOKUP(B626,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barwon Solar Farm"},{"$f":"VLOOKUP(B626,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"West Mokoan Solar Farm",{"$f":"VLOOKUP(B633,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"West Mokoan Solar Farm"},{"$f":"VLOOKUP(B633,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"Goyder North Wind Farm",{"$f":"VLOOKUP(B635,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Goyder North Wind Farm"},{"$f":"VLOOKUP(B635,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"Junction Rivers Wind Farm",{"$f":"VLOOKUP(B636,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Junction Rivers Wind Farm"},{"$f":"VLOOKUP(B636,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"Kentbruck Green Power Hub Wind Farm",{"$f":"VLOOKUP(B637,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Kentbruck Green Power Hub Wind Farm"},{"$f":"VLOOKUP(B637,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"Palmer Wind Farm",{"$f":"VLOOKUP(B638,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Palmer Wind Farm"},{"$f":"VLOOKUP(B638,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"Spicers Creek Wind Farm",{"$f":"VLOOKUP(B639,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Spicers Creek Wind Farm"},{"$f":"VLOOKUP(B639,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"Thunderbolt Wind Farm",{"$f":"VLOOKUP(B640,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Thunderbolt Wind Farm"},{"$f":"VLOOKUP(B640,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"Haughton Solar Farm Stage 2",{"$f":"VLOOKUP(B641,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Haughton Solar Farm Stage 2"},{"$f":"VLOOKUP(B641,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"Lancaster Solar Farm",{"$f":"VLOOKUP(B642,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Lancaster Solar Farm"},{"$f":"VLOOKUP(B642,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"Bennetts Creek BESS",{"$f":"VLOOKUP(B643,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bennetts Creek BESS"},{"$f":"VLOOKUP(B643,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Battery storage (2hrs storage)"},0.11563788918180699]
[null,"Northern Midlands Solar Farm",{"$f":"VLOOKUP(B644,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Northern Midlands Solar Farm"},{"$f":"VLOOKUP(B644,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"Hay Sun Farm",{"$f":"VLOOKUP(B645,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hay Sun Farm"},{"$f":"VLOOKUP(B645,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"MOKOSF1",{"$f":"VLOOKUP(B646,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mokoan Solar Farm"},{"$f":"VLOOKUP(B646,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"Yanco Delta Wind Farm",{"$f":"VLOOKUP(B647,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Yanco Delta Wind Farm"},{"$f":"VLOOKUP(B647,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"Dinawan Energy Hub Wind Farm",{"$f":"VLOOKUP(B648,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Dinawan Energy Hub Wind Farm"},{"$f":"VLOOKUP(B648,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"Dinawan Energy Hub Solar Farm",{"$f":"VLOOKUP(B649,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Dinawan Energy Hub Solar Farm"},{"$f":"VLOOKUP(B649,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"Dinawan Energy Hub BESS",{"$f":"VLOOKUP(B650,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Dinawan Energy Hub BESS"},{"$f":"VLOOKUP(B650,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Battery storage (4hrs storage)"},0.11563788918180699]
[null,"Pottinger Energy Park Wind Farm",{"$f":"VLOOKUP(B651,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Pottinger Energy Park Wind Farm"},{"$f":"VLOOKUP(B651,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"Pottinger Energy Park BESS",{"$f":"VLOOKUP(B652,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Pottinger Energy Park BESS"},{"$f":"VLOOKUP(B652,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Battery storage (4hrs storage)"},0.11563788918180699]
[null,"Bullawah Wind Farm",{"$f":"VLOOKUP(B653,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bullawah Wind Farm"},{"$f":"VLOOKUP(B653,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"Birriwa BESS",{"$f":"VLOOKUP(B654,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Birriwa BESS"},{"$f":"VLOOKUP(B654,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Battery storage (2hrs storage)"},0.11563788918180699]
[null,"Birriwa Solar Farm",{"$f":"VLOOKUP(B655,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Birriwa Solar Farm"},{"$f":"VLOOKUP(B655,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"Tallawang Solar Hybrid",{"$f":"VLOOKUP(B656,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tallawang Solar Hybrid"},{"$f":"VLOOKUP(B656,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"Cobbora BESS",{"$f":"VLOOKUP(B657,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Cobbora BESS"},{"$f":"VLOOKUP(B657,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Battery storage (2hrs storage)"},0.11563788918180699]
[null,"Cobbora Solar Farm",{"$f":"VLOOKUP(B658,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Cobbora Solar Farm"},{"$f":"VLOOKUP(B658,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Large scale Solar PV"},1.43108125391258E-2]
[null,"Liverpool Range Wind Farm",{"$f":"VLOOKUP(B659,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Liverpool Range Wind Farm"},{"$f":"VLOOKUP(B659,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Wind"},7.3092670203903296E-2]
[null,"Kiamal BESS",{"$f":"VLOOKUP(B660,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Kiamal BESS"},{"$f":"VLOOKUP(B660,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Battery storage (4hrs storage)"},0.11563788918180699]
[null,"Tallawang Solar Hybrid BESS",{"$f":"VLOOKUP(B661,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tallawang Solar Hybrid BESS"},{"$f":"VLOOKUP(B661,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Battery storage (2hrs storage)"},0.11563788918180699]
[null,"Pine Lodge BESS",{"$f":"VLOOKUP(B662,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Pine Lodge BESS"},{"$f":"VLOOKUP(B662,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Battery storage (2hrs storage)"},0.11563788918180699]
[null,"Notes:"]
[null,"1. Sourced from July 2025 Generation Information data collection, which contains the latest auxiliary load data as of publication."]
[null,"2. Biomass uses new entrant technology value from Aurecon 2024 Energy Technology Cost and Technical Parameter Review. "]

{"sheet":"Emissions intensity","index":49,"n_rows":673,"n_cols":8,"rows_kept":281,"cut":true,"hidden":false,"merged":[[4,6,5,8]],"bounds":{"rows_first":125,"rows_last":31,"rows_between":125,"halvings":4}}
[null,"Go to Assumptions Summary"]
[null,"Emissions intensity"]
[]
[null,"Existing, Committed, Anticipated, Additional generators",null,null,null,null,"New entrant technologies"]
[null,"The scope 1 emissions intensity for existing facilities is provided by the Clean Energy Regulator - Greenhouse and energy information by designated generation facility 2023-24.",null,null,null,null,"The scope 1 emissions intensity for committed and new entrant generators is calculated by AEMO as the product of the technology heat rate from Aurecon 2024 and Scope 1 emission factors from 2023 Australian National Greenhouse Accounts Factors  (Department of Climate Change, Energy, the Environment and Water (DCCEEW))."]
[]
[]
[null,"IASR ID","Power Station","Technology","Scope 1 emissions intensity (kg/MWh as-gen)",null,"Technology","Scope 1 emissions intensity (kg/MWh as-gen)"]
[null,"BW01",{"$f":"_xlfn.XLOOKUP(B9,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B9,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},879.88219187387097,null,"OCGT (small GT)",548.7291065989848]
[null,"BW02",{"$f":"_xlfn.XLOOKUP(B10,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B10,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},879.88219187387097,null,"OCGT (large GT)",563.28698685540951]
[null,"BW03",{"$f":"_xlfn.XLOOKUP(B11,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B11,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},879.88219187387097,null,"CCGT",373.55]
[null,"BW04",{"$f":"_xlfn.XLOOKUP(B12,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B12,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},879.88219187387097,null,"CCGT with CCS",46.58]
[null,"CALL_B_1",{"$f":"_xlfn.XLOOKUP(B13,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Callide B"},{"$f":"_xlfn.XLOOKUP(B13,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},937.03123376605095,null,"Biomass",21.042071197411001]
[null,"CALL_B_2",{"$f":"_xlfn.XLOOKUP(B14,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Callide B"},{"$f":"_xlfn.XLOOKUP(B14,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},937.03123376605095,null,"Large scale Solar PV",0]
[null,"CPP_3",{"$f":"_xlfn.XLOOKUP(B15,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Callide C"},{"$f":"_xlfn.XLOOKUP(B15,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Super Critical"},863.44320397404795,null,"Solar Thermal (16hrs storage)",0]
[null,"CPP_4",{"$f":"_xlfn.XLOOKUP(B16,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Callide C"},{"$f":"_xlfn.XLOOKUP(B16,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Super Critical"},863.44320397404795,null,"Battery Storage (1hr storage)",0]
[null,"ER01",{"$f":"_xlfn.XLOOKUP(B17,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B17,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},866.66939861931803,null,"Battery storage (2hrs storage)",0]
[null,"ER02",{"$f":"_xlfn.XLOOKUP(B18,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B18,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},866.66939861931803,null,"Battery storage (4hrs storage)",0]
[null,"ER03",{"$f":"_xlfn.XLOOKUP(B19,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B19,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},866.66939861931803,null,"Battery storage (8hrs storage)",0]
[null,"ER04",{"$f":"_xlfn.XLOOKUP(B20,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B20,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},866.66939861931803,null,"Wind",0]
[null,"GSTONE1",{"$f":"_xlfn.XLOOKUP(B21,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B21,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},986.96725349901999,null,"Wind - offshore (fixed)",0]
[null,"GSTONE2",{"$f":"_xlfn.XLOOKUP(B22,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B22,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},986.96725349901999,null,"Wind - offshore (floating)",0]
[null,"GSTONE3",{"$f":"_xlfn.XLOOKUP(B23,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B23,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},986.96725349901999,null,"Pumped Hydro (10hrs storage)",0]
[null,"GSTONE4",{"$f":"_xlfn.XLOOKUP(B24,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B24,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},986.96725349901999,null,"Pumped Hydro (24hrs storage)",0]
[null,"GSTONE5",{"$f":"_xlfn.XLOOKUP(B25,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B25,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},986.96725349901999,null,"Pumped Hydro (48hrs storage)",0]
[null,"GSTONE6",{"$f":"_xlfn.XLOOKUP(B26,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B26,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},986.96725349901999,null,"Distributed Resources Solar",0]
[null,"KPP_1",{"$f":"_xlfn.XLOOKUP(B27,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Kogan Creek"},{"$f":"_xlfn.XLOOKUP(B27,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Super Critical"},825.21187175501996,null,"Distributed Resources Batteries",0]
[null,"MPP_1",{"$f":"_xlfn.XLOOKUP(B28,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Millmerran"},{"$f":"_xlfn.XLOOKUP(B28,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Super Critical"},832.84712862216202,null,"Alkaline Electrolyser",0]
[null,"MPP_2",{"$f":"_xlfn.XLOOKUP(B29,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Millmerran"},{"$f":"_xlfn.XLOOKUP(B29,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Super Critical"},832.84712862216202,null,"BOTN - Cethana",0]
[null,"MP1",{"$f":"_xlfn.XLOOKUP(B30,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mt Piper"},{"$f":"_xlfn.XLOOKUP(B30,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},853.77996351147306]
[null,"MP2",{"$f":"_xlfn.XLOOKUP(B31,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mt Piper"},{"$f":"_xlfn.XLOOKUP(B31,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},853.77996351147306]
[null,"STAN-1",{"$f":"_xlfn.XLOOKUP(B32,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B32,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},866.20842721305996]
[null,"STAN-2",{"$f":"_xlfn.XLOOKUP(B33,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B33,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},866.20842721305996]
[null,"STAN-3",{"$f":"_xlfn.XLOOKUP(B34,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B34,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},866.20842721305996]
[null,"STAN-4",{"$f":"_xlfn.XLOOKUP(B35,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B35,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},866.20842721305996]
[null,"TARONG#1",{"$f":"_xlfn.XLOOKUP(B36,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B36,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},867.16301539496396]
[null,"TARONG#2",{"$f":"_xlfn.XLOOKUP(B37,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B37,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},867.16301539496396]
[null,"TARONG#3",{"$f":"_xlfn.XLOOKUP(B38,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B38,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},867.16301539496396]
[null,"TARONG#4",{"$f":"_xlfn.XLOOKUP(B39,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B39,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},867.16301539496396]
[null,"TNPS1",{"$f":"_xlfn.XLOOKUP(B40,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tarong North"},{"$f":"_xlfn.XLOOKUP(B40,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Super Critical"},867.16301539496396]
[null,"VP5",{"$f":"_xlfn.XLOOKUP(B41,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Vales Point B"},{"$f":"_xlfn.XLOOKUP(B41,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},970.18049492342902]
[null,"VP6",{"$f":"_xlfn.XLOOKUP(B42,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Vales Point B"},{"$f":"_xlfn.XLOOKUP(B42,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},970.18049492342902]
[null,"LYA1",{"$f":"_xlfn.XLOOKUP(B43,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B43,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},1181.1024751233899]
[null,"LYA2",{"$f":"_xlfn.XLOOKUP(B44,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B44,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},1181.1024751233899]
[null,"LYA3",{"$f":"_xlfn.XLOOKUP(B45,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B45,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},1181.1024751233899]
[null,"LYA4",{"$f":"_xlfn.XLOOKUP(B46,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B46,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},1181.1024751233899]
[null,"LOYYB1",{"$f":"_xlfn.XLOOKUP(B47,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Loy Yang B"},{"$f":"_xlfn.XLOOKUP(B47,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},1137.48582193829]
[null,"LOYYB2",{"$f":"_xlfn.XLOOKUP(B48,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Loy Yang B"},{"$f":"_xlfn.XLOOKUP(B48,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},1137.48582193829]
[null,"YWPS1",{"$f":"_xlfn.XLOOKUP(B49,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B49,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},1292.0886987030599]
[null,"YWPS2",{"$f":"_xlfn.XLOOKUP(B50,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B50,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},1292.0886987030599]
[null,"YWPS3",{"$f":"_xlfn.XLOOKUP(B51,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B51,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},1292.0886987030599]
[null,"YWPS4",{"$f":"_xlfn.XLOOKUP(B52,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B52,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},1292.0886987030599]
[null,"ANGAS1",{"$f":"_xlfn.XLOOKUP(B53,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Angaston"},{"$f":"_xlfn.XLOOKUP(B53,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},693.35426478283603]
[null,"ANGAS2",{"$f":"_xlfn.XLOOKUP(B54,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Angaston"},{"$f":"_xlfn.XLOOKUP(B54,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},693.35426478283603]
[null,"BDL01",{"$f":"_xlfn.XLOOKUP(B55,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bairnsdale"},{"$f":"_xlfn.XLOOKUP(B55,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},535.01369339532505]
[null,"BDL02",{"$f":"_xlfn.XLOOKUP(B56,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bairnsdale"},{"$f":"_xlfn.XLOOKUP(B56,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},535.01369339532505]
[null,"BARCALDN",{"$f":"_xlfn.XLOOKUP(B57,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barcaldine Power Station"},{"$f":"_xlfn.XLOOKUP(B57,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},1262.30064472344]
[null,"BIPS1_01",{"$f":"_xlfn.XLOOKUP(B58,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B58,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},575.25222197640801]
[null,"BIPS1_02",{"$f":"_xlfn.XLOOKUP(B59,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B59,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},575.25222197640801]
[null,"BIPS1_03",{"$f":"_xlfn.XLOOKUP(B60,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B60,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},575.25222197640801]
[null,"BIPS1_04",{"$f":"_xlfn.XLOOKUP(B61,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B61,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},575.25222197640801]
[null,"BIPS1_05",{"$f":"_xlfn.XLOOKUP(B62,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B62,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},575.25222197640801]
[null,"BIPS1_06",{"$f":"_xlfn.XLOOKUP(B63,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B63,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},575.25222197640801]
[null,"BIPS1_07",{"$f":"_xlfn.XLOOKUP(B64,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B64,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},575.25222197640801]
[null,"BIPS1_08",{"$f":"_xlfn.XLOOKUP(B65,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B65,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},575.25222197640801]
[null,"BIPS1_09",{"$f":"_xlfn.XLOOKUP(B66,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B66,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},575.25222197640801]
[null,"BIPS1_10",{"$f":"_xlfn.XLOOKUP(B67,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B67,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},575.25222197640801]
[null,"BIPS1_11",{"$f":"_xlfn.XLOOKUP(B68,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B68,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},575.25222197640801]
[null,"BIPS1_12",{"$f":"_xlfn.XLOOKUP(B69,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B69,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},575.25222197640801]
[null,"BBTHREE1",{"$f":"_xlfn.XLOOKUP(B70,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bell Bay Three"},{"$f":"_xlfn.XLOOKUP(B70,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},480.998541648794]
[null,"BBTHREE2",{"$f":"_xlfn.XLOOKUP(B71,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bell Bay Three"},{"$f":"_xlfn.XLOOKUP(B71,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},480.998541648794]
[null,"BBTHREE3",{"$f":"_xlfn.XLOOKUP(B72,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bell Bay Three"},{"$f":"_xlfn.XLOOKUP(B72,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},480.998541648794]
[null,"BOLIVPS1_1",{"$f":"_xlfn.XLOOKUP(B73,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bolivar Power Station"},{"$f":"_xlfn.XLOOKUP(B73,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},542.62420029101304]
[null,"BOLIVPS1_2",{"$f":"_xlfn.XLOOKUP(B74,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bolivar Power Station"},{"$f":"_xlfn.XLOOKUP(B74,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},542.62420029101304]
[null,"BOLIVPS1_3",{"$f":"_xlfn.XLOOKUP(B75,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bolivar Power Station"},{"$f":"_xlfn.XLOOKUP(B75,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},542.62420029101304]
[null,"BOLIVPS1_4",{"$f":"_xlfn.XLOOKUP(B76,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bolivar Power Station"},{"$f":"_xlfn.XLOOKUP(B76,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},542.62420029101304]
[null,"BRAEMAR1",{"$f":"_xlfn.XLOOKUP(B77,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Braemar"},{"$f":"_xlfn.XLOOKUP(B77,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},582.23936294272403]
[null,"BRAEMAR2",{"$f":"_xlfn.XLOOKUP(B78,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Braemar"},{"$f":"_xlfn.XLOOKUP(B78,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},582.23936294272403]
[null,"BRAEMAR3",{"$f":"_xlfn.XLOOKUP(B79,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Braemar"},{"$f":"_xlfn.XLOOKUP(B79,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},582.23936294272403]
[null,"BRAEMAR5",{"$f":"_xlfn.XLOOKUP(B80,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Braemar 2 Power Station"},{"$f":"_xlfn.XLOOKUP(B80,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},582.23936294272403]
[null,"BRAEMAR6",{"$f":"_xlfn.XLOOKUP(B81,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Braemar 2 Power Station"},{"$f":"_xlfn.XLOOKUP(B81,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},582.23936294272403]
[null,"BRAEMAR7",{"$f":"_xlfn.XLOOKUP(B82,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Braemar 2 Power Station"},{"$f":"_xlfn.XLOOKUP(B82,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},582.23936294272403]
[null,"CG1",{"$f":"_xlfn.XLOOKUP(B83,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Colongra"},{"$f":"_xlfn.XLOOKUP(B83,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},606.51267091722798]
[null,"CG2",{"$f":"_xlfn.XLOOKUP(B84,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Colongra"},{"$f":"_xlfn.XLOOKUP(B84,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},606.51267091722798]
[null,"CG3",{"$f":"_xlfn.XLOOKUP(B85,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Colongra"},{"$f":"_xlfn.XLOOKUP(B85,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},606.51267091722798]
[null,"CG4",{"$f":"_xlfn.XLOOKUP(B86,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Colongra"},{"$f":"_xlfn.XLOOKUP(B86,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},606.51267091722798]
[null,"CPSA_GT1",{"$f":"_xlfn.XLOOKUP(B87,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Condamine A"},{"$f":"_xlfn.XLOOKUP(B87,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Gas Turbine"},547.74731674848101]
[null,"CPSA_GT2",{"$f":"_xlfn.XLOOKUP(B88,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Condamine A"},{"$f":"_xlfn.XLOOKUP(B88,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Gas Turbine"},547.74731674848101]
[null,"CPSA_ST",{"$f":"_xlfn.XLOOKUP(B89,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Condamine A"},{"$f":"_xlfn.XLOOKUP(B89,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Steam Turbine"},547.74731674848101]
[null,"DDPS1_GT1",{"$f":"_xlfn.XLOOKUP(B90,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Darling Downs"},{"$f":"_xlfn.XLOOKUP(B90,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Gas Turbine"},436.96989544453999]
[null,"DDPS1_GT2",{"$f":"_xlfn.XLOOKUP(B91,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Darling Downs"},{"$f":"_xlfn.XLOOKUP(B91,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Gas Turbine"},436.96989544453999]
[null,"DDPS1_GT3",{"$f":"_xlfn.XLOOKUP(B92,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Darling Downs"},{"$f":"_xlfn.XLOOKUP(B92,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Gas Turbine"},436.96989544453999]
[null,"DDPS1_ST",{"$f":"_xlfn.XLOOKUP(B93,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Darling Downs"},{"$f":"_xlfn.XLOOKUP(B93,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Steam Turbine"},436.96989544453999]
[null,"DRYCGT1",{"$f":"_xlfn.XLOOKUP(B94,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dry Creek GT"},{"$f":"_xlfn.XLOOKUP(B94,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},886.66760523722303]
[null,"DRYCGT2",{"$f":"_xlfn.XLOOKUP(B95,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dry Creek GT"},{"$f":"_xlfn.XLOOKUP(B95,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},886.66760523722303]
[null,"DRYCGT3",{"$f":"_xlfn.XLOOKUP(B96,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dry Creek GT"},{"$f":"_xlfn.XLOOKUP(B96,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},886.66760523722303]
[null,"AGLHAL01",{"$f":"_xlfn.XLOOKUP(B97,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B97,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},847.634276026816]
[null,"AGLHAL02",{"$f":"_xlfn.XLOOKUP(B98,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B98,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},847.634276026816]
[null,"AGLHAL03",{"$f":"_xlfn.XLOOKUP(B99,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B99,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},847.634276026816]
[null,"AGLHAL04",{"$f":"_xlfn.XLOOKUP(B100,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B100,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},847.634276026816]
[null,"AGLHAL05",{"$f":"_xlfn.XLOOKUP(B101,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B101,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},847.634276026816]
[null,"AGLHAL06",{"$f":"_xlfn.XLOOKUP(B102,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B102,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},847.634276026816]
[null,"AGLHAL07",{"$f":"_xlfn.XLOOKUP(B103,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B103,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},847.634276026816]
[null,"AGLHAL08",{"$f":"_xlfn.XLOOKUP(B104,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B104,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},847.634276026816]
[null,"AGLHAL09",{"$f":"_xlfn.XLOOKUP(B105,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B105,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},847.634276026816]
[null,"AGLHAL10",{"$f":"_xlfn.XLOOKUP(B106,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B106,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},847.634276026816]
[null,"AGLHAL11",{"$f":"_xlfn.XLOOKUP(B107,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B107,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},847.634276026816]
[null,"AGLHAL12",{"$f":"_xlfn.XLOOKUP(B108,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B108,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},847.634276026816]
[null,"AGLHALRE",{"$f":"_xlfn.XLOOKUP(B109,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B109,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},847.634276026816]
[null,"HEZ1",{"$f":"_xlfn.XLOOKUP(B110,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hunter Economic Zone"},{"$f":"_xlfn.XLOOKUP(B110,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},575.25222197640801]
[null,"JLA01",{"$f":"_xlfn.XLOOKUP(B111,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang A"},{"$f":"_xlfn.XLOOKUP(B111,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},771.89639509892902]
[null,"JLA02",{"$f":"_xlfn.XLOOKUP(B112,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang A"},{"$f":"_xlfn.XLOOKUP(B112,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},771.89639509892902]
[null,"JLA03",{"$f":"_xlfn.XLOOKUP(B113,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang A"},{"$f":"_xlfn.XLOOKUP(B113,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},771.89639509892902]
[null,"JLA04",{"$f":"_xlfn.XLOOKUP(B114,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang A"},{"$f":"_xlfn.XLOOKUP(B114,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},771.89639509892902]
[null,"JLB01",{"$f":"_xlfn.XLOOKUP(B115,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang B"},{"$f":"_xlfn.XLOOKUP(B115,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},771.89639509892902]
[null,"JLB02",{"$f":"_xlfn.XLOOKUP(B116,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang B"},{"$f":"_xlfn.XLOOKUP(B116,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},771.89639509892902]
[null,"JLB03",{"$f":"_xlfn.XLOOKUP(B117,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang B"},{"$f":"_xlfn.XLOOKUP(B117,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},771.89639509892902]
[null,"LADBROK1",{"$f":"_xlfn.XLOOKUP(B118,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Ladbroke Grove"},{"$f":"_xlfn.XLOOKUP(B118,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},509.15422717360002]
[null,"LADBROK2",{"$f":"_xlfn.XLOOKUP(B119,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Ladbroke Grove"},{"$f":"_xlfn.XLOOKUP(B119,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},509.15422717360002]
[null,"LNGS1",{"$f":"_xlfn.XLOOKUP(B120,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Laverton North"},{"$f":"_xlfn.XLOOKUP(B120,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},619.58812342590795]
[null,"LNGS2",{"$f":"_xlfn.XLOOKUP(B121,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Laverton North"},{"$f":"_xlfn.XLOOKUP(B121,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},619.58812342590795]
[null,"LONSDALE",{"$f":"_xlfn.XLOOKUP(B122,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Lonsdale"},{"$f":"_xlfn.XLOOKUP(B122,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},672.462672462672]
[null,"MINTARO",{"$f":"_xlfn.XLOOKUP(B123,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mintaro GT"},{"$f":"_xlfn.XLOOKUP(B123,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},994.921802322399]
[null,"MORTLK11",{"$f":"_xlfn.XLOOKUP(B124,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mortlake"},{"$f":"_xlfn.XLOOKUP(B124,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},559.289857072274]
[null,"MORTLK12",{"$f":"_xlfn.XLOOKUP(B125,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mortlake"},{"$f":"_xlfn.XLOOKUP(B125,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},559.289857072274]
[null,"MSTUART2",{"$f":"_xlfn.XLOOKUP(B127,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mt Stuart"},{"$f":"_xlfn.XLOOKUP(B127,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},980.32832498608695]
[null,"OsborneGT",{"$f":"_xlfn.XLOOKUP(B132,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Osborne"},{"$f":"_xlfn.XLOOKUP(B132,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Gas Turbine"},417.14601652294999]
[null,"POR01-1",{"$f":"_xlfn.XLOOKUP(B137,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Port Lincoln GT"},{"$f":"_xlfn.XLOOKUP(B137,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},1297.61904761904]
[null,"POR01-2",{"$f":"_xlfn.XLOOKUP(B138,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Port Lincoln GT"},{"$f":"_xlfn.XLOOKUP(B138,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},1297.61904761904]
[null,"QPS2",{"$f":"_xlfn.XLOOKUP(B143,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Quarantine"},{"$f":"_xlfn.XLOOKUP(B143,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},601.22527395509496]
[null,"ROMA_8",{"$f":"_xlfn.XLOOKUP(B148,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Roma"},{"$f":"_xlfn.XLOOKUP(B148,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},668.27503015681498]
[null,"SNAPPER1_4",{"$f":"_xlfn.XLOOKUP(B153,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Snapper Point Power Station"},{"$f":"_xlfn.XLOOKUP(B153,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},694.29566845197803]
[null,"SNUG3",{"$f":"_xlfn.XLOOKUP(B157,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Snuggery"},{"$f":"_xlfn.XLOOKUP(B157,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},1047.2846441947499]
[null,"AGLSOM03",{"$f":"_xlfn.XLOOKUP(B160,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Somerton"},{"$f":"_xlfn.XLOOKUP(B160,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},765.89385718016399]
[null,"TVCC201_GT",{"$f":"_xlfn.XLOOKUP(B165,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tamar Valley Combined Cycle"},{"$f":"_xlfn.XLOOKUP(B165,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Gas Turbine"},480.998541648794]
[null,"TORRB3",{"$f":"_xlfn.XLOOKUP(B170,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Torrens Island B"},{"$f":"_xlfn.XLOOKUP(B170,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},591.39688785548196]
[null,"TORRB4",{"$f":"_xlfn.XLOOKUP(B171,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Torrens Island B"},{"$f":"_xlfn.XLOOKUP(B171,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},591.39688785548196]
[null,"URANQ13",{"$f":"_xlfn.XLOOKUP(B176,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Uranquinty"},{"$f":"_xlfn.XLOOKUP(B176,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},603.48288040403304]
[null,"VPGS4",{"$f":"_xlfn.XLOOKUP(B181,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Valley Power"},{"$f":"_xlfn.XLOOKUP(B181,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},758.71889239397103]
[null,"YARWUN_1",{"$f":"_xlfn.XLOOKUP(B184,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yarwun Cogen"},{"$f":"_xlfn.XLOOKUP(B184,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT"},373.552861538461]
[null,"BLOWERNG",{"$f":"_xlfn.XLOOKUP(B188,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Blowering"},{"$f":"_xlfn.XLOOKUP(B188,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"MCKAY13",{"$f":"_xlfn.XLOOKUP(B193,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bogong / Mackay"},{"$f":"_xlfn.XLOOKUP(B193,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"LI112-2",{"$f":"_xlfn.XLOOKUP(B198,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Catagunya / Liapootah / Wayatinah"},{"$f":"_xlfn.XLOOKUP(B198,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"WY111-2",{"$f":"_xlfn.XLOOKUP(B203,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Catagunya / Liapootah / Wayatinah"},{"$f":"_xlfn.XLOOKUP(B203,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"WY111-3",{"$f":"_xlfn.XLOOKUP(B204,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Catagunya / Liapootah / Wayatinah"},{"$f":"_xlfn.XLOOKUP(B204,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"EILDON2",{"$f":"_xlfn.XLOOKUP(B209,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Eildon"},{"$f":"_xlfn.XLOOKUP(B209,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"GUTHEGA1",{"$f":"_xlfn.XLOOKUP(B214,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Guthega"},{"$f":"_xlfn.XLOOKUP(B214,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"KAREEYA2",{"$f":"_xlfn.XLOOKUP(B220,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Kareeya"},{"$f":"_xlfn.XLOOKUP(B220,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"KAREEYA3",{"$f":"_xlfn.XLOOKUP(B221,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Kareeya"},{"$f":"_xlfn.XLOOKUP(B221,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"MACKNTSH",{"$f":"_xlfn.XLOOKUP(B226,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mackintosh"},{"$f":"_xlfn.XLOOKUP(B226,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"MURRAY04",{"$f":"_xlfn.XLOOKUP(B231,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Murray 1"},{"$f":"_xlfn.XLOOKUP(B231,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"MURRAY09",{"$f":"_xlfn.XLOOKUP(B236,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Murray 1"},{"$f":"_xlfn.XLOOKUP(B236,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"MURRAY10",{"$f":"_xlfn.XLOOKUP(B237,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Murray 1"},{"$f":"_xlfn.XLOOKUP(B237,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"PO161-1",{"$f":"_xlfn.XLOOKUP(B242,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Poatina"},{"$f":"_xlfn.XLOOKUP(B242,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"PO166-6",{"$f":"_xlfn.XLOOKUP(B247,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Poatina"},{"$f":"_xlfn.XLOOKUP(B247,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"SHGEN04",{"$f":"_xlfn.XLOOKUP(B253,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Shoalhaven"},{"$f":"_xlfn.XLOOKUP(B253,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Pumped Hydro (48hrs storage)"},0]
[null,"TA111-1",{"$f":"_xlfn.XLOOKUP(B254,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tarraleah"},{"$f":"_xlfn.XLOOKUP(B254,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"TA112-6",{"$f":"_xlfn.XLOOKUP(B259,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tarraleah"},{"$f":"_xlfn.XLOOKUP(B259,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"TRIBUTE",{"$f":"_xlfn.XLOOKUP(B264,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tribute"},{"$f":"_xlfn.XLOOKUP(B264,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"TUMUT3_05",{"$f":"_xlfn.XLOOKUP(B269,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tumut 3"},{"$f":"_xlfn.XLOOKUP(B269,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Pumped Hydro (48hrs storage)"},0]
[null,"TUMUT3_06",{"$f":"_xlfn.XLOOKUP(B270,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tumut 3"},{"$f":"_xlfn.XLOOKUP(B270,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Pumped Hydro (48hrs storage)"},0]
[null,"TUMUT1_03",{"$f":"_xlfn.XLOOKUP(B278,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Upper Tumut"},{"$f":"_xlfn.XLOOKUP(B278,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"TUMUT2_02",{"$f":"_xlfn.XLOOKUP(B281,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Upper Tumut"},{"$f":"_xlfn.XLOOKUP(B281,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"WKIEWA2_1",{"$f":"_xlfn.XLOOKUP(B286,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"West Kiewa"},{"$f":"_xlfn.XLOOKUP(B286,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"WKIEWA2_2",{"$f":"_xlfn.XLOOKUP(B287,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"West Kiewa"},{"$f":"_xlfn.XLOOKUP(B287,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},0]
[null,"BOWWPV1",{"$f":"_xlfn.XLOOKUP(B292,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bolivar Waste Water Treatment Solar Farm"},{"$f":"_xlfn.XLOOKUP(B292,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"CHILDSF1",{"$f":"_xlfn.XLOOKUP(B297,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Childers Solar Farm"},{"$f":"_xlfn.XLOOKUP(B297,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"DDSF1",{"$f":"_xlfn.XLOOKUP(B302,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Darling Downs Solar Farm"},{"$f":"_xlfn.XLOOKUP(B302,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"DARLSF1",{"$f":"_xlfn.XLOOKUP(B303,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Darlington Point Solar Farm"},{"$f":"_xlfn.XLOOKUP(B303,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"GLRWNSF1",{"$f":"_xlfn.XLOOKUP(B309,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Glenrowan West Solar Farm"},{"$f":"_xlfn.XLOOKUP(B309,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"HVWWPV1",{"$f":"_xlfn.XLOOKUP(B314,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Happy Valley Reservoir"},{"$f":"_xlfn.XLOOKUP(B314,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"JEMALNG1",{"$f":"_xlfn.XLOOKUP(B319,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jemalong Solar"},{"$f":"_xlfn.XLOOKUP(B319,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"JUNEESF1",{"$f":"_xlfn.XLOOKUP(B320,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Junee Solar Farm"},{"$f":"_xlfn.XLOOKUP(B320,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"LIMOSF11",{"$f":"_xlfn.XLOOKUP(B325,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Limondale Solar Farm 1"},{"$f":"_xlfn.XLOOKUP(B325,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"MAPS3PV1",{"$f":"_xlfn.XLOOKUP(B330,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mannum Adelaide Pumping Station No 3 - MAPL3 (Tungkillo)"},{"$f":"_xlfn.XLOOKUP(B330,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"MWPS1PV1",{"$f":"_xlfn.XLOOKUP(B335,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Morgan To Whyalla Pipeline No 1 PS And Water Filtration Plant"},{"$f":"_xlfn.XLOOKUP(B335,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"MWPS2PV1",{"$f":"_xlfn.XLOOKUP(B336,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Morgan To Whyalla Pipeline No 2 PS"},{"$f":"_xlfn.XLOOKUP(B336,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"NEWENSF1",{"$f":"_xlfn.XLOOKUP(B342,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"New England Solar Farm"},{"$f":"_xlfn.XLOOKUP(B342,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"OAKEY2SF",{"$f":"_xlfn.XLOOKUP(B347,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Oakey 2 Solar Farm"},{"$f":"_xlfn.XLOOKUP(B347,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"SMCSF1",{"$f":"_xlfn.XLOOKUP(B352,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Sun Metals Corporation Solar Farm"},{"$f":"_xlfn.XLOOKUP(B352,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"SUNRSF1",{"$f":"_xlfn.XLOOKUP(B353,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Sunraysia Solar Farm"},{"$f":"_xlfn.XLOOKUP(B353,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"WARWSF2",{"$f":"_xlfn.XLOOKUP(B358,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Warwick Solar Farm - stage 2"},{"$f":"_xlfn.XLOOKUP(B358,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"WRSF1",{"$f":"_xlfn.XLOOKUP(B363,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"White Rock Solar Farm"},{"$f":"_xlfn.XLOOKUP(B363,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"YATSF1",{"$f":"_xlfn.XLOOKUP(B368,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yatpool Solar Farm"},{"$f":"_xlfn.XLOOKUP(B368,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"BALDHWF1",{"$f":"_xlfn.XLOOKUP(B370,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bald Hills Wind Farm"},{"$f":"_xlfn.XLOOKUP(B370,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"BOCORWF1",{"$f":"_xlfn.XLOOKUP(B375,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Boco Rock Wind Farm"},{"$f":"_xlfn.XLOOKUP(B375,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"CATHROCK",{"$f":"_xlfn.XLOOKUP(B380,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Cathedral Rocks Wind Farm"},{"$f":"_xlfn.XLOOKUP(B380,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"COLWF01",{"$f":"_xlfn.XLOOKUP(B385,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Collector Wind Farm"},{"$f":"_xlfn.XLOOKUP(B385,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"COOPGWF1",{"$f":"_xlfn.XLOOKUP(B386,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Coopers Gap Wind Farm"},{"$f":"_xlfn.XLOOKUP(B386,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"DULAWF1",{"$f":"_xlfn.XLOOKUP(B391,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dulacca Wind Farm"},{"$f":"_xlfn.XLOOKUP(B391,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"GRANWF1",{"$f":"_xlfn.XLOOKUP(B396,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Granville Harbour Wind Farm"},{"$f":"_xlfn.XLOOKUP(B396,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"GUNNING1",{"$f":"_xlfn.XLOOKUP(B399,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gunning Wind Farm"},{"$f":"_xlfn.XLOOKUP(B399,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"HALLWF2",{"$f":"_xlfn.XLOOKUP(B403,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett Stage 2 Hallett Hill Wind Farm"},{"$f":"_xlfn.XLOOKUP(B403,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"LKBONNY1",{"$f":"_xlfn.XLOOKUP(B408,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Lake Bonney 1 Wind Farm"},{"$f":"_xlfn.XLOOKUP(B408,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"MACARTH1",{"$f":"_xlfn.XLOOKUP(B413,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Macarthur Wind Farm"},{"$f":"_xlfn.XLOOKUP(B413,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"MTMILLAR",{"$f":"_xlfn.XLOOKUP(B418,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mount Millar Wind Farm"},{"$f":"_xlfn.XLOOKUP(B418,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"MERCER01",{"$f":"_xlfn.XLOOKUP(B419,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mt Mercer Wind Farm"},{"$f":"_xlfn.XLOOKUP(B419,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"PAREPW1",{"$f":"_xlfn.XLOOKUP(B424,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Port Augusta Renewable Energy Park - Wind"},{"$f":"_xlfn.XLOOKUP(B424,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"SNOWSTH1",{"$f":"_xlfn.XLOOKUP(B430,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Snowtown S2 Wind Farm"},{"$f":"_xlfn.XLOOKUP(B430,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"WATERLWF",{"$f":"_xlfn.XLOOKUP(B435,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Waterloo Wind Farm"},{"$f":"_xlfn.XLOOKUP(B435,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"WPWF",{"$f":"_xlfn.XLOOKUP(B436,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Wattle Point Wind Farm"},{"$f":"_xlfn.XLOOKUP(B436,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"WOOLNTH1",{"$f":"_xlfn.XLOOKUP(B441,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Woolnorth Wind Farm"},{"$f":"_xlfn.XLOOKUP(B441,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"HUNTER1",{"$f":"_xlfn.XLOOKUP(B446,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hunter Power Station"},{"$f":"_xlfn.XLOOKUP(B446,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},563.28698685540905]
[null,"SNO2PH02",{"$f":"_xlfn.XLOOKUP(B451,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Snowy 2.0"},{"$f":"_xlfn.XLOOKUP(B451,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Pumped Hydro (1wk storage)"},0]
[null,"SNO2PH03",{"$f":"_xlfn.XLOOKUP(B452,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Snowy 2.0"},{"$f":"_xlfn.XLOOKUP(B452,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Pumped Hydro (1wk storage)"},0]
[null,"AVLSF1",{"$f":"_xlfn.XLOOKUP(B457,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Avonlie Solar Farm"},{"$f":"_xlfn.XLOOKUP(B457,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"CRWASF1",{"$f":"_xlfn.XLOOKUP(B463,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Corowa Solar Farm"},{"$f":"_xlfn.XLOOKUP(B463,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Goorambat East Solar Farm",{"$f":"_xlfn.XLOOKUP(B468,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Goorambat East Solar Farm"},{"$f":"_xlfn.XLOOKUP(B468,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"KEPSF1",{"$f":"_xlfn.XLOOKUP(B469,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Kennedy Energy Park Solar Farm"},{"$f":"_xlfn.XLOOKUP(B469,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"QPSF",{"$f":"_xlfn.XLOOKUP(B474,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Quorn Park Solar Farm"},{"$f":"_xlfn.XLOOKUP(B474,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Tilbuster Solar Farm",{"$f":"_xlfn.XLOOKUP(B479,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tilbuster Solar Farm"},{"$f":"_xlfn.XLOOKUP(B479,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"WELNSF1",{"$f":"_xlfn.XLOOKUP(B484,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Wellington North Solar Farm (Lightsource)"},{"$f":"_xlfn.XLOOKUP(B484,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"WOLARSF1",{"$f":"_xlfn.XLOOKUP(B485,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Wollar Solar Farm"},{"$f":"_xlfn.XLOOKUP(B485,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"GPWFEST2",{"$f":"_xlfn.XLOOKUP(B493,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Golden Plains Wind Farm East"},{"$f":"_xlfn.XLOOKUP(B493,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"GSWF1B",{"$f":"_xlfn.XLOOKUP(B496,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Goyder South Wind Farm 1B"},{"$f":"_xlfn.XLOOKUP(B496,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"MTGELWF1",{"$f":"_xlfn.XLOOKUP(B501,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mt Gellibrand Wind Farm"},{"$f":"_xlfn.XLOOKUP(B501,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"RYANCWF1",{"$f":"_xlfn.XLOOKUP(B502,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Ryan Corner Wind Farm"},{"$f":"_xlfn.XLOOKUP(B502,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"Banksia Solar Farm",{"$f":"_xlfn.XLOOKUP(B507,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Banksia Solar Farm"},{"$f":"_xlfn.XLOOKUP(B507,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Maryvale Solar Farm",{"$f":"_xlfn.XLOOKUP(B512,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Maryvale Solar Farm"},{"$f":"_xlfn.XLOOKUP(B512,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"GBWF1",{"$f":"_xlfn.XLOOKUP(B517,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gawara Baya Wind Farm"},{"$f":"_xlfn.XLOOKUP(B517,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"BALB1",{"$f":"_xlfn.XLOOKUP(B520,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Ballarat Energy Storage System"},{"$f":"_xlfn.XLOOKUP(B520,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (1hr storage)"},0]
[null,"DALNTH1",{"$f":"_xlfn.XLOOKUP(B524,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dalrymple BESS"},{"$f":"_xlfn.XLOOKUP(B524,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (1hr storage)"},0]
[null,"LBBG1",{"$f":"_xlfn.XLOOKUP(B529,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Lake Bonney BESS"},{"$f":"_xlfn.XLOOKUP(B529,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"RIVNB2",{"$f":"_xlfn.XLOOKUP(B534,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Riverina Energy Storage System 2"},{"$f":"_xlfn.XLOOKUP(B534,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"VBB1",{"$f":"_xlfn.XLOOKUP(B535,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Victorian Big Battery"},{"$f":"_xlfn.XLOOKUP(B535,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"BHBG1",{"$f":"_xlfn.XLOOKUP(B540,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Broken Hill BESS"},{"$f":"_xlfn.XLOOKUP(B540,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (1hr storage)"},0]
[null,"Eraring Big Battery",{"$f":"_xlfn.XLOOKUP(B545,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Eraring Big Battery"},{"$f":"_xlfn.XLOOKUP(B545,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Lockhart Hybrid Facility - Battery",{"$f":"_xlfn.XLOOKUP(B551,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Lockhart Hybrid Facility - Battery"},{"$f":"_xlfn.XLOOKUP(B551,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Melbourne Renewable Energy Hub - Side A",{"$f":"_xlfn.XLOOKUP(B552,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Melbourne Renewable Energy Hub - Side A"},{"$f":"_xlfn.XLOOKUP(B552,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"TIB1",{"$f":"_xlfn.XLOOKUP(B557,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Torrens Island BESS"},{"$f":"_xlfn.XLOOKUP(B557,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (1hr storage)"},0]
[null,"Brendale BESS",{"$f":"_xlfn.XLOOKUP(B562,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Brendale BESS"},{"$f":"_xlfn.XLOOKUP(B562,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Limondale BESS",{"$f":"_xlfn.XLOOKUP(B567,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Limondale BESS"},{"$f":"_xlfn.XLOOKUP(B567,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (8hrs storage)"},0]
[null,"LGAPBS1",{"$f":"_xlfn.XLOOKUP(B568,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Lincoln Gap Wind Farm BESS"},{"$f":"_xlfn.XLOOKUP(B568,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (1hr storage)"},0]
[null,"Mt Fox BESS",{"$f":"_xlfn.XLOOKUP(B573,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mt Fox BESS"},{"$f":"_xlfn.XLOOKUP(B573,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Smithfield BESS",{"$f":"_xlfn.XLOOKUP(B578,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Smithfield BESS"},{"$f":"_xlfn.XLOOKUP(B578,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Kogan Gas",{"$f":"_xlfn.XLOOKUP(B583,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Brigalow GT"},{"$f":"_xlfn.XLOOKUP(B583,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},563.29]
[null,"Solar River Solar Farm",{"$f":"_xlfn.XLOOKUP(B585,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Solar River Solar Farm"},{"$f":"_xlfn.XLOOKUP(B585,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Hallett BESS",{"$f":"_xlfn.XLOOKUP(B590,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett BESS"},{"$f":"_xlfn.XLOOKUP(B590,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (4hrs storage)"},0]
[null,"Mornington BESS",{"$f":"_xlfn.XLOOKUP(B595,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mornington BESS"},{"$f":"_xlfn.XLOOKUP(B595,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Calala BESS 1",{"$f":"_xlfn.XLOOKUP(B600,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Calala BESS 1"},{"$f":"_xlfn.XLOOKUP(B600,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Calala BESS 2",{"$f":"_xlfn.XLOOKUP(B601,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Calala BESS 2"},{"$f":"_xlfn.XLOOKUP(B601,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Ravenswood Solar Farm",{"$f":"_xlfn.XLOOKUP(B606,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Ravenswood Solar Farm"},{"$f":"_xlfn.XLOOKUP(B606,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Inverleigh Wind Farm",{"$f":"_xlfn.XLOOKUP(B609,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Inverleigh Wind Farm"},{"$f":"_xlfn.XLOOKUP(B609,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"Barnawartha Solar Farm BESS",{"$f":"_xlfn.XLOOKUP(B617,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barnawartha Solar Farm BESS"},{"$f":"_xlfn.XLOOKUP(B617,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Barwon Solar Farm BESS",{"$f":"_xlfn.XLOOKUP(B618,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barwon Solar Farm BESS"},{"$f":"_xlfn.XLOOKUP(B618,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Majors Creek Solar Power Station BESS",{"$f":"_xlfn.XLOOKUP(B623,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Majors Creek Power Station BESS"},{"$f":"_xlfn.XLOOKUP(B623,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (4hrs storage)"},0]
[null,"Barwon Solar Farm",{"$f":"_xlfn.XLOOKUP(B628,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barwon Solar Farm"},{"$f":"_xlfn.XLOOKUP(B628,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Majors Creek Solar Power Station",{"$f":"_xlfn.XLOOKUP(B633,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Majors Creek Power Station"},{"$f":"_xlfn.XLOOKUP(B633,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Sandy Creek Solar Farm",{"$f":"_xlfn.XLOOKUP(B634,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Sandy Creek Solar Farm"},{"$f":"_xlfn.XLOOKUP(B634,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Spicers Creek Wind Farm",{"$f":"_xlfn.XLOOKUP(B641,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Spicers Creek Wind Farm"},{"$f":"_xlfn.XLOOKUP(B641,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"Haughton Solar Farm Stage 2",{"$f":"_xlfn.XLOOKUP(B643,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Haughton Solar Farm Stage 2"},{"$f":"_xlfn.XLOOKUP(B643,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Lancaster Solar Farm",{"$f":"_xlfn.XLOOKUP(B644,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Lancaster Solar Farm"},{"$f":"_xlfn.XLOOKUP(B644,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Bennetts Creek BESS",{"$f":"_xlfn.XLOOKUP(B645,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bennetts Creek BESS"},{"$f":"_xlfn.XLOOKUP(B645,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Northern Midlands Solar Farm",{"$f":"_xlfn.XLOOKUP(B646,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Northern Midlands Solar Farm"},{"$f":"_xlfn.XLOOKUP(B646,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Hay Sun Farm",{"$f":"_xlfn.XLOOKUP(B647,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hay Sun Farm"},{"$f":"_xlfn.XLOOKUP(B647,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"MOKOSF1",{"$f":"_xlfn.XLOOKUP(B648,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mokoan Solar Farm"},{"$f":"_xlfn.XLOOKUP(B648,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Yanco Delta Wind Farm",{"$f":"_xlfn.XLOOKUP(B649,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yanco Delta Wind Farm"},{"$f":"_xlfn.XLOOKUP(B649,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"Dinawan Energy Hub Wind Farm",{"$f":"_xlfn.XLOOKUP(B650,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dinawan Energy Hub Wind Farm"},{"$f":"_xlfn.XLOOKUP(B650,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"Dinawan Energy Hub Solar Farm",{"$f":"_xlfn.XLOOKUP(B651,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dinawan Energy Hub Solar Farm"},{"$f":"_xlfn.XLOOKUP(B651,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Dinawan Energy Hub BESS",{"$f":"_xlfn.XLOOKUP(B652,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dinawan Energy Hub BESS"},{"$f":"_xlfn.XLOOKUP(B652,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (4hrs storage)"},0]
[null,"Pottinger Energy Park Wind Farm",{"$f":"_xlfn.XLOOKUP(B653,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Pottinger Energy Park Wind Farm"},{"$f":"_xlfn.XLOOKUP(B653,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"Pottinger Energy Park BESS",{"$f":"_xlfn.XLOOKUP(B654,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Pottinger Energy Park BESS"},{"$f":"_xlfn.XLOOKUP(B654,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (4hrs storage)"},0]
[null,"Bullawah Wind Farm",{"$f":"_xlfn.XLOOKUP(B655,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bullawah Wind Farm"},{"$f":"_xlfn.XLOOKUP(B655,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"Birriwa BESS",{"$f":"_xlfn.XLOOKUP(B656,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Birriwa BESS"},{"$f":"_xlfn.XLOOKUP(B656,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Birriwa Solar Farm",{"$f":"_xlfn.XLOOKUP(B657,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Birriwa Solar Farm"},{"$f":"_xlfn.XLOOKUP(B657,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Tallawang Solar Hybrid",{"$f":"_xlfn.XLOOKUP(B658,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tallawang Solar Hybrid"},{"$f":"_xlfn.XLOOKUP(B658,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Cobbora BESS",{"$f":"_xlfn.XLOOKUP(B659,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Cobbora BESS"},{"$f":"_xlfn.XLOOKUP(B659,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Cobbora Solar Farm",{"$f":"_xlfn.XLOOKUP(B660,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Cobbora Solar Farm"},{"$f":"_xlfn.XLOOKUP(B660,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Liverpool Range Wind Farm",{"$f":"_xlfn.XLOOKUP(B661,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Liverpool Range Wind Farm"},{"$f":"_xlfn.XLOOKUP(B661,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"Kiamal BESS",{"$f":"_xlfn.XLOOKUP(B662,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Kiamal BESS"},{"$f":"_xlfn.XLOOKUP(B662,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (4hrs storage)"},0]
[null,"Tallawang Solar Hybrid BESS",{"$f":"_xlfn.XLOOKUP(B663,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tallawang Solar Hybrid BESS"},{"$f":"_xlfn.XLOOKUP(B663,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Pine Lodge BESS",{"$f":"_xlfn.XLOOKUP(B664,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Pine Lodge BESS"},{"$f":"_xlfn.XLOOKUP(B664,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Notes:"]
[null,"1. When data are not available via CER, the following assumptions have been made:"]
[null,"   OCGT (small GT) for Bolivar Power Station and Snapper Point"]
[null,"   OCGT (large GT) for Tallawarra B"]
[null,"   Biomass for Tully Sugar Mill"]
[null,"   Barker Inlet Power Station value for Hunter Economic Zone"]
[null,"   Average of CCGT values in QLD for Yarwun Cogen"]
[null,"2. These generators have been renamed based on the latest Generation Information update: Kogan Gas (Brigalow GT) and Kurri Kurri OCGT (Hunter Power Station)."]
[null,"3. The Scope 1 emissions intensity for any GPG in this tab is at the time of publication of this workbook. They are forecast to decrease due to Biomethane blending as described in the workbook tab GPG emissions reduction - BioM"]

{"sheet":"Storage properties","index":50,"n_rows":43,"n_cols":10,"rows_kept":43,"cut":false,"hidden":false,"merged":[[28,1,28,5],[3,1,4,1]]}
[null,"Go to Assumptions Summary"]
[null,"Battery properties - Existing, Committed, Anticipated, New Entrant"]
[]
[null,"Technology","Maximum power1","Energy capacity2","Charge efficiency","Discharge efficiency","Allowable max state of charge","Allowable min state of charge","Round trip efficiency3","Annual degradation4"]
[null,null,"MW","Hours","%","%","%","%","%","%"]
[null,"Battery storage (1hr storage)",1,1,92,92,100,0,84,1.8]
[null,"Battery storage (2hrs storage)",1,2,92,92,100,0,84,1.8]
[null,"Battery storage (4hrs storage)",1,4,92.5,92.5,100,0,85,1.8]
[null,"Battery storage (8hrs storage)",1,8,93,93,100,0,85,1.8]
[null,"Distributed Resources Batteries",1,2,92,92,100,0,84,1.8]
[null,"VPP (aggregated ESS) - Coordinated CER",1,2.2000000000000002,92.2,92.2,85,0,85,1.6]
[null,"VPP (aggregated ESS) - V2G",1,2.2000000000000002,92,92,85,0,85,1.6]
[null,"Notes:"]
[null,"1. Large-scale battery storage operating parameters are sourced from Aurecon 2024 Energy Technology Cost and Technical Parameter Review."]
[null,"2. Capacities for large-scale batteries are before any degradation. "]
[null,"3. VPP values have been sourced from CSIRO Small-scale solar PV and battery projections 2022 (p60)."]
[null,"4. The VPP forecasts presented in the Aggregated Energy Storages worksheet already account for degradation of capacity of 1.6% per year."]
[]
[null,"Pumped hydro properties - Existing, Committed, Anticipated",null,null,null,null,"Pumped hydro properties - New Entrant"]
[null,null,null,null,null,null,"`"]
[null,"Power Station","Installed capacity (MW)","Storage capacity (hours)","Pumping efficiency (%)",null,"Power Station / Technology","Installed capacity (MW)","Storage capacity (hours)","Pumping efficiency (%)"]
[null,"Snowy 2.0",2200,159,76,null,"BOTN - Cethana - 20h",750,20,80]
[null,"Tumut 3",1800,null,78,null,"Pumped Hydro (10hrs storage)",1,10,76]
[null,"Wivenhoe",570,10,70,null,"Pumped Hydro (24hrs storage)",1,24,76]
[null,"Shoalhaven",240,64,70,null,"Pumped Hydro (48hrs storage)",1,48,76]
[null,"Kidston",250,6,80]
[null,"Phoenix Pumped Hydro Project",810,12,76]
[null,"Borumba",1998,24,76]
[null,"Notes:"]
[null,"1. Snowy 2.0 pumping efficiency has been sourced from Snowy Hydro Limited's report on NEM outlook and Snowy 2.0 . Source: https://www.snowyhydro.com.au/wp-content/uploads/2018/01/MJA_ReportFinal_Jan2018.pdf (p50)."]
[null,"2. Tumut 3 only has 600MW of Pump Capacity (200MW x3 of 6 units). Tumut 3 pumping efficiency is based on discussions with the participant."]
[null,"3. Information based on Kidston Pumped Storage Hydro Project Financial Close Report August 2021."]
[null,"4. Pumping efficiency for new entrant generators is based on information provided by Hydro Tasmania."]
[]
[]
[null,"On-site Diesel Storage"]
[null,"The following cost of storage will be applied for any capacity needed beyond the 30 hours' worth of storage included in the gas turbines considered in the IASR"]
[]
[null,"Property","On-site Diesel Storage"]
[null,"Capital cost ($/GJ)",312.60000000000002]
[null,"Notes:"]
[null,"1.source:"]
[null,"https://www.erawa.com.au/cproot/23060/2/-BRCP.2023---Power-Station-and-Associated-Costs-Report---GHD-Advisory---Dec-2022.PDF"]

{"sheet":"Build costs","index":51,"n_rows":76,"n_cols":35,"rows_kept":76,"cut":false,"hidden":false,"merged":[]}
[null,"Go to Assumptions Summary"]
[null,"Capital cost projections ($/kW, real 2025 dollars)"]
[null,"Cost to construct new generation, excluding connection costs where these are provided in the Connection cost tab."]
[null,"These capital cost trajectories are developed by CSIRO's GALLM (see GenCost 2024-25 Consultation Final for more details) based on the technology specific capital cost estimates provided by Aurecon (2024 Energy Technology Cost and Technical Parameter Review)."]
[null,"To calculate the capital costs of these technologies elsewhere in Australia, multiply these capacital cost with the appropriate locational cost factor given in the Locational Cost Factors worksheet."]
[null,"The build costs do not include costs associated with expanded transmission access or additional costs incurred when development within a REZ exceeds technology limits. Details on these additional costs are found in the Build limits tab."]
[null,"The financial years in table are mapped to the preceding calendar year in the GenCost 2024-25 Consultation Final."]
[]
[null,"Build costs"]
[null,"Technology1","GenCost Scenario","IASR Scenario","Source","2024-25","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54"]
[null,"OCGT (small GT)","GenCost Current Policies","Slower Growth","CSIRO GenCost 2024-25 Consultation Draft",2470,2470,2470,2369,2165,1861,1659,1562,1566,1571,1576,1580,1585,1590,1595,1600,1604,1607,1610,1614,1617,1620,1623,1626,1629,1632,1635,1637,1639,1641]
[null,"OCGT (large GT)","GenCost Current Policies","Slower Growth",{"$f":"E11","v":"CSIRO GenCost 2024-25 Consultation Draft"},1333,1328,1324,1319,1315,1310,1306,1301,1297,1292,1288,1283,1278,1274,1269,1265,1261,1256,1252,1248,1243,1239,1235,1230,1226,1221,1217,1217,1208,1208]
[null,"CCGT","GenCost Current Policies","Slower Growth","CSIRO GenCost 2024-25 Consultation Draft",2499,2499,2499,2431,2294,2087,1952,1887,1893,1899,1904,1910,1916,1921,1927,1933,1938,1943,1946,1951,1954,1958,1961,1965,1969,1972,1975,1978,1981,1983]
[null,"CCGT with CCS","GenCost Current Policies","Slower Growth","CSIRO GenCost 2024-25 Consultation Draft",5908,5908,5908,5782,5532,5156,4910,4792,4803,4814,4824,4835,4847,4858,4869,4878,4883,4885,4880,4866,4845,4824,4810,4793,4772,4750,4738,4730,4726,4720]
[null,"Biomass","GenCost Current Policies","Slower Growth","CSIRO GenCost 2024-25 Consultation Draft",9079,8799,8525,8352,8284,8315,8348,8380,8411,8439,8468,8497,8526,8555,8586,8616,8643,8666,8686,8705,8724,8745,8764,8784,8805,8825,8843,8860,8875,8890]
[null,"Large scale Solar PV","GenCost Current Policies","Slower Growth","CSIRO GenCost 2024-25 Consultation Draft",1489,1368,1256,1176,1164,1154,1143,1133,1123,1113,1102,1092,1082,1072,1062,1052,1042,1033,1023,1014,1005,995,986,977,968,959,951,941,933,924]
[null,"Solar Thermal (16hrs Storage)","GenCost Current Policies","Slower Growth","CSIRO GenCost 2024-25 Consultation Draft",6892,6814,6742,6684,6645,6618,6598,6583,6575,6571,6573,6572,6576,6578,6581,6584,6588,6591,6523,6401,6237,6126,6055,6011,5972,5930,5905,5894,5899,5836]
[null,"Battery storage (1hr storage)","GenCost Current Policies","Slower Growth","CSIRO GenCost 2024-25 Consultation Draft",926,875,826,784,735,726,703,681,671,659,645,631,616,601,588,575,567,563,559,550,544,540,537,534,532,530,528,529,526,527]
[null,"Battery storage (2hrs storage)","GenCost Current Policies","Slower Growth","CSIRO GenCost 2024-25 Consultation Draft",1238.2528,1181.2280000000001,1126.2398000000001,1079.3979999999999,1026.4464,1016.2633999999999,985.71439999999996,953.12879999999996,936.83600000000001,916.47,896.10400000000004,873.70140000000004,851.29880000000003,828.89620000000002,810.56679999999994,788.16419999999994,777.98119999999994,771.87139999999999,765.76160000000004,755.57859999999994,749.46879999999999,743.35900000000004,739.28579999999999,735.21259999999995,733.17599999999993,731.13940000000002,729.1028,729.1028,725.02959999999996,727.06619999999998]
[null,"Battery storage (4hrs storage)","GenCost Current Policies","Slower Growth","CSIRO GenCost 2024-25 Consultation Draft",1722.9636,1653.7192,1592.6212,1539.6695999999999,1478.5716,1466.3519999999999,1421.5468000000001,1376.7416000000001,1348.2292,1315.6435999999999,1283.058,1246.3992000000001,1213.8136,1181.2280000000001,1152.7156,1120.1299999999999,1103.8371999999999,1095.6908000000001,1087.5444,1075.3247999999999,1063.1052,1059.0319999999999,1050.8856000000001,1046.8124,1042.7392,1038.6659999999999,1038.6659999999999,1038.6659999999999,1034.5927999999999,1034.5927999999999]
[null,"Battery storage (8hrs storage)","GenCost Current Policies","Slower Growth","CSIRO GenCost 2024-25 Consultation Draft",2802.3616000000002,2712.7512000000002,2623.1408000000001,2557.9695999999999,2484.652,2460.2127999999998,2395.0416,2321.7240000000002,2264.6992,2207.6743999999999,2142.5032000000001,2085.4784,2028.4536000000001,1971.4287999999999,1914.404,1857.3791999999999,1832.94,1816.6471999999999,1800.3543999999999,1784.0616,1767.7688000000001,1759.6224,1751.4759999999999,1743.3296,1735.1831999999999,1735.1831999999999,1727.0367999999999,1727.0367999999999,1718.8904,1727.0367999999999]
[null,"Wind","GenCost Current Policies","Slower Growth","CSIRO GenCost 2024-25 Consultation Draft",3412,3279,3150,3026,2911,2800,2694,2592,2493,2399,2307,2246,2214,2210,2207,2205,2202,2199,2196,2191,2186,2182,2178,2175,2169,2157,2146,2126,2116,2095]
[null,"Wind - offshore (fixed)","GenCost Current Policies","Slower Growth","CSIRO GenCost 2024-25 Consultation Draft",4796,4782,4770,4758,4749,4743,4739,4741,4744,4748,4752,4755,4759,4763,4767,4771,4775,4779,4782,4787,4790,4794,4797,4800,4804,4807,4810,4813,4817,4819]
[null,"Wind - offshore (floating)","GenCost Current Policies","Slower Growth","CSIRO GenCost 2024-25 Consultation Draft",8515,8503,8491,8478,8466,8455,8450,8450,8453,8456,8436,8406,8365,8335,8306,8275,8256,8247,8250,8253,8256,8259,8262,8265,8267,8270,8273,8275,8277,8279]
[null,"Pumped Hydro (10hrs storage)","GenCost Current Policies","Slower Growth","CSIRO GenCost 2024-25 Consultation Draft",7817,7667,7522,7376,7223,7071,6918,6958,6987,7019,7050,7081,7112,7144,7175,7208,7241,7264,7287,7311,7334,7358,7382,7406,7430,7453,7478,7498,7518,7538]
[null,"Pumped Hydro (24hrs storage)","GenCost Current Policies","Slower Growth","CSIRO GenCost 2024-25 Consultation Draft",6614,6488,6365,6242,6112,5983,5854,5887,5913,5939,5966,5992,6019,6045,6073,6100,6128,6147,6166,6187,6206,6226,6247,6267,6288,6308,6328,6345,6362,6379]
[null,"Pumped Hydro (48hrs storage)","GenCost Current Policies","Slower Growth","CSIRO GenCost 2024-25 Consultation Draft",7965,7813,7664,7516,7360,7204,7048,7089,7119,7152,7184,7215,7247,7279,7312,7344,7378,7402,7425,7449,7473,7497,7522,7546,7571,7595,7619,7640,7660,7681]
[null,"Distributed Resources Solar","GenCost Current Policies","Slower Growth","CSIRO GenCost 2024-25 Consultation Draft",2034.6652299999998,1869.323058858294,1716.2790657353928,1606.9619277904633,1590.564357098724,1576.8997148556075,1561.8686083881798,1548.2039661450638,1534.5393239019477,1520.8746816588312,1505.8435751914035,1492.1789329482874,1478.5142907051713,1464.8496484620548,1451.1850062189387,1437.5203639758226,1423.8557217327063,1411.5575437139019,1397.8929014707858,1385.5947234519811,1373.2965454331766,1359.6319031900605,1347.3337251712558,1335.0355471524513,1322.7373691336468,1310.4391911148421,1299.5074773203492,1285.8428350772331,1274.9111212827399,1262.6129432639354]
[null,"Distributed Resources Batteries","GenCost Current Policies","Slower Growth",{"$f":"E28","v":"CSIRO GenCost 2024-25 Consultation Draft"},1420.043103448276,1354.6463815789475,1291.585256919238,1237.8665210980037,1177.1409936479131,1165.4630075998186,1130.4290494555355,1093.0594941016336,1074.3747164246827,1051.0187443284938,1027.6627722323051,1001.9712029264975,976.27963362068976,950.58806431488222,929.56768942831218,903.87612012250463,892.19813407441029,885.19134244555357,878.18455081669708,866.50656476860252,859.49977313974603,852.49298151088954,847.82178709165157,843.15059267241395,840.81499546279497,838.47939825317621,836.14380104355723,836.14380104355723,831.4726066243195,833.80820383393848]
[null,"Alkaline Electrolyser","GenCost Current Policies","Slower Growth","CSIRO GenCost 2024-25 Consultation Draft",2755,2674,2594,2518,2443,2371,2301,2233,2166,2102,2040,1980,1921,1864,1809,1755,1703,1710,1693,1688,1683,1674,1667,1621,1579,1561,1541,1546,1542,1548]
[null,"BOTN - Cethana","Not Applicable","Slower Growth","Hydro Tasmania",3664.9560964100001,3595.1368541741886,3526.9799748487526,3458.8230955233175,3386.7873694070036,3315.3057642608151,3243.824159114627,3262.1101511287679,3276.5172963520308,3290.9244415752933,3305.8857077686816,3320.2928529919441,3335.2541191853325,3349.6612644085958,3365.1766515721092,3380.1379177654976,3395.6533049290115,3406.1816033613954,3416.7099017937803,3428.3464421664153,3438.8747405987997,3449.9571600013096,3461.5937003739446,3472.6761197764545,3484.3126601490899,3495.3950795515998,3506.4774989541093,3515.8975554462427,3525.3176119383761,3534.7376684305095]
[null,"OCGT (small GT)","GenCost Global NZE post 2050","Step Change",{"$f":"E11","v":"CSIRO GenCost 2024-25 Consultation Draft"},2470,2470,2470,2411,2291,2111,1931,1752,1634,1578,1584,1589,1595,1600,1606,1612,1618,1622,1626,1630,1634,1638,1642,1646,1650,1653,1657,1661,1664,1667]
[null,"OCGT (large GT)","GenCost Global NZE post 2050","Step Change","CSIRO GenCost 2024-25 Consultation Draft",1333,1328,1324,1319,1315,1310,1306,1301,1297,1292,1288,1283,1278,1274,1269,1265,1261,1256,1252,1248,1243,1239,1235,1230,1226,1221,1217,1217,1208,1208]
[null,"CCGT","GenCost Global NZE post 2050","Step Change","CSIRO GenCost 2024-25 Consultation Draft",2499,2499,2499,2460,2380,2260,2140,2021,1942,1907,1914,1921,1927,1934,1941,1949,1955,1961,1965,1970,1974,1979,1984,1989,1993,1998,2004,2008,2012,2015]
[null,"CCGT with CCS","GenCost Global NZE post 2050","Step Change","CSIRO GenCost 2024-25 Consultation Draft",5908,5908,5908,5834,5689,5470,5251,5032,4889,4825,4836,4843,4848,4854,4867,4859,4835,4810,4805,4812,4782,4750,4718,4723,4731,4739,4745,4750,4754,4749]
[null,"Biomass","GenCost Global NZE post 2050","Step Change","CSIRO GenCost 2024-25 Consultation Draft",9079,8944,8812,8687,8577,8478,8427,8420,8454,8488,8522,8557,8592,8629,8664,8702,8734,8764,8789,8816,8842,8869,8895,8922,8949,8976,9001,9026,9048,9071]
[null,"Large scale Solar PV","GenCost Global NZE post 2050","Step Change","CSIRO GenCost 2024-25 Consultation Draft",1489,1398,1311,1232,1160,1094,1048,1023,1016,1003,972,942,928,913,902,893,883,875,867,858,850,842,835,826,819,811,804,798,794,788]
[null,"Solar Thermal (16hrs Storage)","GenCost Global NZE post 2050","Step Change","CSIRO GenCost 2024-25 Consultation Draft",6892,6769,6653,6548,6457,6372,6304,6247,6219,6205,6211,6214,6233,6123,6073,6036,5993,5964,5939,5884,5806,5708,5641,5595,5565,5536,5503,5483,5468,5467]
[null,"Battery storage (1hr storage)","GenCost Global NZE post 2050","Step Change","CSIRO GenCost 2024-25 Consultation Draft",926,820,734,662,598,563,553,543,534,524,515,506,496,487,479,471,465,460,455,451,446,441,437,433,429,426,422,419,415,412]
[null,"Battery storage (2hrs storage)","GenCost Global NZE post 2050","Step Change","CSIRO GenCost 2024-25 Consultation Draft",1238.2528,1105.8738000000001,999.97059999999999,914.43340000000001,839.07920000000001,794.274,780.01779999999997,763.72500000000002,749.46879999999999,733.17599999999993,718.91980000000001,704.66359999999997,690.40739999999994,678.18780000000004,663.9316,651.71199999999999,645.60220000000004,637.45579999999995,631.346,627.27279999999996,621.16300000000001,617.08979999999997,610.98,606.90679999999998,602.83359999999993,598.7604,594.68719999999996,592.65059999999994,588.57740000000001,584.50419999999997]
[null,"Battery storage (4hrs storage)","GenCost Global NZE post 2050","Step Change","CSIRO GenCost 2024-25 Consultation Draft",1722.9636,1547.816,1409.3271999999999,1303.424,1209.7403999999999,1152.7156,1128.2764,1103.8371999999999,1083.4712,1059.0319999999999,1034.5927999999999,1014.2268,993.86079999999993,973.49479999999994,953.12879999999996,932.76279999999997,920.54319999999996,912.39679999999998,904.25040000000001,896.10400000000004,892.0308,883.88440000000003,879.81119999999999,875.73799999999994,871.66480000000001,867.59159999999997,863.51839999999993,859.4452,855.37199999999996,851.29880000000003]
[null,"Battery storage (8hrs storage)","GenCost Global NZE post 2050","Step Change","CSIRO GenCost 2024-25 Consultation Draft",2802.3616000000002,2533.5304000000001,2329.8703999999998,2175.0888,2036.6,1946.9895999999999,1906.2575999999999,1865.5255999999999,1824.7936,1784.0616,1743.3296,1702.5976000000001,1661.8656000000001,1629.28,1588.548,1555.9623999999999,1539.6695999999999,1523.3768,1515.2303999999999,1507.0840000000001,1498.9376,1490.7911999999999,1482.6448,1474.4983999999999,1466.3519999999999,1458.2056,1458.2056,1458.2056,1450.0591999999999,1450.0591999999999]
[null,"Wind","GenCost Global NZE post 2050","Step Change","CSIRO GenCost 2024-25 Consultation Draft",3412,3266,3125,2989,2865,2749,2639,2537,2443,2362,2296,2279,2247,2244,2230,2207,2183,2167,2158,2149,2143,2137,2133,2130,2127,2126,2125,2123,2123,2122]
[null,"Wind - offshore (fixed)","GenCost Global NZE post 2050","Step Change","CSIRO GenCost 2024-25 Consultation Draft",4796,4784,4773,4764,4761,4760,4764,4771,4779,4788,4795,4802,4810,4716,4600,4462,4413,4361,4310,4253,4197,4143,4089,4043,4004,3974,3959,3945,3940,3926]
[null,"Wind - offshore (floating)","GenCost Global NZE post 2050","Step Change","CSIRO GenCost 2024-25 Consultation Draft",8515,8038,7578,7145,6739,6357,6113,5997,6003,6010,5974,5938,5904,5817,5710,5506,5384,5259,5211,5157,5104,5054,5002,4960,4923,4893,4878,4864,4858,4843]
[null,"Pumped Hydro (10hrs storage)","GenCost Global NZE post 2050","Step Change",{"$f":"E45","v":"CSIRO GenCost 2024-25 Consultation Draft"},7817,7667,7522,7376,7223,7071,6918,6964,6999,7037,7076,7114,7153,7193,7232,7273,7314,7346,7377,7409,7440,7473,7505,7538,7571,7603,7636,7665,7694,7723]
[null,"Pumped Hydro (24hrs storage)","GenCost Global NZE post 2050","Step Change","CSIRO GenCost 2024-25 Consultation Draft",6614,6488,6365,6242,6112,5983,5854,5892,5923,5955,5987,6020,6053,6087,6121,6155,6190,6216,6243,6269,6297,6323,6351,6378,6406,6434,6462,6486,6511,6535]
[null,"Pumped Hydro (48hrs storage)","GenCost Global NZE post 2050","Step Change","CSIRO GenCost 2024-25 Consultation Draft",7965,7813,7664,7516,7360,7204,7048,7095,7132,7170,7209,7249,7288,7329,7370,7411,7452,7484,7517,7549,7582,7614,7647,7681,7713,7747,7780,7810,7839,7869]
[null,"Distributed Resources Solar","GenCost Global NZE post 2050","Step Change",{"$f":"E28","v":"CSIRO GenCost 2024-25 Consultation Draft"},2034.6652299999998,1910.3169855876426,1791.4345980725318,1683.4839243519141,1585.0985002014775,1494.9118613969106,1432.0545070785761,1397.8929014707858,1388.3276519006042,1370.5636169845532,1328.2032260308929,1287.2092993015447,1268.078800161182,1247.5818367965078,1232.5507303290799,1220.2525523102752,1206.5879100671591,1195.6561962726662,1184.7244824781731,1172.4263044593686,1161.4945906648757,1150.5628768703828,1140.9976273002012,1128.6994492813967,1119.1341997112156,1108.2024859167225,1098.6372363465414,1090.4384510006714,1084.9725941034249,1076.7738087575553]
[null,"Distributed Resources Batteries","GenCost Global NZE post 2050","Step Change",{"$f":"E29","v":"CSIRO GenCost 2024-25 Consultation Draft"},1420.043103448276,1268.2292848230493,1146.7782299228677,1048.683147118875,962.26605036297656,910.88291175136135,894.53373128402916,875.8489536070781,859.49977313974603,840.81499546279497,824.46581499546301,808.1166345281307,791.76745406079863,777.75387080308542,761.40469033575334,747.39110707804002,740.38431544918342,731.04192661070783,724.03513498185134,719.36394056261349,712.357148933757,707.68595451451904,700.67916288566255,696.0079684664247,691.33677404718696,686.66557962794923,681.99438520871149,679.65878799909262,674.98759357985489,670.31639916061715]
[null,"Alkaline Electrolyser","GenCost Global NZE post 2050","Step Change",{"$f":"E30","v":"CSIRO GenCost 2024-25 Consultation Draft"},2755,2558,2375,2206,2048,1902,1766,1640,1523,1414,1313,1243,1223,1229,1231,1163,1136,1130,1116,1093,1088,1074,1071,1062,1062,1058,1052,1056,1052,1056]
[null,"BOTN - Cethana","Not Applicable","Step Change","Hydro Tasmania",3664.9560964100001,3595.1368541741886,3526.9799748487526,3458.8230955233175,3386.7873694070036,3315.3057642608151,3243.824159114627,3264.880755979395,3282.0585060532853,3299.7903770973012,3317.522248141317,3335.808240155458,3354.0942321695993,3372.9343451538662,3391.774458138133,3410.6145711223994,3430.0088050767918,3444.4159503000546,3459.377216493443,3473.7843617167055,3489.2997488802193,3503.7068941034822,3519.2222812669957,3534.183547460384,3549.6989346238979,3565.2143217874118,3580.7297089509252,3594.0286122339371,3607.8816364870745,3621.1805397700864]
[null,"OCGT (small GT)","GenCost Global NZE by 2050","Accelerated Transition",{"$f":"E32","v":"CSIRO GenCost 2024-25 Consultation Draft"},2470,2470,2470,2412,2294,2118,1940,1764,1649,1595,1601,1608,1617,1624,1631,1639,1645,1652,1657,1663,1668,1675,1681,1686,1692,1698,1704,1709,1714,1719]
[null,"OCGT (large GT)","GenCost Global NZE by 2050","Accelerated Transition","CSIRO GenCost 2024-25 Consultation Draft",1333,1328,1324,1319,1315,1310,1306,1301,1297,1292,1288,1283,1278,1274,1269,1265,1261,1256,1252,1248,1243,1239,1235,1230,1226,1221,1217,1217,1208,1208]
[null,"CCGT","GenCost Global NZE by 2050","Accelerated Transition","CSIRO GenCost 2024-25 Consultation Draft",2499,2499,2499,2461,2383,2267,2151,2035,1961,1927,1936,1944,1954,1962,1971,1980,1988,1996,2004,2010,2017,2024,2031,2038,2045,2052,2060,2066,2072,2078]
[null,"CCGT with CCS","GenCost Global NZE by 2050","Accelerated Transition","CSIRO GenCost 2024-25 Consultation Draft",5908,5908,5908,5836,5693,5479,5264,5049,4912,4850,4864,4826,4782,4734,4733,4697,4663,4630,4635,4641,4649,4658,4667,4677,4686,4696,4705,4713,4720,4724]
[null,"Biomass","GenCost Global NZE by 2050","Accelerated Transition","CSIRO GenCost 2024-25 Consultation Draft",9079,8947,8819,8704,8612,8534,8503,8512,8560,8605,8622,8601,8581,8590,8637,8685,8729,8770,8808,8845,8858,8871,8883,8923,8962,9001,9040,9055,9068,9082]
[null,"Large scale Solar PV","GenCost Global NZE by 2050","Accelerated Transition","CSIRO GenCost 2024-25 Consultation Draft",1489,1396,1308,1229,1157,1093,1045,1007,949,894,843,794,774,755,741,732,726,717,710,702,695,689,683,677,671,663,658,654,654,651]
[null,"Solar Thermal (16hrs Storage)","GenCost Global NZE by 2050","Accelerated Transition","CSIRO GenCost 2024-25 Consultation Draft",6892,6754,6624,6507,6409,6319,6264,6237,6243,6252,6099,5892,5669,5568,5490,5402,5339,5289,5246,5210,5181,5156,5136,5118,5101,5077,5062,5041,5035,5013]
[null,"Battery storage (1hr storage)","GenCost Global NZE by 2050","Accelerated Transition","CSIRO GenCost 2024-25 Consultation Draft",926,766,640,541,463,400,352,341,328,316,306,297,289,282,275,269,268,268,268,267,267,267,267,268,268,268,268,269,269,270]
[null,"Battery storage (2hrs storage)","GenCost Global NZE by 2050","Accelerated Transition","CSIRO GenCost 2024-25 Consultation Draft",1238.2528,1032.5562,871.66480000000001,749.46879999999999,649.67539999999997,572.28459999999995,517.29639999999995,496.93039999999996,478.601,458.23500000000001,441.94220000000001,425.64940000000001,411.39319999999998,397.137,384.91739999999999,374.73439999999999,372.69779999999997,372.69779999999997,372.69779999999997,372.69779999999997,370.66120000000001,370.66120000000001,372.69779999999997,372.69779999999997,372.69779999999997,372.69779999999997,372.69779999999997,374.73439999999999,374.73439999999999,374.73439999999999]
[null,"Battery storage (4hrs storage)","GenCost Global NZE by 2050","Accelerated Transition","CSIRO GenCost 2024-25 Consultation Draft",1722.9636,1445.9859999999999,1230.1063999999999,1071.2516000000001,940.90919999999994,843.15239999999994,773.90800000000002,741.32240000000002,708.73680000000002,676.15120000000002,647.63879999999995,623.19960000000003,598.7604,578.39440000000002,558.02840000000003,537.66239999999993,533.58920000000001,533.58920000000001,533.58920000000001,533.58920000000001,533.58920000000001,533.58920000000001,533.58920000000001,533.58920000000001,533.58920000000001,533.58920000000001,533.58920000000001,533.58920000000001,533.58920000000001,537.66239999999993]
[null,"Battery storage (8hrs storage)","GenCost Global NZE by 2050","Accelerated Transition","CSIRO GenCost 2024-25 Consultation Draft",2802.3616000000002,2362.4560000000001,2028.4536000000001,1784.0616,1588.548,1441.9128000000001,1336.0095999999999,1278.9848,1221.96,1164.9351999999999,1116.0568000000001,1067.1784,1018.3,977.56799999999998,936.83600000000001,896.10400000000004,896.10400000000004,896.10400000000004,887.95759999999996,887.95759999999996,887.95759999999996,887.95759999999996,887.95759999999996,887.95759999999996,887.95759999999996,887.95759999999996,887.95759999999996,896.10400000000004,896.10400000000004,896.10400000000004]
[null,"Wind","GenCost Global NZE by 2050","Accelerated Transition","CSIRO GenCost 2024-25 Consultation Draft",3412,3269,3131,2999,2880,2768,2663,2566,2475,2396,2330,2317,2257,2218,2180,2167,2161,2153,2146,2141,2138,2135,2133,2129,2122,2109,2102,2095,2094,2089]
[null,"Wind - offshore (fixed)","GenCost Global NZE by 2050","Accelerated Transition","CSIRO GenCost 2024-25 Consultation Draft",4796,4475,4169,3887,3630,3393,3238,3157,3147,3136,3126,3119,3115,3115,3118,3120,3123,3127,3132,3136,3141,3145,3150,3154,3159,3163,3168,3174,3180,3185]
[null,"Wind - offshore (floating)","GenCost Global NZE by 2050","Accelerated Transition","CSIRO GenCost 2024-25 Consultation Draft",8515,7795,7136,6533,5981,5475,5013,4589,4201,3846,3521,3223,2951,2947,2945,2943,2943,2943,2944,2944,2945,2945,2946,2946,2947,2947,2948,2950,2951,2952]
[null,"Pumped Hydro (10hrs storage)","GenCost Global NZE by 2050","Accelerated Transition",{"$f":"E66","v":"CSIRO GenCost 2024-25 Consultation Draft"},7817,7667,7522,7376,7223,7071,6918,6988,7042,7096,7156,7216,7277,7339,7403,7466,7531,7586,7641,7697,7754,7811,7868,7927,7985,8044,8104,8160,8216,8272]
[null,"Pumped Hydro (24hrs storage)","GenCost Global NZE by 2050","Accelerated Transition","CSIRO GenCost 2024-25 Consultation Draft",6614,6488,6365,6242,6112,5983,5854,5914,5959,6005,6055,6106,6158,6211,6264,6318,6372,6419,6466,6514,6561,6609,6658,6707,6757,6807,6858,6905,6952,7000]
[null,"Pumped Hydro (48hrs storage)","GenCost Global NZE by 2050","Accelerated Transition","CSIRO GenCost 2024-25 Consultation Draft",7965,7813,7664,7516,7360,7204,7048,7095,7132,7170,7209,7249,7288,7329,7370,7411,7452,7484,7517,7549,7582,7614,7647,7681,7713,7747,7780,7810,7839,7869]
[null,"Distributed Resources Solar","GenCost Global NZE by 2050","Accelerated Transition",{"$f":"E49","v":"CSIRO GenCost 2024-25 Consultation Draft"},2034.6652299999998,1907.5840571390195,1787.3352053995968,1679.3845316789791,1580.9991075285425,1493.545397172599,1427.9551144056411,1376.0294738817997,1296.7745488717258,1221.6190165345868,1151.9293410946943,1084.9725941034249,1057.6433096171927,1031.6804893552719,1012.5499902149091,1000.2518121961048,992.05302685023514,979.75484883143042,970.18959926124899,959.25788546675608,949.69263589657487,941.49385055070513,933.29506520483528,925.09627985896566,916.89749451309615,905.96578071860301,899.13345959704486,893.66760269979829,893.66760269979829,889.56821002686365]
[null,"Distributed Resources Batteries","GenCost Global NZE by 2050","Accelerated Transition",{"$f":"E50","v":"CSIRO GenCost 2024-25 Consultation Draft"},1420.043103448276,1184.1477852767698,999.63560571687856,859.49977313974603,745.05550986842115,656.30281590290394,593.24169124319405,569.88571914700549,548.86534426043568,525.509372164247,506.82459448729594,488.13981681034488,471.79063634301275,455.44145587568067,441.4278726179673,429.74988656987296,427.41428936025414,427.41428936025414,427.41428936025414,427.41428936025414,425.07869215063539,425.07869215063539,427.41428936025414,427.41428936025414,427.41428936025414,427.41428936025414,427.41428936025414,429.74988656987296,429.74988656987296,429.74988656987296]
[null,"Alkaline Electrolyser","GenCost Global NZE by 2050","Accelerated Transition",{"$f":"E51","v":"CSIRO GenCost 2024-25 Consultation Draft"},2755,2527,2317,2125,1949,1787,1638,1503,1377,1263,1158,1082,1049,961,937,929,919,904,877,859,845,828,804,777,758,744,734,738,729,734]
[null,"BOTN - Cethana","Not Applicable","Accelerated Transition","Hydro Tasmania",3664.9560964100001,3595.1368541741886,3526.9799748487526,3458.8230955233175,3386.7873694070036,3315.3057642608151,3243.824159114627,3277.0714173221563,3302.0068609778032,3327.496425603576,3355.2024741098508,3383.4626435862501,3412.2769340327759,3441.6453454494272,3471.013756866078,3500.9362892528547,3530.8588216396311,3556.9025072355294,3582.9461928314272,3609.543999397451,3635.5876849933493,3662.1854915593726,3689.3374190955215,3716.4893466316707,3744.1953951379451,3771.9014436442199,3800.1616131206197,3826.2052987165184,3852.2489843124163,3878.8467908784401]
[null,"1. To reflect short-term cost pressures, BOTN (Cethana) has been adjusted using the same factor applied to Pumped Hydro (24hrs storage) in GenCost 2024-25 Final report."]
[null,"2. The capital cost for Distributed Resources Solar and Distributed Resources Batteries, as provided in the Aurecon 2024 Energy Technology Cost and Technical Parameter Review, are assumed to have the same trajectory as that of their transmission-connected counterparts."]
[null,"3. AEMO will add an additonal cost to the overnight capital cost of Alkaline Electrolysers as stated in this table to represent cost associated with pipelines. "]

{"sheet":"Fixed OPEX","index":52,"n_rows":666,"n_cols":9,"rows_kept":281,"cut":true,"hidden":false,"merged":[[5,2,6,2],[5,6,6,6],[5,8,6,8],[5,1,6,1],[5,3,6,3],[5,4,6,4],[5,7,6,7]],"bounds":{"rows_first":125,"rows_last":31,"rows_between":125,"halvings":4}}
[null,"Go to Assumptions Summary"]
[null,"Fixed operating and maintenance cost (real 2025 dollars)"]
[null,"Costs that are incurred regardless of energy generated."]
[]
[null,"Existing, Committed, Anticipated, and Additional generators",null,null,null,null,"New entrant technologies"]
[null,"IASR ID","Power Station","Technology","Fixed OPEX\n($/kW/year)",null,"Technology Type","Base value ($/kW/year))","Unit"]
[]
[null,"BW01",{"$f":"_xlfn.XLOOKUP(B8,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B8,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},28,null,"OCGT (small GT)",17.685834400000001,"$"]
[null,"BW02",{"$f":"_xlfn.XLOOKUP(B9,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B9,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},28,null,"OCGT (large GT)",14.3234078,"$"]
[null,"BW03",{"$f":"_xlfn.XLOOKUP(B10,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B10,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},28,null,"CCGT",15.3030124,"$"]
[null,"BW04",{"$f":"_xlfn.XLOOKUP(B11,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B11,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},28,null,"CCGT with CCS",22.9545186,"$"]
[null,"CALL_B_1",{"$f":"_xlfn.XLOOKUP(B12,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Callide B"},{"$f":"_xlfn.XLOOKUP(B12,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},38,null,"Biomass",187.4537555,"$"]
[null,"CALL_B_2",{"$f":"_xlfn.XLOOKUP(B13,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Callide B"},{"$f":"_xlfn.XLOOKUP(B13,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},38,null,"Large scale Solar PV",12.2196,"$"]
[null,"CPP_3",{"$f":"_xlfn.XLOOKUP(B14,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Callide C"},{"$f":"_xlfn.XLOOKUP(B14,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Super Critical"},52,null,"Solar Thermal (16hrs storage)",124.3211921,"$"]
[null,"CPP_4",{"$f":"_xlfn.XLOOKUP(B15,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Callide C"},{"$f":"_xlfn.XLOOKUP(B15,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Super Critical"},52,null,"Battery storage (1hr storage)",9.1646999999999998,"$"]
[null,"ER01",{"$f":"_xlfn.XLOOKUP(B16,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B16,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},28,null,"Battery storage (2hrs storage)",13.54339,"$"]
[null,"ER02",{"$f":"_xlfn.XLOOKUP(B17,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B17,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},28,null,"Battery storage (4hrs storage)",21.587959999999999,"$"]
[null,"ER03",{"$f":"_xlfn.XLOOKUP(B18,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B18,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},28,null,"Battery storage (8hrs storage)",37.982590000000002,"$"]
[null,"ER04",{"$f":"_xlfn.XLOOKUP(B19,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B19,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},28,null,"Wind",28.512400000000003,"$"]
[null,"GSTONE1",{"$f":"_xlfn.XLOOKUP(B20,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B20,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},38,null,"Wind - offshore (fixed)",177.7676859,"$"]
[null,"GSTONE2",{"$f":"_xlfn.XLOOKUP(B21,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B21,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},38,null,"Wind - offshore (floating)",251.82253510000001,"$"]
[null,"GSTONE3",{"$f":"_xlfn.XLOOKUP(B22,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B22,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},38,null,"Pumped Hydro (10hrs storage)",96.738500000000002,"$"]
[null,"GSTONE4",{"$f":"_xlfn.XLOOKUP(B23,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B23,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},38,null,"Pumped Hydro (24hrs storage)",74.845050000000001,"$"]
[null,"GSTONE5",{"$f":"_xlfn.XLOOKUP(B24,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B24,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},38,null,"Pumped Hydro (48hrs storage)",85.537199999999999,"$"]
[null,"GSTONE6",{"$f":"_xlfn.XLOOKUP(B25,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B25,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},38,null,"Distributed Resources Solar",12.2196,"$"]
[null,"KPP_1",{"$f":"_xlfn.XLOOKUP(B26,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Kogan Creek"},{"$f":"_xlfn.XLOOKUP(B26,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Super Critical"},52,null,"Distributed Resources Batteries",11.853009999999999,"$"]
[null,"MPP_1",{"$f":"_xlfn.XLOOKUP(B27,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Millmerran"},{"$f":"_xlfn.XLOOKUP(B27,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Super Critical"},52,null,"Alkaline Electrolyser",50.100360000000002,"$"]
[null,"MPP_2",{"$f":"_xlfn.XLOOKUP(B28,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Millmerran"},{"$f":"_xlfn.XLOOKUP(B28,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Super Critical"},52,null,"BOTN - Cethana",74.845050000000001,"$"]
[null,"MP1",{"$f":"_xlfn.XLOOKUP(B29,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mt Piper"},{"$f":"_xlfn.XLOOKUP(B29,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},28,null,"Notes:"]
[null,"MP2",{"$f":"_xlfn.XLOOKUP(B30,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mt Piper"},{"$f":"_xlfn.XLOOKUP(B30,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},28,null,"1. Sourced from Aurecon 2024 Energy Technology Cost and Technical Parameter Review including cost escalation."]
[null,"STAN-1",{"$f":"_xlfn.XLOOKUP(B31,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B31,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},38,null,"2. Wind, Large-Scale Solar PV and Solar Thermal Variable O&M costs are assumed to be included in the Fixed O&M costs as per Aurecon's report."]
[null,"STAN-2",{"$f":"_xlfn.XLOOKUP(B32,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B32,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},38,null,"3. The cost of extended warranties are included in the Fixed O&M costs for Battery storage to cover a 20-year battery life."]
[null,"STAN-3",{"$f":"_xlfn.XLOOKUP(B33,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B33,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},38]
[null,"STAN-4",{"$f":"_xlfn.XLOOKUP(B34,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B34,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},38]
[null,"TARONG#1",{"$f":"_xlfn.XLOOKUP(B35,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B35,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},38]
[null,"TARONG#2",{"$f":"_xlfn.XLOOKUP(B36,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B36,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},38]
[null,"TARONG#3",{"$f":"_xlfn.XLOOKUP(B37,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B37,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},38]
[null,"TARONG#4",{"$f":"_xlfn.XLOOKUP(B38,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B38,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},38]
[null,"TNPS1",{"$f":"_xlfn.XLOOKUP(B39,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tarong North"},{"$f":"_xlfn.XLOOKUP(B39,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Super Critical"},52]
[null,"VP5",{"$f":"_xlfn.XLOOKUP(B40,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Vales Point B"},{"$f":"_xlfn.XLOOKUP(B40,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},28]
[null,"VP6",{"$f":"_xlfn.XLOOKUP(B41,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Vales Point B"},{"$f":"_xlfn.XLOOKUP(B41,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},28]
[null,"LYA1",{"$f":"_xlfn.XLOOKUP(B42,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B42,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},63]
[null,"LYA2",{"$f":"_xlfn.XLOOKUP(B43,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B43,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},63]
[null,"LYA3",{"$f":"_xlfn.XLOOKUP(B44,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B44,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},63]
[null,"LYA4",{"$f":"_xlfn.XLOOKUP(B45,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B45,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},63]
[null,"LOYYB1",{"$f":"_xlfn.XLOOKUP(B46,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Loy Yang B"},{"$f":"_xlfn.XLOOKUP(B46,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},63]
[null,"LOYYB2",{"$f":"_xlfn.XLOOKUP(B47,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Loy Yang B"},{"$f":"_xlfn.XLOOKUP(B47,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},63]
[null,"YWPS1",{"$f":"_xlfn.XLOOKUP(B48,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B48,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},45]
[null,"YWPS2",{"$f":"_xlfn.XLOOKUP(B49,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B49,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},45]
[null,"YWPS3",{"$f":"_xlfn.XLOOKUP(B50,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B50,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},45]
[null,"YWPS4",{"$f":"_xlfn.XLOOKUP(B51,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B51,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},45]
[null,"ANGAS1",{"$f":"_xlfn.XLOOKUP(B52,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Angaston"},{"$f":"_xlfn.XLOOKUP(B52,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},36]
[null,"ANGAS2",{"$f":"_xlfn.XLOOKUP(B53,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Angaston"},{"$f":"_xlfn.XLOOKUP(B53,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},36]
[null,"BDL01",{"$f":"_xlfn.XLOOKUP(B54,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bairnsdale"},{"$f":"_xlfn.XLOOKUP(B54,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},28]
[null,"BDL02",{"$f":"_xlfn.XLOOKUP(B55,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bairnsdale"},{"$f":"_xlfn.XLOOKUP(B55,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},28]
[null,"BARCALDN",{"$f":"_xlfn.XLOOKUP(B56,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barcaldine Power Station"},{"$f":"_xlfn.XLOOKUP(B56,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"BIPS1_01",{"$f":"_xlfn.XLOOKUP(B57,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B57,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},36]
[null,"BIPS1_02",{"$f":"_xlfn.XLOOKUP(B58,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B58,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},36]
[null,"BIPS1_03",{"$f":"_xlfn.XLOOKUP(B59,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B59,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},36]
[null,"BIPS1_04",{"$f":"_xlfn.XLOOKUP(B60,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B60,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},36]
[null,"BIPS1_05",{"$f":"_xlfn.XLOOKUP(B61,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B61,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},36]
[null,"BIPS1_06",{"$f":"_xlfn.XLOOKUP(B62,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B62,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},36]
[null,"BIPS1_07",{"$f":"_xlfn.XLOOKUP(B63,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B63,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},36]
[null,"BIPS1_08",{"$f":"_xlfn.XLOOKUP(B64,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B64,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},36]
[null,"BIPS1_09",{"$f":"_xlfn.XLOOKUP(B65,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B65,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},36]
[null,"BIPS1_10",{"$f":"_xlfn.XLOOKUP(B66,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B66,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},36]
[null,"BIPS1_11",{"$f":"_xlfn.XLOOKUP(B67,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B67,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},36]
[null,"BIPS1_12",{"$f":"_xlfn.XLOOKUP(B68,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B68,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},36]
[null,"BBTHREE1",{"$f":"_xlfn.XLOOKUP(B69,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bell Bay Three"},{"$f":"_xlfn.XLOOKUP(B69,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},27]
[null,"BBTHREE2",{"$f":"_xlfn.XLOOKUP(B70,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bell Bay Three"},{"$f":"_xlfn.XLOOKUP(B70,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},27]
[null,"BBTHREE3",{"$f":"_xlfn.XLOOKUP(B71,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bell Bay Three"},{"$f":"_xlfn.XLOOKUP(B71,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},27]
[null,"BOLIVPS1_1",{"$f":"_xlfn.XLOOKUP(B72,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bolivar Power Station"},{"$f":"_xlfn.XLOOKUP(B72,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},28]
[null,"BOLIVPS1_2",{"$f":"_xlfn.XLOOKUP(B73,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bolivar Power Station"},{"$f":"_xlfn.XLOOKUP(B73,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},28]
[null,"BOLIVPS1_3",{"$f":"_xlfn.XLOOKUP(B74,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bolivar Power Station"},{"$f":"_xlfn.XLOOKUP(B74,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},28]
[null,"BOLIVPS1_4",{"$f":"_xlfn.XLOOKUP(B75,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bolivar Power Station"},{"$f":"_xlfn.XLOOKUP(B75,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},28]
[null,"BRAEMAR1",{"$f":"_xlfn.XLOOKUP(B76,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Braemar"},{"$f":"_xlfn.XLOOKUP(B76,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},27]
[null,"BRAEMAR2",{"$f":"_xlfn.XLOOKUP(B77,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Braemar"},{"$f":"_xlfn.XLOOKUP(B77,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},27]
[null,"BRAEMAR3",{"$f":"_xlfn.XLOOKUP(B78,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Braemar"},{"$f":"_xlfn.XLOOKUP(B78,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},27]
[null,"BRAEMAR5",{"$f":"_xlfn.XLOOKUP(B79,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Braemar 2 Power Station"},{"$f":"_xlfn.XLOOKUP(B79,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},27]
[null,"BRAEMAR6",{"$f":"_xlfn.XLOOKUP(B80,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Braemar 2 Power Station"},{"$f":"_xlfn.XLOOKUP(B80,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},27]
[null,"BRAEMAR7",{"$f":"_xlfn.XLOOKUP(B81,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Braemar 2 Power Station"},{"$f":"_xlfn.XLOOKUP(B81,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},27]
[null,"CG1",{"$f":"_xlfn.XLOOKUP(B82,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Colongra"},{"$f":"_xlfn.XLOOKUP(B82,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"CG2",{"$f":"_xlfn.XLOOKUP(B83,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Colongra"},{"$f":"_xlfn.XLOOKUP(B83,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"CG3",{"$f":"_xlfn.XLOOKUP(B84,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Colongra"},{"$f":"_xlfn.XLOOKUP(B84,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"CG4",{"$f":"_xlfn.XLOOKUP(B85,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Colongra"},{"$f":"_xlfn.XLOOKUP(B85,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"CPSA_GT1",{"$f":"_xlfn.XLOOKUP(B86,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Condamine A"},{"$f":"_xlfn.XLOOKUP(B86,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Gas Turbine"},73]
[null,"CPSA_GT2",{"$f":"_xlfn.XLOOKUP(B87,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Condamine A"},{"$f":"_xlfn.XLOOKUP(B87,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Gas Turbine"},73]
[null,"CPSA_ST",{"$f":"_xlfn.XLOOKUP(B88,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Condamine A"},{"$f":"_xlfn.XLOOKUP(B88,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Steam Turbine"},73]
[null,"DDPS1_GT1",{"$f":"_xlfn.XLOOKUP(B89,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Darling Downs"},{"$f":"_xlfn.XLOOKUP(B89,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Gas Turbine"},73]
[null,"DDPS1_GT2",{"$f":"_xlfn.XLOOKUP(B90,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Darling Downs"},{"$f":"_xlfn.XLOOKUP(B90,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Gas Turbine"},73]
[null,"DDPS1_GT3",{"$f":"_xlfn.XLOOKUP(B91,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Darling Downs"},{"$f":"_xlfn.XLOOKUP(B91,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Gas Turbine"},73]
[null,"DDPS1_ST",{"$f":"_xlfn.XLOOKUP(B92,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Darling Downs"},{"$f":"_xlfn.XLOOKUP(B92,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Steam Turbine"},73]
[null,"DRYCGT1",{"$f":"_xlfn.XLOOKUP(B93,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dry Creek GT"},{"$f":"_xlfn.XLOOKUP(B93,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"DRYCGT2",{"$f":"_xlfn.XLOOKUP(B94,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dry Creek GT"},{"$f":"_xlfn.XLOOKUP(B94,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"DRYCGT3",{"$f":"_xlfn.XLOOKUP(B95,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dry Creek GT"},{"$f":"_xlfn.XLOOKUP(B95,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"AGLHAL01",{"$f":"_xlfn.XLOOKUP(B96,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B96,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"AGLHAL02",{"$f":"_xlfn.XLOOKUP(B97,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B97,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"AGLHAL03",{"$f":"_xlfn.XLOOKUP(B98,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B98,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"AGLHAL04",{"$f":"_xlfn.XLOOKUP(B99,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B99,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"AGLHAL05",{"$f":"_xlfn.XLOOKUP(B100,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B100,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"AGLHAL06",{"$f":"_xlfn.XLOOKUP(B101,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B101,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"AGLHAL07",{"$f":"_xlfn.XLOOKUP(B102,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B102,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"AGLHAL08",{"$f":"_xlfn.XLOOKUP(B103,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B103,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"AGLHAL09",{"$f":"_xlfn.XLOOKUP(B104,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B104,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"AGLHAL10",{"$f":"_xlfn.XLOOKUP(B105,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B105,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"AGLHAL11",{"$f":"_xlfn.XLOOKUP(B106,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B106,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"AGLHAL12",{"$f":"_xlfn.XLOOKUP(B107,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B107,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"AGLHALRE",{"$f":"_xlfn.XLOOKUP(B108,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B108,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"HEZ1",{"$f":"_xlfn.XLOOKUP(B109,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hunter Economic Zone"},{"$f":"_xlfn.XLOOKUP(B109,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},36]
[null,"JLA01",{"$f":"_xlfn.XLOOKUP(B110,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang A"},{"$f":"_xlfn.XLOOKUP(B110,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"JLA02",{"$f":"_xlfn.XLOOKUP(B111,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang A"},{"$f":"_xlfn.XLOOKUP(B111,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"JLA03",{"$f":"_xlfn.XLOOKUP(B112,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang A"},{"$f":"_xlfn.XLOOKUP(B112,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"JLA04",{"$f":"_xlfn.XLOOKUP(B113,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang A"},{"$f":"_xlfn.XLOOKUP(B113,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"JLB01",{"$f":"_xlfn.XLOOKUP(B114,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang B"},{"$f":"_xlfn.XLOOKUP(B114,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"JLB02",{"$f":"_xlfn.XLOOKUP(B115,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang B"},{"$f":"_xlfn.XLOOKUP(B115,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"JLB03",{"$f":"_xlfn.XLOOKUP(B116,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang B"},{"$f":"_xlfn.XLOOKUP(B116,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"LADBROK1",{"$f":"_xlfn.XLOOKUP(B117,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Ladbroke Grove"},{"$f":"_xlfn.XLOOKUP(B117,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"LADBROK2",{"$f":"_xlfn.XLOOKUP(B118,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Ladbroke Grove"},{"$f":"_xlfn.XLOOKUP(B118,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"LNGS1",{"$f":"_xlfn.XLOOKUP(B119,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Laverton North"},{"$f":"_xlfn.XLOOKUP(B119,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},27]
[null,"LNGS2",{"$f":"_xlfn.XLOOKUP(B120,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Laverton North"},{"$f":"_xlfn.XLOOKUP(B120,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},27]
[null,"LONSDALE",{"$f":"_xlfn.XLOOKUP(B121,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Lonsdale"},{"$f":"_xlfn.XLOOKUP(B121,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},36]
[null,"MINTARO",{"$f":"_xlfn.XLOOKUP(B122,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mintaro GT"},{"$f":"_xlfn.XLOOKUP(B122,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"MORTLK11",{"$f":"_xlfn.XLOOKUP(B123,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mortlake"},{"$f":"_xlfn.XLOOKUP(B123,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},27]
[null,"MORTLK12",{"$f":"_xlfn.XLOOKUP(B124,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mortlake"},{"$f":"_xlfn.XLOOKUP(B124,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},27]
[null,"MSTUART1",{"$f":"_xlfn.XLOOKUP(B125,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mt Stuart"},{"$f":"_xlfn.XLOOKUP(B125,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"MSTUART3",{"$f":"_xlfn.XLOOKUP(B127,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mt Stuart"},{"$f":"_xlfn.XLOOKUP(B127,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"OsborneST",{"$f":"_xlfn.XLOOKUP(B132,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Osborne"},{"$f":"_xlfn.XLOOKUP(B132,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Steam Turbine"},73]
[null,"POR01-2",{"$f":"_xlfn.XLOOKUP(B137,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Port Lincoln GT"},{"$f":"_xlfn.XLOOKUP(B137,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"POR01-3",{"$f":"_xlfn.XLOOKUP(B138,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Port Lincoln GT"},{"$f":"_xlfn.XLOOKUP(B138,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"QPS3",{"$f":"_xlfn.XLOOKUP(B143,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Quarantine"},{"$f":"_xlfn.XLOOKUP(B143,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"SITHE01",{"$f":"_xlfn.XLOOKUP(B148,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Smithfield Energy Facility"},{"$f":"_xlfn.XLOOKUP(B148,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"SNAPPER1_5",{"$f":"_xlfn.XLOOKUP(B153,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Snapper Point Power Station"},{"$f":"_xlfn.XLOOKUP(B153,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},28]
[null,"SNUG1",{"$f":"_xlfn.XLOOKUP(B154,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Snuggery"},{"$f":"_xlfn.XLOOKUP(B154,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"AGLSOM03",{"$f":"_xlfn.XLOOKUP(B159,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Somerton"},{"$f":"_xlfn.XLOOKUP(B159,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"TVCC201_GT",{"$f":"_xlfn.XLOOKUP(B164,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tamar Valley Combined Cycle"},{"$f":"_xlfn.XLOOKUP(B164,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Gas Turbine"},73]
[null,"TORRB3",{"$f":"_xlfn.XLOOKUP(B169,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Torrens Island B"},{"$f":"_xlfn.XLOOKUP(B169,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"TORRB4",{"$f":"_xlfn.XLOOKUP(B170,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Torrens Island B"},{"$f":"_xlfn.XLOOKUP(B170,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},30]
[null,"URANQ12",{"$f":"_xlfn.XLOOKUP(B174,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Uranquinty"},{"$f":"_xlfn.XLOOKUP(B174,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},27]
[null,"VPGS5",{"$f":"_xlfn.XLOOKUP(B181,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Valley Power"},{"$f":"_xlfn.XLOOKUP(B181,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},28]
[null,"BASTYAN",{"$f":"_xlfn.XLOOKUP(B186,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bastyan"},{"$f":"_xlfn.XLOOKUP(B186,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},106.92149999999999]
[null,"BLOWERNG",{"$f":"_xlfn.XLOOKUP(B187,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Blowering"},{"$f":"_xlfn.XLOOKUP(B187,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},106.92149999999999]
[null,"MCKAY13",{"$f":"_xlfn.XLOOKUP(B192,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bogong / Mackay"},{"$f":"_xlfn.XLOOKUP(B192,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},106.92149999999999]
[null,"LI112-2",{"$f":"_xlfn.XLOOKUP(B197,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Catagunya / Liapootah / Wayatinah"},{"$f":"_xlfn.XLOOKUP(B197,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},106.92149999999999]
[null,"WY111-2",{"$f":"_xlfn.XLOOKUP(B202,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Catagunya / Liapootah / Wayatinah"},{"$f":"_xlfn.XLOOKUP(B202,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},106.92149999999999]
[null,"WY111-3",{"$f":"_xlfn.XLOOKUP(B203,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Catagunya / Liapootah / Wayatinah"},{"$f":"_xlfn.XLOOKUP(B203,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},106.92149999999999]
[null,"EILDON2",{"$f":"_xlfn.XLOOKUP(B208,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Eildon"},{"$f":"_xlfn.XLOOKUP(B208,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},106.92149999999999]
[null,"GUTHEGA1",{"$f":"_xlfn.XLOOKUP(B213,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Guthega"},{"$f":"_xlfn.XLOOKUP(B213,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},106.92149999999999]
[null,"KAREEYA1",{"$f":"_xlfn.XLOOKUP(B218,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Kareeya"},{"$f":"_xlfn.XLOOKUP(B218,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},106.92149999999999]
[null,"KAREEYA2",{"$f":"_xlfn.XLOOKUP(B219,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Kareeya"},{"$f":"_xlfn.XLOOKUP(B219,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},106.92149999999999]
[null,"LM111-1",{"$f":"_xlfn.XLOOKUP(B223,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Lemonthyme / Wilmot"},{"$f":"_xlfn.XLOOKUP(B223,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},106.92149999999999]
[null,"MURRAY04",{"$f":"_xlfn.XLOOKUP(B230,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Murray 1"},{"$f":"_xlfn.XLOOKUP(B230,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},106.92149999999999]
[null,"MURRAY09",{"$f":"_xlfn.XLOOKUP(B235,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Murray 1"},{"$f":"_xlfn.XLOOKUP(B235,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},106.92149999999999]
[null,"MURRAY10",{"$f":"_xlfn.XLOOKUP(B236,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Murray 1"},{"$f":"_xlfn.XLOOKUP(B236,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},106.92149999999999]
[null,"PO161-1",{"$f":"_xlfn.XLOOKUP(B241,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Poatina"},{"$f":"_xlfn.XLOOKUP(B241,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},106.92149999999999]
[null,"PO166-6",{"$f":"_xlfn.XLOOKUP(B246,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Poatina"},{"$f":"_xlfn.XLOOKUP(B246,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},106.92149999999999]
[null,"SHGEN03",{"$f":"_xlfn.XLOOKUP(B251,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Shoalhaven"},{"$f":"_xlfn.XLOOKUP(B251,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Pumped Hydro (48hrs storage)"},85.537199999999999]
[null,"SHGEN04",{"$f":"_xlfn.XLOOKUP(B252,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Shoalhaven"},{"$f":"_xlfn.XLOOKUP(B252,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Pumped Hydro (48hrs storage)"},85.537199999999999]
[null,"TA112-5",{"$f":"_xlfn.XLOOKUP(B257,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tarraleah"},{"$f":"_xlfn.XLOOKUP(B257,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},106.92149999999999]
[null,"TR112-4",{"$f":"_xlfn.XLOOKUP(B262,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Trevallyn"},{"$f":"_xlfn.XLOOKUP(B262,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},106.92149999999999]
[null,"TUMUT3_04",{"$f":"_xlfn.XLOOKUP(B267,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tumut 3"},{"$f":"_xlfn.XLOOKUP(B267,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Pumped Hydro (48hrs storage)"},85.537199999999999]
[null,"TUMUT3_05",{"$f":"_xlfn.XLOOKUP(B268,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tumut 3"},{"$f":"_xlfn.XLOOKUP(B268,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Pumped Hydro (48hrs storage)"},85.537199999999999]
[null,"TU114-4",{"$f":"_xlfn.XLOOKUP(B273,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tungatinah"},{"$f":"_xlfn.XLOOKUP(B273,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},106.92149999999999]
[null,"TUMUT1_02",{"$f":"_xlfn.XLOOKUP(B276,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Upper Tumut"},{"$f":"_xlfn.XLOOKUP(B276,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},106.92149999999999]
[null,"WKIEWA1_2",{"$f":"_xlfn.XLOOKUP(B284,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"West Kiewa"},{"$f":"_xlfn.XLOOKUP(B284,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},106.92149999999999]
[null,"WKIEWA2_1",{"$f":"_xlfn.XLOOKUP(B285,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"West Kiewa"},{"$f":"_xlfn.XLOOKUP(B285,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},106.92149999999999]
[null,"BERYLSF1",{"$f":"_xlfn.XLOOKUP(B290,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Beryl Solar Farm"},{"$f":"_xlfn.XLOOKUP(B290,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"BNGSF2",{"$f":"_xlfn.XLOOKUP(B295,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bungala Two Solar Farm"},{"$f":"_xlfn.XLOOKUP(B295,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"CSPVPS1",{"$f":"_xlfn.XLOOKUP(B300,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Collinsville Solar Farm"},{"$f":"_xlfn.XLOOKUP(B300,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"DDSF1",{"$f":"_xlfn.XLOOKUP(B301,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Darling Downs Solar Farm"},{"$f":"_xlfn.XLOOKUP(B301,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"GANNSF1",{"$f":"_xlfn.XLOOKUP(B306,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gannawarra Solar Farm"},{"$f":"_xlfn.XLOOKUP(B306,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"GNNDHSF1",{"$f":"_xlfn.XLOOKUP(B311,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gunnedah Solar Farm"},{"$f":"_xlfn.XLOOKUP(B311,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"HILLSTN1",{"$f":"_xlfn.XLOOKUP(B316,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hillston Sun Farm"},{"$f":"_xlfn.XLOOKUP(B316,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"HUGSF1",{"$f":"_xlfn.XLOOKUP(B317,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hughenden Solar Farm"},{"$f":"_xlfn.XLOOKUP(B317,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"KSP1",{"$f":"_xlfn.XLOOKUP(B322,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Kidston Solar Farm"},{"$f":"_xlfn.XLOOKUP(B322,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"MAPS3PV1",{"$f":"_xlfn.XLOOKUP(B329,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mannum Adelaide Pumping Station No 3 - MAPL3 (Tungkillo)"},{"$f":"_xlfn.XLOOKUP(B329,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"MOREESF1",{"$f":"_xlfn.XLOOKUP(B333,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Moree Solar Farm"},{"$f":"_xlfn.XLOOKUP(B333,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"MWPS1PV1",{"$f":"_xlfn.XLOOKUP(B334,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Morgan To Whyalla Pipeline No 1 PS And Water Filtration Plant"},{"$f":"_xlfn.XLOOKUP(B334,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"MBPS2PV1",{"$f":"_xlfn.XLOOKUP(B339,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Murray Bridge - Onkaparinga Pipeline Pump 2"},{"$f":"_xlfn.XLOOKUP(B339,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"NYNGAN1",{"$f":"_xlfn.XLOOKUP(B344,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Nyngan Solar Plant"},{"$f":"_xlfn.XLOOKUP(B344,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"RRSF1",{"$f":"_xlfn.XLOOKUP(B349,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Ross River Solar Farm"},{"$f":"_xlfn.XLOOKUP(B349,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"RUGBYR1",{"$f":"_xlfn.XLOOKUP(B350,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Rugby Run Solar Farm"},{"$f":"_xlfn.XLOOKUP(B350,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"TBSF1",{"$f":"_xlfn.XLOOKUP(B355,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tailem Bend Solar Farm"},{"$f":"_xlfn.XLOOKUP(B355,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"WSTWYSF1",{"$f":"_xlfn.XLOOKUP(B360,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"West Wyalong Solar Farm"},{"$f":"_xlfn.XLOOKUP(B360,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"WOOLGSF1",{"$f":"_xlfn.XLOOKUP(B365,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Woolooga Solar Farm"},{"$f":"_xlfn.XLOOKUP(B365,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"YARANSF1",{"$f":"_xlfn.XLOOKUP(B366,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yarranlea Solar Farm"},{"$f":"_xlfn.XLOOKUP(B366,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"BANGOWF2",{"$f":"_xlfn.XLOOKUP(B371,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bango 999 Wind Farm"},{"$f":"_xlfn.XLOOKUP(B371,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"BULGANA1",{"$f":"_xlfn.XLOOKUP(B376,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bulgana Green Power Hub - Wind Farm"},{"$f":"_xlfn.XLOOKUP(B376,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"CHYTWF1",{"$f":"_xlfn.XLOOKUP(B382,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Cherry Tree Wind Farm"},{"$f":"_xlfn.XLOOKUP(B382,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"CLEMGPWF",{"$f":"_xlfn.XLOOKUP(B383,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Clements Gap Wind Farm"},{"$f":"_xlfn.XLOOKUP(B383,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"CRURWF1",{"$f":"_xlfn.XLOOKUP(B388,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Crudine Ridge Wind Farm"},{"$f":"_xlfn.XLOOKUP(B388,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"DUNDWF3",{"$f":"_xlfn.XLOOKUP(B393,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dundonnell Wind Farm"},{"$f":"_xlfn.XLOOKUP(B393,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"GUNNING1",{"$f":"_xlfn.XLOOKUP(B398,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gunning Wind Farm"},{"$f":"_xlfn.XLOOKUP(B398,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"NBHWF1",{"$f":"_xlfn.XLOOKUP(B399,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett 4 North Brown Hill Wind Farm"},{"$f":"_xlfn.XLOOKUP(B399,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"HDWF2",{"$f":"_xlfn.XLOOKUP(B404,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hornsdale Wind Farm Stage 2"},{"$f":"_xlfn.XLOOKUP(B404,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"LKBONNY3",{"$f":"_xlfn.XLOOKUP(B409,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Lake Bonney 3 Wind Farm"},{"$f":"_xlfn.XLOOKUP(B409,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"MRTLSWF1",{"$f":"_xlfn.XLOOKUP(B414,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mortlake South Wind Farm"},{"$f":"_xlfn.XLOOKUP(B414,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"MLWF1",{"$f":"_xlfn.XLOOKUP(B415,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mortons Lane Wind Farm"},{"$f":"_xlfn.XLOOKUP(B415,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"MUWAWF2",{"$f":"_xlfn.XLOOKUP(B420,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Murra Warra Wind Farm - stage 2"},{"$f":"_xlfn.XLOOKUP(B420,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"SALTCRK1",{"$f":"_xlfn.XLOOKUP(B425,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Salt Creek Wind Farm"},{"$f":"_xlfn.XLOOKUP(B425,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"STARHLWF",{"$f":"_xlfn.XLOOKUP(B431,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Starfish Hill Wind Farm"},{"$f":"_xlfn.XLOOKUP(B431,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"STOCKYD1",{"$f":"_xlfn.XLOOKUP(B432,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Stockyard Hill Wind Farm"},{"$f":"_xlfn.XLOOKUP(B432,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"WRWF1",{"$f":"_xlfn.XLOOKUP(B437,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"White Rock Wind Farm - Stage 1"},{"$f":"_xlfn.XLOOKUP(B437,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"YAMBUKWF",{"$f":"_xlfn.XLOOKUP(B442,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yambuk Wind Farm"},{"$f":"_xlfn.XLOOKUP(B442,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"Kidston Pumped Storage Hydro 1",{"$f":"_xlfn.XLOOKUP(B447,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Kidston "},{"$f":"_xlfn.XLOOKUP(B447,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Pumped Hydro (10hrs storage)"},96.738500000000002]
[null,"Kidston Pumped Storage Hydro 2",{"$f":"_xlfn.XLOOKUP(B448,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Kidston "},{"$f":"_xlfn.XLOOKUP(B448,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Pumped Hydro (10hrs storage)"},96.738500000000002]
[null,"SNO2PH05",{"$f":"_xlfn.XLOOKUP(B453,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Snowy 2.0"},{"$f":"_xlfn.XLOOKUP(B453,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Pumped Hydro (1wk storage)"},85.537199999999999]
[null,"Broadsound Solar Farm",{"$f":"_xlfn.XLOOKUP(B458,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Broadsound Solar Farm"},{"$f":"_xlfn.XLOOKUP(B458,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"Culcairn Solar Farm",{"$f":"_xlfn.XLOOKUP(B463,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Culcairn Solar Farm"},{"$f":"_xlfn.XLOOKUP(B463,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"EDENVSF1",{"$f":"_xlfn.XLOOKUP(B464,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Edenvale Solar Park"},{"$f":"_xlfn.XLOOKUP(B464,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"KINGASF1",{"$f":"_xlfn.XLOOKUP(B469,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Kingaroy Solar Farm"},{"$f":"_xlfn.XLOOKUP(B469,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"Riverina Solar Farm",{"$f":"_xlfn.XLOOKUP(B474,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Riverina Solar Farm"},{"$f":"_xlfn.XLOOKUP(B474,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"WAGGNSF1",{"$f":"_xlfn.XLOOKUP(B479,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Wagga North Solar Farm"},{"$f":"_xlfn.XLOOKUP(B479,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"WOLARSF1",{"$f":"_xlfn.XLOOKUP(B484,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Wollar Solar Farm"},{"$f":"_xlfn.XLOOKUP(B484,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"WYASF1",{"$f":"_xlfn.XLOOKUP(B486,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Wyalong Solar Farm"},{"$f":"_xlfn.XLOOKUP(B486,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"GPWFEST1",{"$f":"_xlfn.XLOOKUP(B491,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Golden Plains Wind Farm East"},{"$f":"_xlfn.XLOOKUP(B491,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"HD1WF1",{"$f":"_xlfn.XLOOKUP(B496,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hawkesdale Wind Farm"},{"$f":"_xlfn.XLOOKUP(B496,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"KABANWF1",{"$f":"_xlfn.XLOOKUP(B497,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Kaban Green Power Hub - Wind Farm"},{"$f":"_xlfn.XLOOKUP(B497,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"Rye Park Wind Farm",{"$f":"_xlfn.XLOOKUP(B502,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Rye Park Wind Farm"},{"$f":"_xlfn.XLOOKUP(B502,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"Derby Solar Farm",{"$f":"_xlfn.XLOOKUP(B507,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Derby Solar Farm"},{"$f":"_xlfn.XLOOKUP(B507,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"Mortlake Energy Hub Solar Farm",{"$f":"_xlfn.XLOOKUP(B512,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mortlake Energy Hub Solar Farm"},{"$f":"_xlfn.XLOOKUP(B512,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"Munna Creek Solar Farm",{"$f":"_xlfn.XLOOKUP(B513,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Munna Creek Solar Farm"},{"$f":"_xlfn.XLOOKUP(B513,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"Woolsthorpe Wind Farm",{"$f":"_xlfn.XLOOKUP(B518,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Woolsthorpe Wind Farm"},{"$f":"_xlfn.XLOOKUP(B518,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"DALNTH1",{"$f":"_xlfn.XLOOKUP(B523,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dalrymple BESS"},{"$f":"_xlfn.XLOOKUP(B523,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (1hr storage)"},9.1646999999999998]
[null,"LBBG1",{"$f":"_xlfn.XLOOKUP(B528,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Lake Bonney BESS"},{"$f":"_xlfn.XLOOKUP(B528,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},13.54339]
[null,"RESS1G",{"$f":"_xlfn.XLOOKUP(B532,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Riverina Energy Storage System 1"},{"$f":"_xlfn.XLOOKUP(B532,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},13.54339]
[null,"WALGRV1",{"$f":"_xlfn.XLOOKUP(B535,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Wallgrove Grid Battery project"},{"$f":"_xlfn.XLOOKUP(B535,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},13.54339]
[null,"CAPBES1",{"$f":"_xlfn.XLOOKUP(B540,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Capital Battery"},{"$f":"_xlfn.XLOOKUP(B540,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},13.54339]
[null,"GREENB1",{"$f":"_xlfn.XLOOKUP(B545,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Greenbank BESS"},{"$f":"_xlfn.XLOOKUP(B545,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},13.54339]
[null,"HBESS1",{"$f":"_xlfn.XLOOKUP(B546,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hazelwood BESS"},{"$f":"_xlfn.XLOOKUP(B546,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (1hr storage)"},9.1646999999999998]
[null,"Melbourne Renewable Energy Hub - Side A",{"$f":"_xlfn.XLOOKUP(B551,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Melbourne Renewable Energy Hub - Side A"},{"$f":"_xlfn.XLOOKUP(B551,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},13.54339]
[null,"TIB1",{"$f":"_xlfn.XLOOKUP(B556,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Torrens Island BESS"},{"$f":"_xlfn.XLOOKUP(B556,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (1hr storage)"},9.1646999999999998]
[null,"Brendale BESS",{"$f":"_xlfn.XLOOKUP(B561,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Brendale BESS"},{"$f":"_xlfn.XLOOKUP(B561,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},13.54339]
[null,"Bungama Solar BESS",{"$f":"_xlfn.XLOOKUP(B562,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bungama Solar BESS"},{"$f":"_xlfn.XLOOKUP(B562,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},13.54339]
[null,"LGAPBS1",{"$f":"_xlfn.XLOOKUP(B567,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Lincoln Gap Wind Farm BESS"},{"$f":"_xlfn.XLOOKUP(B567,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (1hr storage)"},9.1646999999999998]
[null,"Mt Fox BESS",{"$f":"_xlfn.XLOOKUP(B572,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mt Fox BESS"},{"$f":"_xlfn.XLOOKUP(B572,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},13.54339]
[null,"Smithfield BESS",{"$f":"_xlfn.XLOOKUP(B577,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Smithfield BESS"},{"$f":"_xlfn.XLOOKUP(B577,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},13.54339]
[null,"Stanwell BESS",{"$f":"_xlfn.XLOOKUP(B578,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Stanwell BESS"},{"$f":"_xlfn.XLOOKUP(B578,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},13.54339]
[null,"Coppabella Wind Farm",{"$f":"_xlfn.XLOOKUP(B585,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Coppabella Wind Farm"},{"$f":"_xlfn.XLOOKUP(B585,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"Hallett BESS",{"$f":"_xlfn.XLOOKUP(B589,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett BESS"},{"$f":"_xlfn.XLOOKUP(B589,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (4hrs storage)"},21.587959999999999]
[null,"Mornington BESS",{"$f":"_xlfn.XLOOKUP(B594,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mornington BESS"},{"$f":"_xlfn.XLOOKUP(B594,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},13.54339]
[null,"Tamworth BESS",{"$f":"_xlfn.XLOOKUP(B595,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tamworth BESS"},{"$f":"_xlfn.XLOOKUP(B595,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},13.54339]
[null,"Calala BESS 2",{"$f":"_xlfn.XLOOKUP(B600,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Calala BESS 2"},{"$f":"_xlfn.XLOOKUP(B600,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},13.54339]
[null,"Ravenswood Solar Farm",{"$f":"_xlfn.XLOOKUP(B605,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Ravenswood Solar Farm"},{"$f":"_xlfn.XLOOKUP(B605,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"Valley of the Winds Wind Farm",{"$f":"_xlfn.XLOOKUP(B610,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Valley of the Winds"},{"$f":"_xlfn.XLOOKUP(B610,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"Woolooga BESS",{"$f":"_xlfn.XLOOKUP(B611,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Woolooga BESS"},{"$f":"_xlfn.XLOOKUP(B611,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},13.54339]
[null,"Barnawartha Solar Farm BESS",{"$f":"_xlfn.XLOOKUP(B616,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barnawartha Solar Farm BESS"},{"$f":"_xlfn.XLOOKUP(B616,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},13.54339]
[null,"Junction Rivers Wind Farm BESS",{"$f":"_xlfn.XLOOKUP(B621,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Junction Rivers Wind Farm BESS"},{"$f":"_xlfn.XLOOKUP(B621,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (4hrs storage)"},21.587959999999999]
[null,"Barnawartha Solar Farm",{"$f":"_xlfn.XLOOKUP(B626,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barnawartha Solar Farm"},{"$f":"_xlfn.XLOOKUP(B626,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"Barwon Solar Farm",{"$f":"_xlfn.XLOOKUP(B627,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barwon Solar Farm"},{"$f":"_xlfn.XLOOKUP(B627,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"West Mokoan Solar Farm",{"$f":"_xlfn.XLOOKUP(B634,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"West Mokoan Solar Farm"},{"$f":"_xlfn.XLOOKUP(B634,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"Goyder North Wind Farm",{"$f":"_xlfn.XLOOKUP(B636,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Goyder North Wind Farm"},{"$f":"_xlfn.XLOOKUP(B636,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"Junction Rivers Wind Farm",{"$f":"_xlfn.XLOOKUP(B637,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Junction Rivers Wind Farm"},{"$f":"_xlfn.XLOOKUP(B637,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"Kentbruck Green Power Hub Wind Farm",{"$f":"_xlfn.XLOOKUP(B638,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Kentbruck Green Power Hub Wind Farm"},{"$f":"_xlfn.XLOOKUP(B638,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"Palmer Wind Farm",{"$f":"_xlfn.XLOOKUP(B639,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Palmer Wind Farm"},{"$f":"_xlfn.XLOOKUP(B639,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"Spicers Creek Wind Farm",{"$f":"_xlfn.XLOOKUP(B640,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Spicers Creek Wind Farm"},{"$f":"_xlfn.XLOOKUP(B640,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"Thunderbolt Wind Farm",{"$f":"_xlfn.XLOOKUP(B641,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Thunderbolt Wind Farm"},{"$f":"_xlfn.XLOOKUP(B641,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"Haughton Solar Farm Stage 2",{"$f":"_xlfn.XLOOKUP(B642,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Haughton Solar Farm Stage 2"},{"$f":"_xlfn.XLOOKUP(B642,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"Lancaster Solar Farm",{"$f":"_xlfn.XLOOKUP(B643,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Lancaster Solar Farm"},{"$f":"_xlfn.XLOOKUP(B643,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"Bennetts Creek BESS",{"$f":"_xlfn.XLOOKUP(B644,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bennetts Creek BESS"},{"$f":"_xlfn.XLOOKUP(B644,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},13.54339]
[null,"Northern Midlands Solar Farm",{"$f":"_xlfn.XLOOKUP(B645,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Northern Midlands Solar Farm"},{"$f":"_xlfn.XLOOKUP(B645,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"Hay Sun Farm",{"$f":"_xlfn.XLOOKUP(B646,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hay Sun Farm"},{"$f":"_xlfn.XLOOKUP(B646,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"MOKOSF1",{"$f":"_xlfn.XLOOKUP(B647,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mokoan Solar Farm"},{"$f":"_xlfn.XLOOKUP(B647,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"Yanco Delta Wind Farm",{"$f":"_xlfn.XLOOKUP(B648,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yanco Delta Wind Farm"},{"$f":"_xlfn.XLOOKUP(B648,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"Dinawan Energy Hub Wind Farm",{"$f":"_xlfn.XLOOKUP(B649,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dinawan Energy Hub Wind Farm"},{"$f":"_xlfn.XLOOKUP(B649,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"Dinawan Energy Hub Solar Farm",{"$f":"_xlfn.XLOOKUP(B650,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dinawan Energy Hub Solar Farm"},{"$f":"_xlfn.XLOOKUP(B650,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"Dinawan Energy Hub BESS",{"$f":"_xlfn.XLOOKUP(B651,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dinawan Energy Hub BESS"},{"$f":"_xlfn.XLOOKUP(B651,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (4hrs storage)"},21.587959999999999]
[null,"Pottinger Energy Park Wind Farm",{"$f":"_xlfn.XLOOKUP(B652,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Pottinger Energy Park Wind Farm"},{"$f":"_xlfn.XLOOKUP(B652,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"Pottinger Energy Park BESS",{"$f":"_xlfn.XLOOKUP(B653,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Pottinger Energy Park BESS"},{"$f":"_xlfn.XLOOKUP(B653,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (4hrs storage)"},21.587959999999999]
[null,"Bullawah Wind Farm",{"$f":"_xlfn.XLOOKUP(B654,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bullawah Wind Farm"},{"$f":"_xlfn.XLOOKUP(B654,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"Birriwa BESS",{"$f":"_xlfn.XLOOKUP(B655,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Birriwa BESS"},{"$f":"_xlfn.XLOOKUP(B655,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},13.54339]
[null,"Birriwa Solar Farm",{"$f":"_xlfn.XLOOKUP(B656,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Birriwa Solar Farm"},{"$f":"_xlfn.XLOOKUP(B656,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"Tallawang Solar Hybrid",{"$f":"_xlfn.XLOOKUP(B657,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tallawang Solar Hybrid"},{"$f":"_xlfn.XLOOKUP(B657,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"Cobbora BESS",{"$f":"_xlfn.XLOOKUP(B658,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Cobbora BESS"},{"$f":"_xlfn.XLOOKUP(B658,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},13.54339]
[null,"Cobbora Solar Farm",{"$f":"_xlfn.XLOOKUP(B659,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Cobbora Solar Farm"},{"$f":"_xlfn.XLOOKUP(B659,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},12.2196]
[null,"Liverpool Range Wind Farm",{"$f":"_xlfn.XLOOKUP(B660,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Liverpool Range Wind Farm"},{"$f":"_xlfn.XLOOKUP(B660,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},28.512400000000003]
[null,"Kiamal BESS",{"$f":"_xlfn.XLOOKUP(B661,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Kiamal BESS"},{"$f":"_xlfn.XLOOKUP(B661,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (4hrs storage)"},21.587959999999999]
[null,"Tallawang Solar Hybrid BESS",{"$f":"_xlfn.XLOOKUP(B662,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tallawang Solar Hybrid BESS"},{"$f":"_xlfn.XLOOKUP(B662,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},13.54339]
[null,"Pine Lodge BESS",{"$f":"_xlfn.XLOOKUP(B663,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Pine Lodge BESS"},{"$f":"_xlfn.XLOOKUP(B663,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},13.54339]
[null,"Notes:"]
[null,"1. Thermal generator data are sourced from GHD 2025 Energy Technology Retirement Cost and O&M Estimate Review."]
[null,"2. For other data not covered in the GHD report, new entrant technology costs from Aurecon 2024 Energy Technology Cost and Technical Parameter Review are used."]

{"sheet":"Variable OPEX","index":53,"n_rows":667,"n_cols":8,"rows_kept":281,"cut":true,"hidden":false,"merged":[[5,1,6,1],[5,3,6,3],[5,4,6,4],[5,6,6,6],[5,7,6,7],[5,2,6,2]],"bounds":{"rows_first":125,"rows_last":31,"rows_between":125,"halvings":4}}
[null,"Go to Assumptions Summary"]
[null,"Variable operating and maintenance cost (real 2025 dollars)"]
[null,"Costs that can be expressed in terms of energy generated, not including fuel costs."]
[]
[null,"Existing, Committed, Anticipated, and Additional generators",null,null,null,null,"New entrant technologies"]
[null,"IASR ID","Power Station / Technology","Technology","Variable OPEX\n($/MWh sent out)1",null,"Generator","Base value"]
[]
[null,"BW01",{"$f":"_xlfn.XLOOKUP(B8,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B8,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},8,null,"OCGT (small GT)",16.394629999999999]
[null,"BW02",{"$f":"_xlfn.XLOOKUP(B9,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B9,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},8,null,"OCGT (large GT)",8.2482299999999995]
[null,"BW03",{"$f":"_xlfn.XLOOKUP(B10,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B10,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},8,null,"CCGT",4.1750299999999996]
[null,"BW04",{"$f":"_xlfn.XLOOKUP(B11,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B11,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},8,null,"CCGT with CCS",8.1463999999999999]
[null,"CALL_B_1",{"$f":"_xlfn.XLOOKUP(B12,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Callide B"},{"$f":"_xlfn.XLOOKUP(B12,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},7,null,"Biomass",10.936540000000001]
[null,"CALL_B_2",{"$f":"_xlfn.XLOOKUP(B13,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Callide B"},{"$f":"_xlfn.XLOOKUP(B13,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},7,null,"Large scale Solar PV",0]
[null,"CPP_3",{"$f":"_xlfn.XLOOKUP(B14,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Callide C"},{"$f":"_xlfn.XLOOKUP(B14,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Super Critical"},8,null,"Solar Thermal (16hrs storage)",0]
[null,"CPP_4",{"$f":"_xlfn.XLOOKUP(B15,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Callide C"},{"$f":"_xlfn.XLOOKUP(B15,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Super Critical"},8,null,"Battery storage (1hr storage)",0]
[null,"ER01",{"$f":"_xlfn.XLOOKUP(B16,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B16,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},8,null,"Battery storage (2hrs storage)",0]
[null,"ER02",{"$f":"_xlfn.XLOOKUP(B17,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B17,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},8,null,"Battery storage (4hrs storage)",0]
[null,"ER03",{"$f":"_xlfn.XLOOKUP(B18,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B18,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},8,null,"Battery storage (8hrs storage)",0]
[null,"ER04",{"$f":"_xlfn.XLOOKUP(B19,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B19,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},8,null,"Wind",0]
[null,"GSTONE1",{"$f":"_xlfn.XLOOKUP(B20,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B20,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},7,null,"Wind - offshore (fixed)",0]
[null,"GSTONE2",{"$f":"_xlfn.XLOOKUP(B21,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B21,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},7,null,"Wind - offshore (floating)",0]
[null,"GSTONE3",{"$f":"_xlfn.XLOOKUP(B22,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B22,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},7,null,"Pumped Hydro (10hrs storage)",0]
[null,"GSTONE4",{"$f":"_xlfn.XLOOKUP(B23,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B23,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},7,null,"Pumped Hydro (24hrs storage)",0]
[null,"GSTONE5",{"$f":"_xlfn.XLOOKUP(B24,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B24,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},7,null,"Pumped Hydro (48hrs storage)",0]
[null,"GSTONE6",{"$f":"_xlfn.XLOOKUP(B25,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B25,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},7,null,"Distributed Resources Solar",0]
[null,"KPP_1",{"$f":"_xlfn.XLOOKUP(B26,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Kogan Creek"},{"$f":"_xlfn.XLOOKUP(B26,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Super Critical"},8,null,"Distributed Resources Batteries",0]
[null,"MPP_1",{"$f":"_xlfn.XLOOKUP(B27,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Millmerran"},{"$f":"_xlfn.XLOOKUP(B27,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Super Critical"},8,null,"Alkaline Electrolyser",0]
[null,"MPP_2",{"$f":"_xlfn.XLOOKUP(B28,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Millmerran"},{"$f":"_xlfn.XLOOKUP(B28,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Super Critical"},8,null,"BOTN - Cethana",0]
[null,"MP1",{"$f":"_xlfn.XLOOKUP(B29,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mt Piper"},{"$f":"_xlfn.XLOOKUP(B29,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},8,null,"Notes:"]
[null,"MP2",{"$f":"_xlfn.XLOOKUP(B30,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mt Piper"},{"$f":"_xlfn.XLOOKUP(B30,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},8,null,"1. Sourced from Aurecon 2024 Energy Technology Cost and Technical Parameter Review, cost adjusted. "]
[null,"STAN-1",{"$f":"_xlfn.XLOOKUP(B31,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B31,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},8,null,"2. Wind, Large-scale Solar PV, Solar Thermal, Pumped Hydro and Electrolyser O&M costs are assumed to be included in the Fixed O&M costs as per Aurecon's report."]
[null,"STAN-2",{"$f":"_xlfn.XLOOKUP(B32,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B32,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},8]
[null,"STAN-3",{"$f":"_xlfn.XLOOKUP(B33,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B33,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},8]
[null,"STAN-4",{"$f":"_xlfn.XLOOKUP(B34,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B34,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},8]
[null,"TARONG#1",{"$f":"_xlfn.XLOOKUP(B35,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B35,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},7]
[null,"TARONG#2",{"$f":"_xlfn.XLOOKUP(B36,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B36,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},7]
[null,"TARONG#3",{"$f":"_xlfn.XLOOKUP(B37,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B37,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},7]
[null,"TARONG#4",{"$f":"_xlfn.XLOOKUP(B38,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B38,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},7]
[null,"TNPS1",{"$f":"_xlfn.XLOOKUP(B39,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tarong North"},{"$f":"_xlfn.XLOOKUP(B39,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Super Critical"},8]
[null,"VP5",{"$f":"_xlfn.XLOOKUP(B40,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Vales Point B"},{"$f":"_xlfn.XLOOKUP(B40,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},8]
[null,"VP6",{"$f":"_xlfn.XLOOKUP(B41,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Vales Point B"},{"$f":"_xlfn.XLOOKUP(B41,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},8]
[null,"LYA1",{"$f":"_xlfn.XLOOKUP(B42,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B42,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},8]
[null,"LYA2",{"$f":"_xlfn.XLOOKUP(B43,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B43,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},8]
[null,"LYA3",{"$f":"_xlfn.XLOOKUP(B44,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B44,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},8]
[null,"LYA4",{"$f":"_xlfn.XLOOKUP(B45,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B45,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},8]
[null,"LOYYB1",{"$f":"_xlfn.XLOOKUP(B46,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Loy Yang B"},{"$f":"_xlfn.XLOOKUP(B46,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},8]
[null,"LOYYB2",{"$f":"_xlfn.XLOOKUP(B47,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Loy Yang B"},{"$f":"_xlfn.XLOOKUP(B47,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},8]
[null,"YWPS1",{"$f":"_xlfn.XLOOKUP(B48,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B48,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},8]
[null,"YWPS2",{"$f":"_xlfn.XLOOKUP(B49,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B49,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},8]
[null,"YWPS3",{"$f":"_xlfn.XLOOKUP(B50,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B50,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},8]
[null,"YWPS4",{"$f":"_xlfn.XLOOKUP(B51,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B51,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Steam Sub Critical"},8]
[null,"ANGAS1",{"$f":"_xlfn.XLOOKUP(B52,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Angaston"},{"$f":"_xlfn.XLOOKUP(B52,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},9]
[null,"ANGAS2",{"$f":"_xlfn.XLOOKUP(B53,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Angaston"},{"$f":"_xlfn.XLOOKUP(B53,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},9]
[null,"BDL01",{"$f":"_xlfn.XLOOKUP(B54,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bairnsdale"},{"$f":"_xlfn.XLOOKUP(B54,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},9]
[null,"BDL02",{"$f":"_xlfn.XLOOKUP(B55,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bairnsdale"},{"$f":"_xlfn.XLOOKUP(B55,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},9]
[null,"BARCALDN",{"$f":"_xlfn.XLOOKUP(B56,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barcaldine Power Station"},{"$f":"_xlfn.XLOOKUP(B56,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"BIPS1_01",{"$f":"_xlfn.XLOOKUP(B57,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B57,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},9]
[null,"BIPS1_02",{"$f":"_xlfn.XLOOKUP(B58,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B58,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},9]
[null,"BIPS1_03",{"$f":"_xlfn.XLOOKUP(B59,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B59,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},9]
[null,"BIPS1_04",{"$f":"_xlfn.XLOOKUP(B60,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B60,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},9]
[null,"BIPS1_05",{"$f":"_xlfn.XLOOKUP(B61,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B61,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},9]
[null,"BIPS1_06",{"$f":"_xlfn.XLOOKUP(B62,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B62,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},9]
[null,"BIPS1_07",{"$f":"_xlfn.XLOOKUP(B63,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B63,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},9]
[null,"BIPS1_08",{"$f":"_xlfn.XLOOKUP(B64,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B64,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},9]
[null,"BIPS1_09",{"$f":"_xlfn.XLOOKUP(B65,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B65,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},9]
[null,"BIPS1_10",{"$f":"_xlfn.XLOOKUP(B66,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B66,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},9]
[null,"BIPS1_11",{"$f":"_xlfn.XLOOKUP(B67,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B67,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},9]
[null,"BIPS1_12",{"$f":"_xlfn.XLOOKUP(B68,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B68,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},9]
[null,"BBTHREE1",{"$f":"_xlfn.XLOOKUP(B69,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bell Bay Three"},{"$f":"_xlfn.XLOOKUP(B69,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},12]
[null,"BBTHREE2",{"$f":"_xlfn.XLOOKUP(B70,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bell Bay Three"},{"$f":"_xlfn.XLOOKUP(B70,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},12]
[null,"BBTHREE3",{"$f":"_xlfn.XLOOKUP(B71,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bell Bay Three"},{"$f":"_xlfn.XLOOKUP(B71,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},12]
[null,"BOLIVPS1_1",{"$f":"_xlfn.XLOOKUP(B72,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bolivar Power Station"},{"$f":"_xlfn.XLOOKUP(B72,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},9]
[null,"BOLIVPS1_2",{"$f":"_xlfn.XLOOKUP(B73,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bolivar Power Station"},{"$f":"_xlfn.XLOOKUP(B73,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},9]
[null,"BOLIVPS1_3",{"$f":"_xlfn.XLOOKUP(B74,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bolivar Power Station"},{"$f":"_xlfn.XLOOKUP(B74,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},9]
[null,"BOLIVPS1_4",{"$f":"_xlfn.XLOOKUP(B75,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bolivar Power Station"},{"$f":"_xlfn.XLOOKUP(B75,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},9]
[null,"BRAEMAR1",{"$f":"_xlfn.XLOOKUP(B76,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Braemar"},{"$f":"_xlfn.XLOOKUP(B76,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},12]
[null,"BRAEMAR2",{"$f":"_xlfn.XLOOKUP(B77,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Braemar"},{"$f":"_xlfn.XLOOKUP(B77,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},12]
[null,"BRAEMAR3",{"$f":"_xlfn.XLOOKUP(B78,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Braemar"},{"$f":"_xlfn.XLOOKUP(B78,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},12]
[null,"BRAEMAR5",{"$f":"_xlfn.XLOOKUP(B79,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Braemar 2 Power Station"},{"$f":"_xlfn.XLOOKUP(B79,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},12]
[null,"BRAEMAR6",{"$f":"_xlfn.XLOOKUP(B80,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Braemar 2 Power Station"},{"$f":"_xlfn.XLOOKUP(B80,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},12]
[null,"BRAEMAR7",{"$f":"_xlfn.XLOOKUP(B81,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Braemar 2 Power Station"},{"$f":"_xlfn.XLOOKUP(B81,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},12]
[null,"CG1",{"$f":"_xlfn.XLOOKUP(B82,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Colongra"},{"$f":"_xlfn.XLOOKUP(B82,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"CG2",{"$f":"_xlfn.XLOOKUP(B83,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Colongra"},{"$f":"_xlfn.XLOOKUP(B83,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"CG3",{"$f":"_xlfn.XLOOKUP(B84,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Colongra"},{"$f":"_xlfn.XLOOKUP(B84,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"CG4",{"$f":"_xlfn.XLOOKUP(B85,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Colongra"},{"$f":"_xlfn.XLOOKUP(B85,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"CPSA_GT1",{"$f":"_xlfn.XLOOKUP(B86,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Condamine A"},{"$f":"_xlfn.XLOOKUP(B86,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Gas Turbine"},11]
[null,"CPSA_GT2",{"$f":"_xlfn.XLOOKUP(B87,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Condamine A"},{"$f":"_xlfn.XLOOKUP(B87,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Gas Turbine"},11]
[null,"CPSA_ST",{"$f":"_xlfn.XLOOKUP(B88,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Condamine A"},{"$f":"_xlfn.XLOOKUP(B88,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Steam Turbine"},11]
[null,"DDPS1_GT1",{"$f":"_xlfn.XLOOKUP(B89,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Darling Downs"},{"$f":"_xlfn.XLOOKUP(B89,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Gas Turbine"},11]
[null,"DDPS1_GT2",{"$f":"_xlfn.XLOOKUP(B90,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Darling Downs"},{"$f":"_xlfn.XLOOKUP(B90,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Gas Turbine"},11]
[null,"DDPS1_GT3",{"$f":"_xlfn.XLOOKUP(B91,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Darling Downs"},{"$f":"_xlfn.XLOOKUP(B91,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Gas Turbine"},11]
[null,"DDPS1_ST",{"$f":"_xlfn.XLOOKUP(B92,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Darling Downs"},{"$f":"_xlfn.XLOOKUP(B92,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Steam Turbine"},11]
[null,"DRYCGT1",{"$f":"_xlfn.XLOOKUP(B93,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dry Creek GT"},{"$f":"_xlfn.XLOOKUP(B93,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"DRYCGT2",{"$f":"_xlfn.XLOOKUP(B94,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dry Creek GT"},{"$f":"_xlfn.XLOOKUP(B94,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"DRYCGT3",{"$f":"_xlfn.XLOOKUP(B95,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dry Creek GT"},{"$f":"_xlfn.XLOOKUP(B95,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"AGLHAL01",{"$f":"_xlfn.XLOOKUP(B96,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B96,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"AGLHAL02",{"$f":"_xlfn.XLOOKUP(B97,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B97,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"AGLHAL03",{"$f":"_xlfn.XLOOKUP(B98,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B98,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"AGLHAL04",{"$f":"_xlfn.XLOOKUP(B99,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B99,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"AGLHAL05",{"$f":"_xlfn.XLOOKUP(B100,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B100,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"AGLHAL06",{"$f":"_xlfn.XLOOKUP(B101,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B101,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"AGLHAL07",{"$f":"_xlfn.XLOOKUP(B102,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B102,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"AGLHAL08",{"$f":"_xlfn.XLOOKUP(B103,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B103,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"AGLHAL09",{"$f":"_xlfn.XLOOKUP(B104,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B104,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"AGLHAL10",{"$f":"_xlfn.XLOOKUP(B105,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B105,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"AGLHAL11",{"$f":"_xlfn.XLOOKUP(B106,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B106,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"AGLHAL12",{"$f":"_xlfn.XLOOKUP(B107,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B107,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"AGLHALRE",{"$f":"_xlfn.XLOOKUP(B108,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B108,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"HEZ1",{"$f":"_xlfn.XLOOKUP(B109,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hunter Economic Zone"},{"$f":"_xlfn.XLOOKUP(B109,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},9]
[null,"JLA01",{"$f":"_xlfn.XLOOKUP(B110,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang A"},{"$f":"_xlfn.XLOOKUP(B110,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"JLA02",{"$f":"_xlfn.XLOOKUP(B111,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang A"},{"$f":"_xlfn.XLOOKUP(B111,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"JLA03",{"$f":"_xlfn.XLOOKUP(B112,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang A"},{"$f":"_xlfn.XLOOKUP(B112,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"JLA04",{"$f":"_xlfn.XLOOKUP(B113,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang A"},{"$f":"_xlfn.XLOOKUP(B113,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"JLB01",{"$f":"_xlfn.XLOOKUP(B114,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang B"},{"$f":"_xlfn.XLOOKUP(B114,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"JLB02",{"$f":"_xlfn.XLOOKUP(B115,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang B"},{"$f":"_xlfn.XLOOKUP(B115,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"JLB03",{"$f":"_xlfn.XLOOKUP(B116,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jeeralang B"},{"$f":"_xlfn.XLOOKUP(B116,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"LADBROK1",{"$f":"_xlfn.XLOOKUP(B117,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Ladbroke Grove"},{"$f":"_xlfn.XLOOKUP(B117,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"LADBROK2",{"$f":"_xlfn.XLOOKUP(B118,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Ladbroke Grove"},{"$f":"_xlfn.XLOOKUP(B118,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"LNGS1",{"$f":"_xlfn.XLOOKUP(B119,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Laverton North"},{"$f":"_xlfn.XLOOKUP(B119,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},12]
[null,"LNGS2",{"$f":"_xlfn.XLOOKUP(B120,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Laverton North"},{"$f":"_xlfn.XLOOKUP(B120,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},12]
[null,"LONSDALE",{"$f":"_xlfn.XLOOKUP(B121,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Lonsdale"},{"$f":"_xlfn.XLOOKUP(B121,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Reciprocating engine"},9]
[null,"MINTARO",{"$f":"_xlfn.XLOOKUP(B122,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mintaro GT"},{"$f":"_xlfn.XLOOKUP(B122,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"MORTLK11",{"$f":"_xlfn.XLOOKUP(B123,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mortlake"},{"$f":"_xlfn.XLOOKUP(B123,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},12]
[null,"MORTLK12",{"$f":"_xlfn.XLOOKUP(B124,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mortlake"},{"$f":"_xlfn.XLOOKUP(B124,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},12]
[null,"MSTUART1",{"$f":"_xlfn.XLOOKUP(B125,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mt Stuart"},{"$f":"_xlfn.XLOOKUP(B125,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"MSTUART3",{"$f":"_xlfn.XLOOKUP(B127,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mt Stuart"},{"$f":"_xlfn.XLOOKUP(B127,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"OsborneST",{"$f":"_xlfn.XLOOKUP(B132,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Osborne"},{"$f":"_xlfn.XLOOKUP(B132,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Steam Turbine"},11]
[null,"POR01-2",{"$f":"_xlfn.XLOOKUP(B137,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Port Lincoln GT"},{"$f":"_xlfn.XLOOKUP(B137,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"POR01-3",{"$f":"_xlfn.XLOOKUP(B138,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Port Lincoln GT"},{"$f":"_xlfn.XLOOKUP(B138,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"QPS3",{"$f":"_xlfn.XLOOKUP(B143,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Quarantine"},{"$f":"_xlfn.XLOOKUP(B143,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"SITHE01",{"$f":"_xlfn.XLOOKUP(B148,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Smithfield Energy Facility"},{"$f":"_xlfn.XLOOKUP(B148,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"SNAPPER1_5",{"$f":"_xlfn.XLOOKUP(B153,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Snapper Point Power Station"},{"$f":"_xlfn.XLOOKUP(B153,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},9]
[null,"SNUG1",{"$f":"_xlfn.XLOOKUP(B154,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Snuggery"},{"$f":"_xlfn.XLOOKUP(B154,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"AGLSOM03",{"$f":"_xlfn.XLOOKUP(B159,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Somerton"},{"$f":"_xlfn.XLOOKUP(B159,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"TVCC201_GT",{"$f":"_xlfn.XLOOKUP(B164,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tamar Valley Combined Cycle"},{"$f":"_xlfn.XLOOKUP(B164,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"CCGT - Gas Turbine"},11]
[null,"TORRB3",{"$f":"_xlfn.XLOOKUP(B169,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Torrens Island B"},{"$f":"_xlfn.XLOOKUP(B169,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"TORRB4",{"$f":"_xlfn.XLOOKUP(B170,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Torrens Island B"},{"$f":"_xlfn.XLOOKUP(B170,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"URANQ14",{"$f":"_xlfn.XLOOKUP(B176,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Uranquinty"},{"$f":"_xlfn.XLOOKUP(B176,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (large GT)"},12]
[null,"VPGS5",{"$f":"_xlfn.XLOOKUP(B181,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Valley Power"},{"$f":"_xlfn.XLOOKUP(B181,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},9]
[null,"BASTYAN",{"$f":"_xlfn.XLOOKUP(B186,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bastyan"},{"$f":"_xlfn.XLOOKUP(B186,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},8.99]
[null,"BLOWERNG",{"$f":"_xlfn.XLOOKUP(B187,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Blowering"},{"$f":"_xlfn.XLOOKUP(B187,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},8.99]
[null,"MCKAY13",{"$f":"_xlfn.XLOOKUP(B192,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bogong / Mackay"},{"$f":"_xlfn.XLOOKUP(B192,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},8.99]
[null,"LI112-2",{"$f":"_xlfn.XLOOKUP(B197,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Catagunya / Liapootah / Wayatinah"},{"$f":"_xlfn.XLOOKUP(B197,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},8.99]
[null,"WY111-2",{"$f":"_xlfn.XLOOKUP(B202,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Catagunya / Liapootah / Wayatinah"},{"$f":"_xlfn.XLOOKUP(B202,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},8.99]
[null,"WY111-3",{"$f":"_xlfn.XLOOKUP(B203,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Catagunya / Liapootah / Wayatinah"},{"$f":"_xlfn.XLOOKUP(B203,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},8.99]
[null,"EILDON2",{"$f":"_xlfn.XLOOKUP(B208,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Eildon"},{"$f":"_xlfn.XLOOKUP(B208,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},8.99]
[null,"GUTHEGA1",{"$f":"_xlfn.XLOOKUP(B213,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Guthega"},{"$f":"_xlfn.XLOOKUP(B213,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},8.99]
[null,"KAREEYA2",{"$f":"_xlfn.XLOOKUP(B219,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Kareeya"},{"$f":"_xlfn.XLOOKUP(B219,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},8.99]
[null,"KAREEYA3",{"$f":"_xlfn.XLOOKUP(B220,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Kareeya"},{"$f":"_xlfn.XLOOKUP(B220,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},8.99]
[null,"MACKNTSH",{"$f":"_xlfn.XLOOKUP(B225,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mackintosh"},{"$f":"_xlfn.XLOOKUP(B225,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},8.99]
[null,"MURRAY04",{"$f":"_xlfn.XLOOKUP(B230,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Murray 1"},{"$f":"_xlfn.XLOOKUP(B230,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},8.99]
[null,"MURRAY09",{"$f":"_xlfn.XLOOKUP(B235,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Murray 1"},{"$f":"_xlfn.XLOOKUP(B235,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},8.99]
[null,"MURRAY10",{"$f":"_xlfn.XLOOKUP(B236,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Murray 1"},{"$f":"_xlfn.XLOOKUP(B236,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},8.99]
[null,"PO161-1",{"$f":"_xlfn.XLOOKUP(B241,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Poatina"},{"$f":"_xlfn.XLOOKUP(B241,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},8.99]
[null,"PO166-6",{"$f":"_xlfn.XLOOKUP(B246,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Poatina"},{"$f":"_xlfn.XLOOKUP(B246,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},8.99]
[null,"SHGEN03",{"$f":"_xlfn.XLOOKUP(B251,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Shoalhaven"},{"$f":"_xlfn.XLOOKUP(B251,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Pumped Hydro (48hrs storage)"},0]
[null,"SHGEN04",{"$f":"_xlfn.XLOOKUP(B252,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Shoalhaven"},{"$f":"_xlfn.XLOOKUP(B252,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Pumped Hydro (48hrs storage)"},0]
[null,"TA112-5",{"$f":"_xlfn.XLOOKUP(B257,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tarraleah"},{"$f":"_xlfn.XLOOKUP(B257,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},8.99]
[null,"TR112-4",{"$f":"_xlfn.XLOOKUP(B262,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Trevallyn"},{"$f":"_xlfn.XLOOKUP(B262,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},8.99]
[null,"TUMUT3_04",{"$f":"_xlfn.XLOOKUP(B267,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tumut 3"},{"$f":"_xlfn.XLOOKUP(B267,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Pumped Hydro (48hrs storage)"},0]
[null,"TUMUT3_06",{"$f":"_xlfn.XLOOKUP(B269,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tumut 3"},{"$f":"_xlfn.XLOOKUP(B269,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Pumped Hydro (48hrs storage)"},0]
[null,"TU115-5",{"$f":"_xlfn.XLOOKUP(B274,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tungatinah"},{"$f":"_xlfn.XLOOKUP(B274,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},8.99]
[null,"TUMUT2_01",{"$f":"_xlfn.XLOOKUP(B279,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Upper Tumut"},{"$f":"_xlfn.XLOOKUP(B279,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},8.99]
[null,"WKIEWA1_2",{"$f":"_xlfn.XLOOKUP(B284,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"West Kiewa"},{"$f":"_xlfn.XLOOKUP(B284,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},8.99]
[null,"WKIEWA2_1",{"$f":"_xlfn.XLOOKUP(B285,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"West Kiewa"},{"$f":"_xlfn.XLOOKUP(B285,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Hydro"},8.99]
[null,"BERYLSF1",{"$f":"_xlfn.XLOOKUP(B290,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Beryl Solar Farm"},{"$f":"_xlfn.XLOOKUP(B290,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"BNGSF2",{"$f":"_xlfn.XLOOKUP(B295,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bungala Two Solar Farm"},{"$f":"_xlfn.XLOOKUP(B295,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"CSPVPS1",{"$f":"_xlfn.XLOOKUP(B300,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Collinsville Solar Farm"},{"$f":"_xlfn.XLOOKUP(B300,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"DDSF1",{"$f":"_xlfn.XLOOKUP(B301,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Darling Downs Solar Farm"},{"$f":"_xlfn.XLOOKUP(B301,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"GANNSF1",{"$f":"_xlfn.XLOOKUP(B306,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gannawarra Solar Farm"},{"$f":"_xlfn.XLOOKUP(B306,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"HAMISF1",{"$f":"_xlfn.XLOOKUP(B312,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hamilton Solar Farm"},{"$f":"_xlfn.XLOOKUP(B312,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"HUGSF1",{"$f":"_xlfn.XLOOKUP(B317,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hughenden Solar Farm"},{"$f":"_xlfn.XLOOKUP(B317,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"JEMALNG1",{"$f":"_xlfn.XLOOKUP(B318,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Jemalong Solar"},{"$f":"_xlfn.XLOOKUP(B318,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"LILYSF1",{"$f":"_xlfn.XLOOKUP(B323,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Lilyvale Solar Farm"},{"$f":"_xlfn.XLOOKUP(B323,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"MAPS2PV1",{"$f":"_xlfn.XLOOKUP(B328,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mannum Adelaide Pumping Station No 2 - MAPL2 (Palmer)"},{"$f":"_xlfn.XLOOKUP(B328,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"MOREESF1",{"$f":"_xlfn.XLOOKUP(B333,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Moree Solar Farm"},{"$f":"_xlfn.XLOOKUP(B333,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"MWPS1PV1",{"$f":"_xlfn.XLOOKUP(B334,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Morgan To Whyalla Pipeline No 1 PS And Water Filtration Plant"},{"$f":"_xlfn.XLOOKUP(B334,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"MBPS2PV1",{"$f":"_xlfn.XLOOKUP(B339,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Murray Bridge - Onkaparinga Pipeline Pump 2"},{"$f":"_xlfn.XLOOKUP(B339,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"NYNGAN1",{"$f":"_xlfn.XLOOKUP(B344,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Nyngan Solar Plant"},{"$f":"_xlfn.XLOOKUP(B344,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"RRSF1",{"$f":"_xlfn.XLOOKUP(B349,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Ross River Solar Farm"},{"$f":"_xlfn.XLOOKUP(B349,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"RUGBYR1",{"$f":"_xlfn.XLOOKUP(B350,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Rugby Run Solar Farm"},{"$f":"_xlfn.XLOOKUP(B350,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"WARWSF1",{"$f":"_xlfn.XLOOKUP(B356,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Warwick Solar Farm - stage 1"},{"$f":"_xlfn.XLOOKUP(B356,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"WDGPH1",{"$f":"_xlfn.XLOOKUP(B361,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Western Downs Green Power Hub"},{"$f":"_xlfn.XLOOKUP(B361,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"YARANSF1",{"$f":"_xlfn.XLOOKUP(B366,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yarranlea Solar Farm"},{"$f":"_xlfn.XLOOKUP(B366,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"YATSF1",{"$f":"_xlfn.XLOOKUP(B367,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yatpool Solar Farm"},{"$f":"_xlfn.XLOOKUP(B367,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"BRYB1WF1",{"$f":"_xlfn.XLOOKUP(B372,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Berrybank Wind Farm"},{"$f":"_xlfn.XLOOKUP(B372,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"CNUNDAWF",{"$f":"_xlfn.XLOOKUP(B377,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Canunda Wind Farm"},{"$f":"_xlfn.XLOOKUP(B377,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"CHYTWF1",{"$f":"_xlfn.XLOOKUP(B382,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Cherry Tree Wind Farm"},{"$f":"_xlfn.XLOOKUP(B382,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"CLEMGPWF",{"$f":"_xlfn.XLOOKUP(B383,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Clements Gap Wind Farm"},{"$f":"_xlfn.XLOOKUP(B383,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"CRURWF1",{"$f":"_xlfn.XLOOKUP(B388,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Crudine Ridge Wind Farm"},{"$f":"_xlfn.XLOOKUP(B388,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"DUNDWF3",{"$f":"_xlfn.XLOOKUP(B393,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dundonnell Wind Farm"},{"$f":"_xlfn.XLOOKUP(B393,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"GUNNING1",{"$f":"_xlfn.XLOOKUP(B398,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gunning Wind Farm"},{"$f":"_xlfn.XLOOKUP(B398,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"NBHWF1",{"$f":"_xlfn.XLOOKUP(B399,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hallett 4 North Brown Hill Wind Farm"},{"$f":"_xlfn.XLOOKUP(B399,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"HDWF2",{"$f":"_xlfn.XLOOKUP(B404,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hornsdale Wind Farm Stage 2"},{"$f":"_xlfn.XLOOKUP(B404,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"LGAPWF1",{"$f":"_xlfn.XLOOKUP(B410,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Lincoln Gap Wind Farm - stage 1"},{"$f":"_xlfn.XLOOKUP(B410,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"MLWF1",{"$f":"_xlfn.XLOOKUP(B415,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mortons Lane Wind Farm"},{"$f":"_xlfn.XLOOKUP(B415,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"MEWF1",{"$f":"_xlfn.XLOOKUP(B416,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mount Emerald Wind Farm"},{"$f":"_xlfn.XLOOKUP(B416,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"MUSSELR1",{"$f":"_xlfn.XLOOKUP(B421,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Musselroe Wind Farm"},{"$f":"_xlfn.XLOOKUP(B421,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"SAPHWF1",{"$f":"_xlfn.XLOOKUP(B426,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Sapphire Wind Farm"},{"$f":"_xlfn.XLOOKUP(B426,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"STARHLWF",{"$f":"_xlfn.XLOOKUP(B431,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Starfish Hill Wind Farm"},{"$f":"_xlfn.XLOOKUP(B431,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"STOCKYD1",{"$f":"_xlfn.XLOOKUP(B432,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Stockyard Hill Wind Farm"},{"$f":"_xlfn.XLOOKUP(B432,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"WRWF1",{"$f":"_xlfn.XLOOKUP(B437,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"White Rock Wind Farm - Stage 1"},{"$f":"_xlfn.XLOOKUP(B437,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"YAMBUKWF",{"$f":"_xlfn.XLOOKUP(B442,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yambuk Wind Farm"},{"$f":"_xlfn.XLOOKUP(B442,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"Kidston Pumped Storage Hydro 1",{"$f":"_xlfn.XLOOKUP(B447,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Kidston "},{"$f":"_xlfn.XLOOKUP(B447,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Pumped Hydro (10hrs storage)"},0]
[null,"SNO2PH01",{"$f":"_xlfn.XLOOKUP(B449,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Snowy 2.0"},{"$f":"_xlfn.XLOOKUP(B449,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Pumped Hydro (1wk storage)"},0]
[null,"SNO2PH06",{"$f":"_xlfn.XLOOKUP(B454,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Snowy 2.0"},{"$f":"_xlfn.XLOOKUP(B454,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Pumped Hydro (1wk storage)"},0]
[null,"Bundaberg Solar Farm",{"$f":"_xlfn.XLOOKUP(B459,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bundaberg Solar Farm"},{"$f":"_xlfn.XLOOKUP(B459,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"EDENVSF1",{"$f":"_xlfn.XLOOKUP(B464,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Edenvale Solar Park"},{"$f":"_xlfn.XLOOKUP(B464,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"GANGARR1",{"$f":"_xlfn.XLOOKUP(B465,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Gangarri Solar Farm"},{"$f":"_xlfn.XLOOKUP(B465,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Lockhart Hybrid Facility - Solar",{"$f":"_xlfn.XLOOKUP(B470,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Lockhart Hybrid Facility - Solar"},{"$f":"_xlfn.XLOOKUP(B470,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"SEBSF1",{"$f":"_xlfn.XLOOKUP(B475,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Sebastopol Solar Farm"},{"$f":"_xlfn.XLOOKUP(B475,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"WLWLSF1",{"$f":"_xlfn.XLOOKUP(B480,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Walla Walla Solar Farm"},{"$f":"_xlfn.XLOOKUP(B480,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"WLWLSF2",{"$f":"_xlfn.XLOOKUP(B481,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Walla Walla Solar Farm"},{"$f":"_xlfn.XLOOKUP(B481,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"WYASF1",{"$f":"_xlfn.XLOOKUP(B486,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Wyalong Solar Farm"},{"$f":"_xlfn.XLOOKUP(B486,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"GPWFEST1",{"$f":"_xlfn.XLOOKUP(B491,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Golden Plains Wind Farm East"},{"$f":"_xlfn.XLOOKUP(B491,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"GPWFEST3",{"$f":"_xlfn.XLOOKUP(B493,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Golden Plains Wind Farm East"},{"$f":"_xlfn.XLOOKUP(B493,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"KEPWF1",{"$f":"_xlfn.XLOOKUP(B498,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Kennedy Energy Park Wind Farm"},{"$f":"_xlfn.XLOOKUP(B498,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"Wambo Wind Farm",{"$f":"_xlfn.XLOOKUP(B503,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Wambo Wind Farm"},{"$f":"_xlfn.XLOOKUP(B503,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"Frasers Solar Farm",{"$f":"_xlfn.XLOOKUP(B508,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Frasers Solar Farm"},{"$f":"_xlfn.XLOOKUP(B508,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Munna Creek Solar Farm",{"$f":"_xlfn.XLOOKUP(B513,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Munna Creek Solar Farm"},{"$f":"_xlfn.XLOOKUP(B513,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"New England Solar Farm 2",{"$f":"_xlfn.XLOOKUP(B514,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"New England Solar Farm - Stage 2"},{"$f":"_xlfn.XLOOKUP(B514,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"BALB1",{"$f":"_xlfn.XLOOKUP(B519,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Ballarat Energy Storage System"},{"$f":"_xlfn.XLOOKUP(B519,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (1hr storage)"},0]
[null,"DPNTB1",{"$f":"_xlfn.XLOOKUP(B524,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Darlington Point Energy Storage System"},{"$f":"_xlfn.XLOOKUP(B524,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"PIBESS1",{"$f":"_xlfn.XLOOKUP(B529,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Philip Island BESS"},{"$f":"_xlfn.XLOOKUP(B529,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"QBYNB1",{"$f":"_xlfn.XLOOKUP(B530,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Queanbeyan BESS"},{"$f":"_xlfn.XLOOKUP(B530,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"WALGRV1",{"$f":"_xlfn.XLOOKUP(B535,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Wallgrove Grid Battery project"},{"$f":"_xlfn.XLOOKUP(B535,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"CAPBES1",{"$f":"_xlfn.XLOOKUP(B540,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Capital Battery"},{"$f":"_xlfn.XLOOKUP(B540,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"HBESS1",{"$f":"_xlfn.XLOOKUP(B546,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hazelwood BESS"},{"$f":"_xlfn.XLOOKUP(B546,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (1hr storage)"},0]
[null,"Koorangie Energy Storage System",{"$f":"_xlfn.XLOOKUP(B547,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Koorangie Energy Storage System"},{"$f":"_xlfn.XLOOKUP(B547,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"QPBESS",{"$f":"_xlfn.XLOOKUP(B552,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Quorn Park BESS"},{"$f":"_xlfn.XLOOKUP(B552,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"ULBESS",{"$f":"_xlfn.XLOOKUP(B557,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Ulinda Park BESS"},{"$f":"_xlfn.XLOOKUP(B557,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Bungama Solar BESS",{"$f":"_xlfn.XLOOKUP(B562,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bungama Solar BESS"},{"$f":"_xlfn.XLOOKUP(B562,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Eraring Big Battery 2",{"$f":"_xlfn.XLOOKUP(B563,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Eraring Big Battery 2"},{"$f":"_xlfn.XLOOKUP(B563,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Mannum BESS",{"$f":"_xlfn.XLOOKUP(B568,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mannum BESS"},{"$f":"_xlfn.XLOOKUP(B568,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"New England Solar Farm BESS",{"$f":"_xlfn.XLOOKUP(B573,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"New England Solar Farm BESS"},{"$f":"_xlfn.XLOOKUP(B573,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (1hr storage)"},0]
[null,"Stanwell BESS",{"$f":"_xlfn.XLOOKUP(B578,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Stanwell BESS"},{"$f":"_xlfn.XLOOKUP(B578,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Swanbank BESS",{"$f":"_xlfn.XLOOKUP(B579,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Swanbank BESS"},{"$f":"_xlfn.XLOOKUP(B579,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Solar River Solar Farm",{"$f":"_xlfn.XLOOKUP(B584,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Solar River Solar Farm"},{"$f":"_xlfn.XLOOKUP(B584,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Limestone Coast West BESS",{"$f":"_xlfn.XLOOKUP(B591,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Limestone Coast West BESS"},{"$f":"_xlfn.XLOOKUP(B591,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Tamworth BESS",{"$f":"_xlfn.XLOOKUP(B595,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tamworth BESS"},{"$f":"_xlfn.XLOOKUP(B595,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Tamworth BESS 2",{"$f":"_xlfn.XLOOKUP(B596,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tamworth BESS"},{"$f":"_xlfn.XLOOKUP(B596,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Glanmire Solar Farm BESS",{"$f":"_xlfn.XLOOKUP(B601,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Glanmire Solar Farm BESS"},{"$f":"_xlfn.XLOOKUP(B601,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Lockyer Valley GT",{"$f":"_xlfn.XLOOKUP(B606,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Lockyer Valley GT"},{"$f":"_xlfn.XLOOKUP(B606,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"OCGT (small GT)"},10]
[null,"Woolooga BESS",{"$f":"_xlfn.XLOOKUP(B611,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Woolooga BESS"},{"$f":"_xlfn.XLOOKUP(B611,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Supernode BESS 1",{"$f":"_xlfn.XLOOKUP(B612,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Supernode BESS 1"},{"$f":"_xlfn.XLOOKUP(B612,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (4hrs storage)"},0]
[null,"Barwon Solar Farm BESS",{"$f":"_xlfn.XLOOKUP(B617,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barwon Solar Farm BESS"},{"$f":"_xlfn.XLOOKUP(B617,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Majors Creek Solar Power Station BESS",{"$f":"_xlfn.XLOOKUP(B622,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Majors Creek Power Station BESS"},{"$f":"_xlfn.XLOOKUP(B622,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (4hrs storage)"},0]
[null,"Barwon Solar Farm",{"$f":"_xlfn.XLOOKUP(B627,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Barwon Solar Farm"},{"$f":"_xlfn.XLOOKUP(B627,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Campbells Forest Solar Farm",{"$f":"_xlfn.XLOOKUP(B628,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Campbells Forest Solar Farm"},{"$f":"_xlfn.XLOOKUP(B628,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Phoenix Pumped Hydro Project",{"$f":"_xlfn.XLOOKUP(B635,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Phoenix Pumped Hydro Project"},{"$f":"_xlfn.XLOOKUP(B635,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Pumped Hydro (10hrs storage)"},0]
[null,"Junction Rivers Wind Farm",{"$f":"_xlfn.XLOOKUP(B637,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Junction Rivers Wind Farm"},{"$f":"_xlfn.XLOOKUP(B637,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"Kentbruck Green Power Hub Wind Farm",{"$f":"_xlfn.XLOOKUP(B638,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Kentbruck Green Power Hub Wind Farm"},{"$f":"_xlfn.XLOOKUP(B638,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"Palmer Wind Farm",{"$f":"_xlfn.XLOOKUP(B639,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Palmer Wind Farm"},{"$f":"_xlfn.XLOOKUP(B639,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"Spicers Creek Wind Farm",{"$f":"_xlfn.XLOOKUP(B640,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Spicers Creek Wind Farm"},{"$f":"_xlfn.XLOOKUP(B640,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"Thunderbolt Wind Farm",{"$f":"_xlfn.XLOOKUP(B641,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Thunderbolt Wind Farm"},{"$f":"_xlfn.XLOOKUP(B641,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"Haughton Solar Farm Stage 2",{"$f":"_xlfn.XLOOKUP(B642,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Haughton Solar Farm Stage 2"},{"$f":"_xlfn.XLOOKUP(B642,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Lancaster Solar Farm",{"$f":"_xlfn.XLOOKUP(B643,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Lancaster Solar Farm"},{"$f":"_xlfn.XLOOKUP(B643,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Bennetts Creek BESS",{"$f":"_xlfn.XLOOKUP(B644,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bennetts Creek BESS"},{"$f":"_xlfn.XLOOKUP(B644,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Northern Midlands Solar Farm",{"$f":"_xlfn.XLOOKUP(B645,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Northern Midlands Solar Farm"},{"$f":"_xlfn.XLOOKUP(B645,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Hay Sun Farm",{"$f":"_xlfn.XLOOKUP(B646,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Hay Sun Farm"},{"$f":"_xlfn.XLOOKUP(B646,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"MOKOSF1",{"$f":"_xlfn.XLOOKUP(B647,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Mokoan Solar Farm"},{"$f":"_xlfn.XLOOKUP(B647,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Yanco Delta Wind Farm",{"$f":"_xlfn.XLOOKUP(B648,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Yanco Delta Wind Farm"},{"$f":"_xlfn.XLOOKUP(B648,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"Dinawan Energy Hub Wind Farm",{"$f":"_xlfn.XLOOKUP(B649,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dinawan Energy Hub Wind Farm"},{"$f":"_xlfn.XLOOKUP(B649,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"Dinawan Energy Hub Solar Farm",{"$f":"_xlfn.XLOOKUP(B650,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dinawan Energy Hub Solar Farm"},{"$f":"_xlfn.XLOOKUP(B650,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Dinawan Energy Hub BESS",{"$f":"_xlfn.XLOOKUP(B651,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Dinawan Energy Hub BESS"},{"$f":"_xlfn.XLOOKUP(B651,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (4hrs storage)"},0]
[null,"Pottinger Energy Park Wind Farm",{"$f":"_xlfn.XLOOKUP(B652,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Pottinger Energy Park Wind Farm"},{"$f":"_xlfn.XLOOKUP(B652,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"Pottinger Energy Park BESS",{"$f":"_xlfn.XLOOKUP(B653,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Pottinger Energy Park BESS"},{"$f":"_xlfn.XLOOKUP(B653,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (4hrs storage)"},0]
[null,"Bullawah Wind Farm",{"$f":"_xlfn.XLOOKUP(B654,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Bullawah Wind Farm"},{"$f":"_xlfn.XLOOKUP(B654,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"Birriwa BESS",{"$f":"_xlfn.XLOOKUP(B655,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Birriwa BESS"},{"$f":"_xlfn.XLOOKUP(B655,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Birriwa Solar Farm",{"$f":"_xlfn.XLOOKUP(B656,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Birriwa Solar Farm"},{"$f":"_xlfn.XLOOKUP(B656,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Tallawang Solar Hybrid",{"$f":"_xlfn.XLOOKUP(B657,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tallawang Solar Hybrid"},{"$f":"_xlfn.XLOOKUP(B657,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Cobbora BESS",{"$f":"_xlfn.XLOOKUP(B658,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Cobbora BESS"},{"$f":"_xlfn.XLOOKUP(B658,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Cobbora Solar Farm",{"$f":"_xlfn.XLOOKUP(B659,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Cobbora Solar Farm"},{"$f":"_xlfn.XLOOKUP(B659,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Large scale Solar PV"},0]
[null,"Liverpool Range Wind Farm",{"$f":"_xlfn.XLOOKUP(B660,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Liverpool Range Wind Farm"},{"$f":"_xlfn.XLOOKUP(B660,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Wind"},0]
[null,"Kiamal BESS",{"$f":"_xlfn.XLOOKUP(B661,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Kiamal BESS"},{"$f":"_xlfn.XLOOKUP(B661,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (4hrs storage)"},0]
[null,"Tallawang Solar Hybrid BESS",{"$f":"_xlfn.XLOOKUP(B662,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Tallawang Solar Hybrid BESS"},{"$f":"_xlfn.XLOOKUP(B662,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Pine Lodge BESS",{"$f":"_xlfn.XLOOKUP(B663,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"_\",0)","v":"Pine Lodge BESS"},{"$f":"_xlfn.XLOOKUP(B663,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$E$7:$E$713,\"_\",0)","v":"Battery storage (2hrs storage)"},0]
[null,"Notes: "]
[null,"1. Thermal generator data are sourced from GHD 2025 Energy Technology Retirement Cost and O&M Estimate Review."]
[null,"2. For other data not covered in the GHD report, new entrant technology costs from Aurecon 2024 Energy Technology Cost and Technical Parameter Review are used."]
[null,"3. Silver City Energy Storage takes the value of Compressed Air provided in the Aurecon 2024 report."]

{"sheet":"Marginal Loss Factors","index":54,"n_rows":676,"n_cols":19,"rows_kept":281,"cut":true,"hidden":false,"merged":[[3,7,4,7],[3,0,4,0],[4,1,4,6]],"bounds":{"rows_first":125,"rows_last":31,"rows_between":125,"halvings":4}}
[null,"Go to Assumptions Summary",null,null," "," "," "]
[null,"Marginal Loss Factors (MLFs)",null,null,null,null," "]
[null,"Marginal loss factors represent the impact of network losses on spot prices. No impacts on long term generation expansion, however, marginal loss factors do impact the short term dispatch modelling. "]
[null,"See https://aemo.com.au/en/energy-systems/electricity/national-electricity-market-nem/market-operations/loss-factors-and-regional-boundaries"]
[null,"The existing generators marginal loss factors have been updated based on November 2024 update for financial year 2024-25: See https://aemo.com.au/-/media/files/electricity/nem/security_and_reliability/loss_factors_and_regional_boundaries/2024-25-financial-year/mlfs-for-the-2024-25-financial-year.pdf?la=en"]
[null,"Existing generators do not have a shadow connection point. ",null,null," "," "," "]
[null,"Generic generators represent potential new generation within a specific renewable energy zone. ",null,null,null," "," "]
[null,"Additional projects represent those not included within the generation information but are specific to policy frameworks",null,null,null,null," "]
[null," ",null,null,null,null," "]
[null,"Generator Marginal Loss Factors - Existing",null,null,null,null," ",null,"Generator Marginal Loss Factors - New Entrant",null,null,null,null,null,"Generator Marginal Loss Factors - New Entrant Electrolysers"]
[]
[null,"IASR ID","TNI Code","Power Station","Status","MLF","Shadow connection point",null,"IASR ID","Power Station","Status","MLF","Shadow connection point",null,"IASR ID","Power Station","Status","MLF","Shadow connection point"]
[null,"BW01","NBAY",{"$f":"_xlfn.XLOOKUP(B13,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B13,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.9637,null,null,"NQ SAT - Distributed Resources",{"$f":"_xlfn.XLOOKUP(I13,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"NQ SAT - Distributed Resources"},{"$f":"_xlfn.XLOOKUP(I13,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.94710000000000005,"Mt Stuart PS Unit 1",null,"N1 to NNSW Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O13,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N1 to NNSW Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O13,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.80859999999999999,"Moree Solar Farm"]
[null,"BW02","NBAY",{"$f":"_xlfn.XLOOKUP(B14,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B14,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.9637,null,null,"CQ SAT - Distributed Resources",{"$f":"_xlfn.XLOOKUP(I14,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"CQ SAT - Distributed Resources"},{"$f":"_xlfn.XLOOKUP(I14,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.91600000000000004,"Callide C PS Unit 3",null,"N2 to NNSW Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O14,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N2 to NNSW Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O14,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.84530000000000005,"White Rock Solar Farm "]
[null,"BW03","NBAY",{"$f":"_xlfn.XLOOKUP(B15,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B15,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.9637,null,null,"GG SAT - Distributed Resources",{"$f":"_xlfn.XLOOKUP(I15,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"GG SAT - Distributed Resources"},{"$f":"_xlfn.XLOOKUP(I15,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.94030000000000002,"Gladstone PS (275 kV) Unit 1",null,"N3 to CNSW Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O15,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N3 to CNSW Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O15,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.98350000000000004,"Burrendong Hydro PS"]
[null,"BW04","NBAY",{"$f":"_xlfn.XLOOKUP(B16,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B16,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.9637,null,null,"SQ SAT - Distributed Resources",{"$f":"_xlfn.XLOOKUP(I16,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SQ SAT - Distributed Resources"},{"$f":"_xlfn.XLOOKUP(I16,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99980000000000002,"Swanbank E GT",null,"N3 to SNW Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O16,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N3 to SNW Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O16,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.98350000000000004,"Burrendong Hydro PS"]
[null,"CALL_B_1","QCAB",{"$f":"_xlfn.XLOOKUP(B17,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Callide B"},{"$f":"_xlfn.XLOOKUP(B17,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.92520000000000002,null,null,"NNSW SAT - Distributed Resources",{"$f":"_xlfn.XLOOKUP(I17,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"NNSW SAT - Distributed Resources"},{"$f":"_xlfn.XLOOKUP(I17,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.96640000000000004,"Bayswater PS Unit 1",null,"N6 to SNSW Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O17,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N6 to SNSW Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O17,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.87190000000000001,"Bomen Solar Farm"]
[null,"CALL_B_2","QCAB",{"$f":"_xlfn.XLOOKUP(B18,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Callide B"},{"$f":"_xlfn.XLOOKUP(B18,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.92520000000000002,null,null,"CNSW SAT - Distributed Resources",{"$f":"_xlfn.XLOOKUP(I18,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"CNSW SAT - Distributed Resources"},{"$f":"_xlfn.XLOOKUP(I18,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.96640000000000004,"Bayswater PS Unit 1",null,"N8 to SNSW Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O18,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N8 to SNSW Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O18,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.95150000000000001,"Royalla Solar Farm"]
[null,"CPP_3","QCAC",{"$f":"_xlfn.XLOOKUP(B19,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Callide C"},{"$f":"_xlfn.XLOOKUP(B19,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.92220000000000002,null,null,"SNW SAT - Distributed Resources",{"$f":"_xlfn.XLOOKUP(I19,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SNW SAT - Distributed Resources"},{"$f":"_xlfn.XLOOKUP(I19,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.98280000000000001,"Colongra PS Unit 1",null,"N9 to CNSW Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O19,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N9 to CNSW Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O19,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.9284,"Wellington Solar Farm"]
[null,"CPP_4","QCAC",{"$f":"_xlfn.XLOOKUP(B20,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Callide C"},{"$f":"_xlfn.XLOOKUP(B20,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.92220000000000002,null,null,"SNSW SAT - Distributed Resources",{"$f":"_xlfn.XLOOKUP(I20,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SNSW SAT - Distributed Resources"},{"$f":"_xlfn.XLOOKUP(I20,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.83979999999999999,"Uranquinty PS Unit 11",null,"N9 to SNW Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O20,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N9 to SNW Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O20,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.9284,"Wellington Solar Farm"]
[null,"ER01","NEP3",{"$f":"_xlfn.XLOOKUP(B21,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B21,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.98460000000000003,null,null,"MEL SAT - Distributed Resources",{"$f":"_xlfn.XLOOKUP(I21,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"MEL SAT - Distributed Resources"},{"$f":"_xlfn.XLOOKUP(I21,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99409999999999998,"Newport PS",null,"N12 to SNW Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O21,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N12 to SNW Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O21,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},1]
[null,"ER02","NEP3",{"$f":"_xlfn.XLOOKUP(B22,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B22,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.98460000000000003,null,null,"SEV SAT - Distributed Resources",{"$f":"_xlfn.XLOOKUP(I22,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SEV SAT - Distributed Resources"},{"$f":"_xlfn.XLOOKUP(I22,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1,null,null,"Q1 to NQ Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O22,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q1 to NQ Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O22,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.9385,"Hughenden Solar Farm"]
[null,"ER03","NEP3",{"$f":"_xlfn.XLOOKUP(B23,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B23,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.98460000000000003,null,null,"WNV SAT - Distributed Resources",{"$f":"_xlfn.XLOOKUP(I23,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"WNV SAT - Distributed Resources"},{"$f":"_xlfn.XLOOKUP(I23,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99409999999999998,"Newport PS",null,"Q4 to CQ Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O23,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q4 to CQ Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O23,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.91159999999999997,"Clare Solar Farm"]
[null,"ER04","NEP3",{"$f":"_xlfn.XLOOKUP(B24,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B24,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.98460000000000003,null,null,"CSA SAT - Distributed Resources",{"$f":"_xlfn.XLOOKUP(I24,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"CSA SAT - Distributed Resources"},{"$f":"_xlfn.XLOOKUP(I24,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99980000000000002,"Torrens Island PS B Unit 1",null,"Q4 to GG Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O24,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q4 to GG Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O24,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.91159999999999997,"Clare Solar Farm"]
[null,"GSTONE1","QGLH",{"$f":"_xlfn.XLOOKUP(B25,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B25,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.94610000000000005,null,null,"SESA SAT - Distributed Resources",{"$f":"_xlfn.XLOOKUP(I25,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SESA SAT - Distributed Resources"},{"$f":"_xlfn.XLOOKUP(I25,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.97119999999999995,"Ladbroke Grove",null,"Q6 to CQ Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O25,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q6 to CQ Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O25,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.94030000000000002,"Gladstone PS (275 kV) Unit 1"]
[null,"GSTONE2","QGLH",{"$f":"_xlfn.XLOOKUP(B26,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B26,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.94610000000000005,null,null,"NSA SAT - Distributed Resources",{"$f":"_xlfn.XLOOKUP(I26,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"NSA SAT - Distributed Resources"},{"$f":"_xlfn.XLOOKUP(I26,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99980000000000002,"Torrens Island PS B Unit 1",null,"Q6 to GG Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O26,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q6 to GG Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O26,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.94030000000000002,"Gladstone PS (275 kV) Unit 1"]
[null,"GSTONE3","QGLH",{"$f":"_xlfn.XLOOKUP(B27,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B27,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.94610000000000005,null,null,"TAS SAT - Distributed Resources",{"$f":"_xlfn.XLOOKUP(I27,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"TAS SAT - Distributed Resources"},{"$f":"_xlfn.XLOOKUP(I27,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1,"Tamar Valley CCGT",null,"Q7 to GG Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O27,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q7 to GG Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O27,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.95650000000000002,"Bungala One Solar Farm"]
[null,"GSTONE4","QGLH",{"$f":"_xlfn.XLOOKUP(B28,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B28,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.94610000000000005,null,null,"NQ Battery - Distributed Resources",{"$f":"_xlfn.XLOOKUP(I28,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"NQ Battery - Distributed Resources"},{"$f":"_xlfn.XLOOKUP(I28,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.94710000000000005,"Mt Stuart PS Unit 1",null,"Q7 to SQ Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O28,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q7 to SQ Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O28,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.95650000000000002,"Bungala One Solar Farm"]
[null,"GSTONE5","QGLH",{"$f":"_xlfn.XLOOKUP(B29,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B29,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.94610000000000005,null,null,"CQ Battery - Distributed Resources",{"$f":"_xlfn.XLOOKUP(I29,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"CQ Battery - Distributed Resources"},{"$f":"_xlfn.XLOOKUP(I29,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.91600000000000004,"Callide C PS Unit 3",null,"Q8 to GG Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O29,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q8 to GG Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O29,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.97550000000000003,"Darling Downs Solar Farm"]
[null,"GSTONE6","QGLH",{"$f":"_xlfn.XLOOKUP(B30,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B30,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.94610000000000005,null,null,"GG Battery - Distributed Resources",{"$f":"_xlfn.XLOOKUP(I30,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"GG Battery - Distributed Resources"},{"$f":"_xlfn.XLOOKUP(I30,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.94030000000000002,"Gladstone PS (275 kV) Unit 1",null,"Q8 to SQ Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O30,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q8 to SQ Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O30,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.97550000000000003,"Darling Downs Solar Farm"]
[null,"KPP_1","QWDN",{"$f":"_xlfn.XLOOKUP(B31,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Kogan Creek"},{"$f":"_xlfn.XLOOKUP(B31,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.97370000000000001,null,null,"SQ Battery - Distributed Resources",{"$f":"_xlfn.XLOOKUP(I31,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SQ Battery - Distributed Resources"},{"$f":"_xlfn.XLOOKUP(I31,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99980000000000002,"Swanbank E GT",null,"Q10 to NQ Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O31,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q10 to NQ Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O31,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.93049999999999999,"Hamilton Solar Farm"]
[null,"MPP_1","QMLN",{"$f":"_xlfn.XLOOKUP(B32,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Millmerran"},{"$f":"_xlfn.XLOOKUP(B32,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.98,null,null,"NNSW Battery - Distributed Resources",{"$f":"_xlfn.XLOOKUP(I32,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"NNSW Battery - Distributed Resources"},{"$f":"_xlfn.XLOOKUP(I32,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.96640000000000004,"Bayswater PS Unit 1",null,"S1 to SESA Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O32,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"S1 to SESA Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O32,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},1.0089999999999999,"Tailem Bend Solar Farm"]
[null,"MPP_2","QMLN",{"$f":"_xlfn.XLOOKUP(B33,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Millmerran"},{"$f":"_xlfn.XLOOKUP(B33,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.98,null,null,"CNSW Battery - Distributed Resources",{"$f":"_xlfn.XLOOKUP(I33,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"CNSW Battery - Distributed Resources"},{"$f":"_xlfn.XLOOKUP(I33,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.96640000000000004,"Bayswater PS Unit 1",null,"S2 to CSA Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O33,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"S2 to CSA Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O33,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.95650000000000002,"Bungala One Solar Farm"]
[null,"MP1","NMTP",{"$f":"_xlfn.XLOOKUP(B34,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Mt Piper"},{"$f":"_xlfn.XLOOKUP(B34,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.97270000000000001,null,null,"SNW Battery - Distributed Resources",{"$f":"_xlfn.XLOOKUP(I34,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SNW Battery - Distributed Resources"},{"$f":"_xlfn.XLOOKUP(I34,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.98280000000000001,"Colongra PS Unit 1",null,"S3 to CSA Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O34,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"S3 to CSA Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O34,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.95650000000000002,"Bungala One Solar Farm"]
[null,"MP2","NMTP",{"$f":"_xlfn.XLOOKUP(B35,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Mt Piper"},{"$f":"_xlfn.XLOOKUP(B35,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.97270000000000001,null,null,"SNSW Battery - Distributed Resources",{"$f":"_xlfn.XLOOKUP(I35,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SNSW Battery - Distributed Resources"},{"$f":"_xlfn.XLOOKUP(I35,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.83979999999999999,"Uranquinty PS Unit 11",null,"S5 to NSA Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O35,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"S5 to NSA Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O35,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.95650000000000002,"Bungala One Solar Farm"]
[null,"STAN-1","QSTN",{"$f":"_xlfn.XLOOKUP(B36,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B36,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.92730000000000001,null,null,"MEL Battery - Distributed Resources",{"$f":"_xlfn.XLOOKUP(I36,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"MEL Battery - Distributed Resources"},{"$f":"_xlfn.XLOOKUP(I36,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99409999999999998,"Newport PS",null,"S7 to NSA Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O36,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"S7 to NSA Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O36,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.95650000000000002,"Bungala One Solar Farm"]
[null,"STAN-2","QSTN",{"$f":"_xlfn.XLOOKUP(B37,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B37,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.92730000000000001,null,null,"SEV Battery - Distributed Resources",{"$f":"_xlfn.XLOOKUP(I37,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SEV Battery - Distributed Resources"},{"$f":"_xlfn.XLOOKUP(I37,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1,null,null,"T1 to TAS Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O37,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"T1 to TAS Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O37,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.91990000000000005,"Musselroe"]
[null,"STAN-3","QSTN",{"$f":"_xlfn.XLOOKUP(B38,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B38,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.92730000000000001,null,null,"WNV Battery - Distributed Resources",{"$f":"_xlfn.XLOOKUP(I38,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"WNV Battery - Distributed Resources"},{"$f":"_xlfn.XLOOKUP(I38,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99409999999999998,"Newport PS",null,"T3 to TAS Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O38,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"T3 to TAS Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O38,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.92930000000000001,"Lake Echo"]
[null,"STAN-4","QSTN",{"$f":"_xlfn.XLOOKUP(B39,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B39,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.92730000000000001,null,null,"CSA Battery - Distributed Resources",{"$f":"_xlfn.XLOOKUP(I39,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"CSA Battery - Distributed Resources"},{"$f":"_xlfn.XLOOKUP(I39,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99980000000000002,"Torrens Island PS B Unit 1",null,"N1 to SNW Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O39,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N1 to SNW Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O39,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.80859999999999999,"Moree Solar Farm"]
[null,"TARONG#1","QTRN",{"$f":"_xlfn.XLOOKUP(B40,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B40,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.97299999999999998,null,null,"SESA Battery - Distributed Resources",{"$f":"_xlfn.XLOOKUP(I40,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SESA Battery - Distributed Resources"},{"$f":"_xlfn.XLOOKUP(I40,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.97119999999999995,"Ladbroke Grove",null,"N2 to SNW Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O40,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N2 to SNW Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O40,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.84530000000000005,"White Rock Solar Farm "]
[null,"TARONG#2","QTRN",{"$f":"_xlfn.XLOOKUP(B41,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B41,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.97299999999999998,null,null,"NSA Battery - Distributed Resources",{"$f":"_xlfn.XLOOKUP(I41,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"NSA Battery - Distributed Resources"},{"$f":"_xlfn.XLOOKUP(I41,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99980000000000002,"Torrens Island PS B Unit 1",null,"N3 to SNW Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O41,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N3 to SNW Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O41,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.98350000000000004,"Burrendong Hydro PS"]
[null,"TARONG#3","QTRN",{"$f":"_xlfn.XLOOKUP(B42,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B42,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.97299999999999998,null,null,"TAS Battery - Distributed Resources",{"$f":"_xlfn.XLOOKUP(I42,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"TAS Battery - Distributed Resources"},{"$f":"_xlfn.XLOOKUP(I42,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1,"Tamar Valley CCGT",null,"N6 to SNW Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O42,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N6 to SNW Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O42,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.87190000000000001,"Bomen Solar Farm"]
[null,"TARONG#4","QTRN",{"$f":"_xlfn.XLOOKUP(B43,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B43,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.97299999999999998,null,null,"NQ OCGT Small",{"$f":"_xlfn.XLOOKUP(I43,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"NQ OCGT Small"},{"$f":"_xlfn.XLOOKUP(I43,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.94710000000000005,"Mt Stuart PS Unit 1",null,"N8 to SNW Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O43,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N8 to SNW Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O43,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.95150000000000001,"Royalla Solar Farm"]
[null,"TNPS1","QTNT",{"$f":"_xlfn.XLOOKUP(B44,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Tarong North"},{"$f":"_xlfn.XLOOKUP(B44,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.97360000000000002,null,null,"CQ OCGT Small",{"$f":"_xlfn.XLOOKUP(I44,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"CQ OCGT Small"},{"$f":"_xlfn.XLOOKUP(I44,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.91600000000000004,"Callide C PS Unit 3",null,"N9 to SNW Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O44,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N9 to SNW Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O44,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.9284,"Wellington Solar Farm"]
[null,"VP5","NVPP",{"$f":"_xlfn.XLOOKUP(B45,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Vales Point B"},{"$f":"_xlfn.XLOOKUP(B45,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.98680000000000001,null,null,"GG OCGT Small",{"$f":"_xlfn.XLOOKUP(I45,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"GG OCGT Small"},{"$f":"_xlfn.XLOOKUP(I45,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.94030000000000002,"Gladstone PS (275 kV) Unit 1",null,"N12 to SNW Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O45,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N12 to SNW Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O45,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},1]
[null,"VP6","NVPP",{"$f":"_xlfn.XLOOKUP(B46,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Vales Point B"},{"$f":"_xlfn.XLOOKUP(B46,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.98680000000000001,null,null,"SQ OCGT Small",{"$f":"_xlfn.XLOOKUP(I46,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SQ OCGT Small"},{"$f":"_xlfn.XLOOKUP(I46,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99980000000000002,"Swanbank E GT",null,"Q1 to GG Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O46,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q1 to GG Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O46,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.9385,"Hughenden Solar Farm"]
[null,"LYA1","VLYP",{"$f":"_xlfn.XLOOKUP(B47,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B47,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.98150000000000004,null,null,"NNSW OCGT Small",{"$f":"_xlfn.XLOOKUP(I47,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"NNSW OCGT Small"},{"$f":"_xlfn.XLOOKUP(I47,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.96640000000000004,"Bayswater PS Unit 1",null,"Q4 to GG Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O47,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q4 to GG Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O47,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.91159999999999997,"Clare Solar Farm"]
[null,"LYA2","VLYP",{"$f":"_xlfn.XLOOKUP(B48,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B48,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.98150000000000004,null,null,"CNSW OCGT Small",{"$f":"_xlfn.XLOOKUP(I48,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"CNSW OCGT Small"},{"$f":"_xlfn.XLOOKUP(I48,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.96640000000000004,"Bayswater PS Unit 1",null,"Q6 to GG Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O48,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q6 to GG Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O48,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.94030000000000002,"Gladstone PS (275 kV) Unit 1"]
[null,"LYA3","VLYP",{"$f":"_xlfn.XLOOKUP(B49,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B49,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.98150000000000004,null,null,"SNW OCGT Small",{"$f":"_xlfn.XLOOKUP(I49,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SNW OCGT Small"},{"$f":"_xlfn.XLOOKUP(I49,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.98280000000000001,"Colongra PS Unit 1",null,"Q7 to GG Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O49,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q7 to GG Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O49,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.95650000000000002,"Bungala One Solar Farm"]
[null,"LYA4","VLYP",{"$f":"_xlfn.XLOOKUP(B50,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B50,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.98150000000000004,null,null,"WOO OCGT Small",{"$f":"_xlfn.XLOOKUP(I50,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"WOO OCGT Small"},{"$f":"_xlfn.XLOOKUP(I50,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1,null,null,"Q8 to GG Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O50,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q8 to GG Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O50,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.97550000000000003,"Darling Downs Solar Farm"]
[null,"LOYYB1","VLYP",{"$f":"_xlfn.XLOOKUP(B51,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Loy Yang B"},{"$f":"_xlfn.XLOOKUP(B51,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.98150000000000004,null,null,"SNSW OCGT Small",{"$f":"_xlfn.XLOOKUP(I51,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SNSW OCGT Small"},{"$f":"_xlfn.XLOOKUP(I51,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.83979999999999999,"Uranquinty PS Unit 11",null,"Q10 to GG Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O51,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q10 to GG Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O51,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.93049999999999999,"Hamilton Solar Farm"]
[null,"LOYYB2","VLYP",{"$f":"_xlfn.XLOOKUP(B52,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Loy Yang B"},{"$f":"_xlfn.XLOOKUP(B52,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.98150000000000004,null,null,"MEL OCGT Small",{"$f":"_xlfn.XLOOKUP(I52,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"MEL OCGT Small"},{"$f":"_xlfn.XLOOKUP(I52,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99409999999999998,"Newport PS",null,"S1 to NSA Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O52,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"S1 to NSA Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O52,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},1.0089999999999999,"Tailem Bend Solar Farm"]
[null,"YWPS1","VYP3",{"$f":"_xlfn.XLOOKUP(B53,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B53,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.96740000000000004,null,null,"SEV OCGT Small",{"$f":"_xlfn.XLOOKUP(I53,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SEV OCGT Small"},{"$f":"_xlfn.XLOOKUP(I53,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1,null,null,"S2 to NSA Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O53,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"S2 to NSA Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O53,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.95650000000000002,"Bungala One Solar Farm"]
[null,"YWPS2","VYP3",{"$f":"_xlfn.XLOOKUP(B54,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B54,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.96740000000000004,null,null,"WNV OCGT Small",{"$f":"_xlfn.XLOOKUP(I54,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"WNV OCGT Small"},{"$f":"_xlfn.XLOOKUP(I54,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99409999999999998,"Newport PS",null,"S3 to NSA Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O54,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"S3 to NSA Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O54,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.95650000000000002,"Bungala One Solar Farm"]
[null,"YWPS3","VYP3",{"$f":"_xlfn.XLOOKUP(B55,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B55,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.96740000000000004,null,null,"CSA OCGT Small",{"$f":"_xlfn.XLOOKUP(I55,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"CSA OCGT Small"},{"$f":"_xlfn.XLOOKUP(I55,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99980000000000002,"Torrens Island PS B Unit 1",null,"S5 to NSA Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O55,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"S5 to NSA Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O55,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.95650000000000002,"Bungala One Solar Farm"]
[null,"YWPS4","VYP3",{"$f":"_xlfn.XLOOKUP(B56,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B56,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.96740000000000004,null,null,"SESA OCGT Small",{"$f":"_xlfn.XLOOKUP(I56,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SESA OCGT Small"},{"$f":"_xlfn.XLOOKUP(I56,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.97119999999999995,"Ladbroke Grove",null,"S7 to NSA Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O56,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"S7 to NSA Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O56,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.95650000000000002,"Bungala One Solar Farm"]
[null,"ANGAS1","SANG",{"$f":"_xlfn.XLOOKUP(B57,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Angaston"},{"$f":"_xlfn.XLOOKUP(B57,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},1.0073000000000001,null,null,"NSA OCGT Small",{"$f":"_xlfn.XLOOKUP(I57,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"NSA OCGT Small"},{"$f":"_xlfn.XLOOKUP(I57,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99980000000000002,"Torrens Island PS B Unit 1",null,"N1 to NNSW Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O57,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N1 to NNSW Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O57,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.80859999999999999,"Moree Solar Farm"]
[null,"ANGAS2","SANG",{"$f":"_xlfn.XLOOKUP(B58,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Angaston"},{"$f":"_xlfn.XLOOKUP(B58,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},1.0073000000000001,null,null,"TAS OCGT Small",{"$f":"_xlfn.XLOOKUP(I58,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"TAS OCGT Small"},{"$f":"_xlfn.XLOOKUP(I58,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1,"Tamar Valley CCGT",null,"N2 to NNSW Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O58,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N2 to NNSW Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O58,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.84530000000000005,"White Rock Solar Farm "]
[null,"BDL01","VBDL",{"$f":"_xlfn.XLOOKUP(B59,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Bairnsdale"},{"$f":"_xlfn.XLOOKUP(B59,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.98160000000000003,null,null,"NQ OCGT Large",{"$f":"_xlfn.XLOOKUP(I59,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"NQ OCGT Large"},{"$f":"_xlfn.XLOOKUP(I59,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.94710000000000005,"Mt Stuart PS Unit 1",null,"N3 to CNSW Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O59,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N3 to CNSW Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O59,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.98350000000000004,"Burrendong Hydro PS"]
[null,"BDL02","VBDL",{"$f":"_xlfn.XLOOKUP(B60,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Bairnsdale"},{"$f":"_xlfn.XLOOKUP(B60,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.98160000000000003,null,null,"CQ OCGT Large",{"$f":"_xlfn.XLOOKUP(I60,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"CQ OCGT Large"},{"$f":"_xlfn.XLOOKUP(I60,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.91600000000000004,"Callide C PS Unit 3",null,"N3 to SNW Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O60,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N3 to SNW Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O60,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.98350000000000004,"Burrendong Hydro PS"]
[null,"BARCALDN","QBCG",{"$f":"_xlfn.XLOOKUP(B61,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Barcaldine Power Station"},{"$f":"_xlfn.XLOOKUP(B61,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.93920000000000003,null,null,"GG OCGT Large",{"$f":"_xlfn.XLOOKUP(I61,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"GG OCGT Large"},{"$f":"_xlfn.XLOOKUP(I61,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.94030000000000002,"Gladstone PS (275 kV) Unit 1",null,"N6 to SNSW Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O61,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N6 to SNSW Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O61,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.87190000000000001,"Bomen Solar Farm"]
[null,"BIPS1_01","SBPS",{"$f":"_xlfn.XLOOKUP(B62,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B62,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.99960000000000004,null,null,"SQ OCGT Large",{"$f":"_xlfn.XLOOKUP(I62,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SQ OCGT Large"},{"$f":"_xlfn.XLOOKUP(I62,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99980000000000002,"Swanbank E GT",null,"N8 to SNSW Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O62,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N8 to SNSW Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O62,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.95150000000000001,"Royalla Solar Farm"]
[null,"BIPS1_02","SBPS",{"$f":"_xlfn.XLOOKUP(B63,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B63,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.99960000000000004,null,null,"NNSW OCGT Large",{"$f":"_xlfn.XLOOKUP(I63,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"NNSW OCGT Large"},{"$f":"_xlfn.XLOOKUP(I63,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.96640000000000004,"Bayswater PS Unit 1",null,"N9 to CNSW Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O63,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N9 to CNSW Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O63,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.9284,"Wellington Solar Farm"]
[null,"BIPS1_03","SBPS",{"$f":"_xlfn.XLOOKUP(B64,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B64,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.99960000000000004,null,null,"CNSW OCGT Large",{"$f":"_xlfn.XLOOKUP(I64,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"CNSW OCGT Large"},{"$f":"_xlfn.XLOOKUP(I64,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.96640000000000004,"Bayswater PS Unit 1",null,"N9 to SNW Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O64,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N9 to SNW Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O64,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.9284,"Wellington Solar Farm"]
[null,"BIPS1_04","SBPS",{"$f":"_xlfn.XLOOKUP(B65,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B65,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.99960000000000004,null,null,"SNW OCGT Large",{"$f":"_xlfn.XLOOKUP(I65,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SNW OCGT Large"},{"$f":"_xlfn.XLOOKUP(I65,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.98280000000000001,"Colongra PS Unit 1",null,"N12 to SNW Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O65,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N12 to SNW Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O65,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},1]
[null,"BIPS1_05","SBPS",{"$f":"_xlfn.XLOOKUP(B66,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B66,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.99960000000000004,null,null,"WOO OCGT Large",{"$f":"_xlfn.XLOOKUP(I66,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"WOO OCGT Large"},{"$f":"_xlfn.XLOOKUP(I66,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1,null,null,"Q1 to NQ Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O66,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q1 to NQ Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O66,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.9385,"Hughenden Solar Farm"]
[null,"BIPS1_06","SBPS",{"$f":"_xlfn.XLOOKUP(B67,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B67,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.99960000000000004,null,null,"SNSW OCGT Large",{"$f":"_xlfn.XLOOKUP(I67,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SNSW OCGT Large"},{"$f":"_xlfn.XLOOKUP(I67,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.83979999999999999,"Uranquinty PS Unit 11",null,"Q4 to CQ Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O67,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q4 to CQ Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O67,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.91159999999999997,"Clare Solar Farm"]
[null,"BIPS1_07","SBPS",{"$f":"_xlfn.XLOOKUP(B68,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B68,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.99960000000000004,null,null,"MEL OCGT Large",{"$f":"_xlfn.XLOOKUP(I68,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"MEL OCGT Large"},{"$f":"_xlfn.XLOOKUP(I68,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99409999999999998,"Newport PS",null,"Q4 to GG Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O68,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q4 to GG Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O68,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.91159999999999997,"Clare Solar Farm"]
[null,"BIPS1_08","SBPS",{"$f":"_xlfn.XLOOKUP(B69,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B69,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.99960000000000004,null,null,"SEV OCGT Large",{"$f":"_xlfn.XLOOKUP(I69,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SEV OCGT Large"},{"$f":"_xlfn.XLOOKUP(I69,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1,null,null,"Q6 to CQ Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O69,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q6 to CQ Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O69,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.94030000000000002,"Gladstone PS (275 kV) Unit 1"]
[null,"BIPS1_09","SBPS",{"$f":"_xlfn.XLOOKUP(B70,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B70,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.99960000000000004,null,null,"WNV OCGT Large",{"$f":"_xlfn.XLOOKUP(I70,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"WNV OCGT Large"},{"$f":"_xlfn.XLOOKUP(I70,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99409999999999998,"Newport PS",null,"Q6 to GG Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O70,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q6 to GG Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O70,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.94030000000000002,"Gladstone PS (275 kV) Unit 1"]
[null,"BIPS1_10","SBPS",{"$f":"_xlfn.XLOOKUP(B71,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B71,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.99960000000000004,null,null,"CSA OCGT Large",{"$f":"_xlfn.XLOOKUP(I71,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"CSA OCGT Large"},{"$f":"_xlfn.XLOOKUP(I71,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99980000000000002,"Torrens Island PS B Unit 1",null,"Q7 to GG Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O71,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q7 to GG Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O71,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.95650000000000002,"Bungala One Solar Farm"]
[null,"BIPS1_11","SBPS",{"$f":"_xlfn.XLOOKUP(B72,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B72,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.99960000000000004,null,null,"SESA OCGT Large",{"$f":"_xlfn.XLOOKUP(I72,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SESA OCGT Large"},{"$f":"_xlfn.XLOOKUP(I72,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.97119999999999995,"Ladbroke Grove",null,"Q7 to SQ Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O72,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q7 to SQ Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O72,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.95650000000000002,"Bungala One Solar Farm"]
[null,"BIPS1_12","SBPS",{"$f":"_xlfn.XLOOKUP(B73,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Barker Inlet Power Station"},{"$f":"_xlfn.XLOOKUP(B73,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.99960000000000004,null,null,"NSA OCGT Large",{"$f":"_xlfn.XLOOKUP(I73,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"NSA OCGT Large"},{"$f":"_xlfn.XLOOKUP(I73,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99980000000000002,"Torrens Island PS B Unit 1",null,"Q8 to GG Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O73,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q8 to GG Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O73,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.97550000000000003,"Darling Downs Solar Farm"]
[null,"BBTHREE1","TBB1",{"$f":"_xlfn.XLOOKUP(B74,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Bell Bay Three"},{"$f":"_xlfn.XLOOKUP(B74,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.99860000000000004,null,null,"TAS OCGT Large",{"$f":"_xlfn.XLOOKUP(I74,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"TAS OCGT Large"},{"$f":"_xlfn.XLOOKUP(I74,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1,"Tamar Valley CCGT",null,"Q8 to SQ Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O74,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q8 to SQ Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O74,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.97550000000000003,"Darling Downs Solar Farm"]
[null,"BBTHREE2","TBB1",{"$f":"_xlfn.XLOOKUP(B75,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Bell Bay Three"},{"$f":"_xlfn.XLOOKUP(B75,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.99860000000000004,null,null,"NQ CCGT",{"$f":"_xlfn.XLOOKUP(I75,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"NQ CCGT"},{"$f":"_xlfn.XLOOKUP(I75,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.94710000000000005,"Mt Stuart PS Unit 1",null,"Q10 to NQ Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O75,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q10 to NQ Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O75,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.93049999999999999,"Hamilton Solar Farm"]
[null,"BBTHREE3","TBB1",{"$f":"_xlfn.XLOOKUP(B76,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Bell Bay Three"},{"$f":"_xlfn.XLOOKUP(B76,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.99860000000000004,null,null,"CQ CCGT",{"$f":"_xlfn.XLOOKUP(I76,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"CQ CCGT"},{"$f":"_xlfn.XLOOKUP(I76,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.91600000000000004,"Callide C PS Unit 3",null,"S1 to SESA Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O76,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"S1 to SESA Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O76,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},1.0089999999999999,"Tailem Bend Solar Farm"]
[null,"BOLIVPS1_1","SPGG",{"$f":"_xlfn.XLOOKUP(B77,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Bolivar Power Station"},{"$f":"_xlfn.XLOOKUP(B77,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},1,null,null,"GG CCGT",{"$f":"_xlfn.XLOOKUP(I77,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"GG CCGT"},{"$f":"_xlfn.XLOOKUP(I77,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.94030000000000002,"Gladstone PS (275 kV) Unit 1",null,"S2 to CSA Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O77,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"S2 to CSA Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O77,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.95650000000000002,"Bungala One Solar Farm"]
[null,"BOLIVPS1_2","SPGG",{"$f":"_xlfn.XLOOKUP(B78,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Bolivar Power Station"},{"$f":"_xlfn.XLOOKUP(B78,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},1,null,null,"SQ CCGT",{"$f":"_xlfn.XLOOKUP(I78,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SQ CCGT"},{"$f":"_xlfn.XLOOKUP(I78,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99980000000000002,"Swanbank E GT",null,"S3 to CSA Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O78,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"S3 to CSA Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O78,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.95650000000000002,"Bungala One Solar Farm"]
[null,"BOLIVPS1_3","SPGG",{"$f":"_xlfn.XLOOKUP(B79,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Bolivar Power Station"},{"$f":"_xlfn.XLOOKUP(B79,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},1,null,null,"NNSW CCGT",{"$f":"_xlfn.XLOOKUP(I79,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"NNSW CCGT"},{"$f":"_xlfn.XLOOKUP(I79,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.96640000000000004,"Bayswater PS Unit 1",null,"S5 to NSA Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O79,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"S5 to NSA Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O79,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.95650000000000002,"Bungala One Solar Farm"]
[null,"BOLIVPS1_4","SPGG",{"$f":"_xlfn.XLOOKUP(B80,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Bolivar Power Station"},{"$f":"_xlfn.XLOOKUP(B80,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},1,null,null,"CNSW CCGT",{"$f":"_xlfn.XLOOKUP(I80,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"CNSW CCGT"},{"$f":"_xlfn.XLOOKUP(I80,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.96640000000000004,"Bayswater PS Unit 1",null,"S7 to NSA Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O80,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"S7 to NSA Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O80,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.95650000000000002,"Bungala One Solar Farm"]
[null,"BRAEMAR1","QBRA",{"$f":"_xlfn.XLOOKUP(B81,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Braemar"},{"$f":"_xlfn.XLOOKUP(B81,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.9667,null,null,"SNW CCGT",{"$f":"_xlfn.XLOOKUP(I81,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SNW CCGT"},{"$f":"_xlfn.XLOOKUP(I81,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.98280000000000001,"Colongra PS Unit 1",null,"T1 to TAS Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O81,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"T1 to TAS Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O81,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.91990000000000005,"Musselroe"]
[null,"BRAEMAR2","QBRA",{"$f":"_xlfn.XLOOKUP(B82,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Braemar"},{"$f":"_xlfn.XLOOKUP(B82,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.9667,null,null,"WOO CCGT",{"$f":"_xlfn.XLOOKUP(I82,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"WOO CCGT"},{"$f":"_xlfn.XLOOKUP(I82,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1,null,null,"T3 to TAS Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O82,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"T3 to TAS Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O82,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.92930000000000001,"Lake Echo"]
[null,"BRAEMAR3","QBRA",{"$f":"_xlfn.XLOOKUP(B83,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Braemar"},{"$f":"_xlfn.XLOOKUP(B83,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.9667,null,null,"SNSW CCGT",{"$f":"_xlfn.XLOOKUP(I83,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SNSW CCGT"},{"$f":"_xlfn.XLOOKUP(I83,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.83979999999999999,"Uranquinty PS Unit 11",null,"N1 to NNSW Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O83,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N1 to NNSW Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O83,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.80859999999999999,"Moree Solar Farm"]
[null,"BRAEMAR5","QBRA",{"$f":"_xlfn.XLOOKUP(B84,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Braemar 2 Power Station"},{"$f":"_xlfn.XLOOKUP(B84,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.9667,null,null,"MEL CCGT",{"$f":"_xlfn.XLOOKUP(I84,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"MEL CCGT"},{"$f":"_xlfn.XLOOKUP(I84,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99409999999999998,"Newport PS",null,"N2 to NNSW Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O84,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N2 to NNSW Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O84,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.84530000000000005,"White Rock Solar Farm "]
[null,"BRAEMAR6","QBRA",{"$f":"_xlfn.XLOOKUP(B85,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Braemar 2 Power Station"},{"$f":"_xlfn.XLOOKUP(B85,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.9667,null,null,"SEV CCGT",{"$f":"_xlfn.XLOOKUP(I85,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SEV CCGT"},{"$f":"_xlfn.XLOOKUP(I85,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1,null,null,"N3 to CNSW Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O85,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N3 to CNSW Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O85,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.98350000000000004,"Burrendong Hydro PS"]
[null,"BRAEMAR7","QBRA",{"$f":"_xlfn.XLOOKUP(B86,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Braemar 2 Power Station"},{"$f":"_xlfn.XLOOKUP(B86,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.9667,null,null,"WNV CCGT",{"$f":"_xlfn.XLOOKUP(I86,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"WNV CCGT"},{"$f":"_xlfn.XLOOKUP(I86,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99409999999999998,"Newport PS",null,"N3 to SNW Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O86,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N3 to SNW Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O86,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.98350000000000004,"Burrendong Hydro PS"]
[null,"CG1","NCLG",{"$f":"_xlfn.XLOOKUP(B87,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Colongra"},{"$f":"_xlfn.XLOOKUP(B87,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.9849,null,null,"CSA CCGT",{"$f":"_xlfn.XLOOKUP(I87,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"CSA CCGT"},{"$f":"_xlfn.XLOOKUP(I87,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99980000000000002,"Torrens Island PS B Unit 1",null,"N6 to SNSW Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O87,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N6 to SNSW Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O87,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.87190000000000001,"Bomen Solar Farm"]
[null,"CG2","NCLG",{"$f":"_xlfn.XLOOKUP(B88,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Colongra"},{"$f":"_xlfn.XLOOKUP(B88,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.9849,null,null,"SESA CCGT",{"$f":"_xlfn.XLOOKUP(I88,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SESA CCGT"},{"$f":"_xlfn.XLOOKUP(I88,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.97119999999999995,"Ladbroke Grove",null,"N8 to SNSW Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O88,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N8 to SNSW Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O88,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.95150000000000001,"Royalla Solar Farm"]
[null,"CG3","NCLG",{"$f":"_xlfn.XLOOKUP(B89,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Colongra"},{"$f":"_xlfn.XLOOKUP(B89,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.9849,null,null,"NSA CCGT",{"$f":"_xlfn.XLOOKUP(I89,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"NSA CCGT"},{"$f":"_xlfn.XLOOKUP(I89,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99980000000000002,"Torrens Island PS B Unit 1",null,"N9 to CNSW Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O89,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N9 to CNSW Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O89,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.9284,"Wellington Solar Farm"]
[null,"CG4","NCLG",{"$f":"_xlfn.XLOOKUP(B90,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Colongra"},{"$f":"_xlfn.XLOOKUP(B90,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.9849,null,null,"TAS CCGT",{"$f":"_xlfn.XLOOKUP(I90,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"TAS CCGT"},{"$f":"_xlfn.XLOOKUP(I90,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1,"Tamar Valley CCGT",null,"N9 to SNW Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O90,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N9 to SNW Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O90,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.9284,"Wellington Solar Farm"]
[null,"CPSA_GT1","QCND",{"$f":"_xlfn.XLOOKUP(B91,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Condamine A"},{"$f":"_xlfn.XLOOKUP(B91,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.97240000000000004,null,null,"NQ CCGT with CCS",{"$f":"_xlfn.XLOOKUP(I91,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"NQ CCGT with CCS"},{"$f":"_xlfn.XLOOKUP(I91,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.94710000000000005,"Mt Stuart PS Unit 1",null,"N12 to SNW Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O91,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N12 to SNW Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O91,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},1]
[null,"CPSA_GT2","QCND",{"$f":"_xlfn.XLOOKUP(B92,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Condamine A"},{"$f":"_xlfn.XLOOKUP(B92,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.97240000000000004,null,null,"CQ CCGT with CCS",{"$f":"_xlfn.XLOOKUP(I92,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"CQ CCGT with CCS"},{"$f":"_xlfn.XLOOKUP(I92,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.91600000000000004,"Callide C PS Unit 3",null,"Q1 to NQ Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O92,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q1 to NQ Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O92,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.9385,"Hughenden Solar Farm"]
[null,"CPSA_ST","QCND",{"$f":"_xlfn.XLOOKUP(B93,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Condamine A"},{"$f":"_xlfn.XLOOKUP(B93,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.97240000000000004,null,null,"GG CCGT with CCS",{"$f":"_xlfn.XLOOKUP(I93,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"GG CCGT with CCS"},{"$f":"_xlfn.XLOOKUP(I93,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.94030000000000002,"Gladstone PS (275 kV) Unit 1",null,"Q4 to CQ Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O93,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q4 to CQ Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O93,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.91159999999999997,"Clare Solar Farm"]
[null,"DDPS1_GT1","QBRA",{"$f":"_xlfn.XLOOKUP(B94,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Darling Downs"},{"$f":"_xlfn.XLOOKUP(B94,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.9667,null,null,"SQ CCGT with CCS",{"$f":"_xlfn.XLOOKUP(I94,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SQ CCGT with CCS"},{"$f":"_xlfn.XLOOKUP(I94,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99980000000000002,"Swanbank E GT",null,"Q4 to GG Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O94,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q4 to GG Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O94,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.91159999999999997,"Clare Solar Farm"]
[null,"DDPS1_GT2","QBRA",{"$f":"_xlfn.XLOOKUP(B95,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Darling Downs"},{"$f":"_xlfn.XLOOKUP(B95,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.9667,null,null,"NNSW CCGT with CCS",{"$f":"_xlfn.XLOOKUP(I95,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"NNSW CCGT with CCS"},{"$f":"_xlfn.XLOOKUP(I95,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.96640000000000004,"Bayswater PS Unit 1",null,"Q6 to CQ Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O95,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q6 to CQ Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O95,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.94030000000000002,"Gladstone PS (275 kV) Unit 1"]
[null,"DDPS1_GT3","QBRA",{"$f":"_xlfn.XLOOKUP(B96,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Darling Downs"},{"$f":"_xlfn.XLOOKUP(B96,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.9667,null,null,"CNSW CCGT with CCS",{"$f":"_xlfn.XLOOKUP(I96,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"CNSW CCGT with CCS"},{"$f":"_xlfn.XLOOKUP(I96,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.96640000000000004,"Bayswater PS Unit 1",null,"Q6 to GG Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O96,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q6 to GG Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O96,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.94030000000000002,"Gladstone PS (275 kV) Unit 1"]
[null,"DDPS1_ST","QBRA",{"$f":"_xlfn.XLOOKUP(B97,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Darling Downs"},{"$f":"_xlfn.XLOOKUP(B97,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.9667,null,null,"SNW CCGT with CCS",{"$f":"_xlfn.XLOOKUP(I97,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SNW CCGT with CCS"},{"$f":"_xlfn.XLOOKUP(I97,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.98280000000000001,"Colongra PS Unit 1",null,"Q7 to GG Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O97,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q7 to GG Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O97,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.95650000000000002,"Bungala One Solar Farm"]
[null,"DRYCGT1","SDPS",{"$f":"_xlfn.XLOOKUP(B98,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Dry Creek GT"},{"$f":"_xlfn.XLOOKUP(B98,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.99880000000000002,null,null,"WOO CCGT with CCS",{"$f":"_xlfn.XLOOKUP(I98,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"WOO CCGT with CCS"},{"$f":"_xlfn.XLOOKUP(I98,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1,null,null,"Q7 to SQ Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O98,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q7 to SQ Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O98,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.95650000000000002,"Bungala One Solar Farm"]
[null,"DRYCGT2","SDPS",{"$f":"_xlfn.XLOOKUP(B99,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Dry Creek GT"},{"$f":"_xlfn.XLOOKUP(B99,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.99880000000000002,null,null,"SNSW CCGT with CCS",{"$f":"_xlfn.XLOOKUP(I99,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SNSW CCGT with CCS"},{"$f":"_xlfn.XLOOKUP(I99,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.83979999999999999,"Uranquinty PS Unit 11",null,"Q8 to GG Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O99,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q8 to GG Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O99,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.97550000000000003,"Darling Downs Solar Farm"]
[null,"DRYCGT3","SDPS",{"$f":"_xlfn.XLOOKUP(B100,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Dry Creek GT"},{"$f":"_xlfn.XLOOKUP(B100,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.99880000000000002,null,null,"MEL CCGT with CCS",{"$f":"_xlfn.XLOOKUP(I100,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"MEL CCGT with CCS"},{"$f":"_xlfn.XLOOKUP(I100,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99409999999999998,"Newport PS",null,"Q8 to SQ Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O100,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q8 to SQ Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O100,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.97550000000000003,"Darling Downs Solar Farm"]
[null,"AGLHAL01","SHPS",{"$f":"_xlfn.XLOOKUP(B101,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B101,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.96630000000000005,null,null,"SEV CCGT with CCS",{"$f":"_xlfn.XLOOKUP(I101,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SEV CCGT with CCS"},{"$f":"_xlfn.XLOOKUP(I101,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1,null,null,"Q10 to NQ Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O101,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q10 to NQ Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O101,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.93049999999999999,"Hamilton Solar Farm"]
[null,"AGLHAL02","SHPS",{"$f":"_xlfn.XLOOKUP(B102,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B102,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.96630000000000005,null,null,"WNV CCGT with CCS",{"$f":"_xlfn.XLOOKUP(I102,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"WNV CCGT with CCS"},{"$f":"_xlfn.XLOOKUP(I102,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99409999999999998,"Newport PS",null,"S1 to SESA Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O102,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"S1 to SESA Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O102,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},1.0089999999999999,"Tailem Bend Solar Farm"]
[null,"AGLHAL03","SHPS",{"$f":"_xlfn.XLOOKUP(B103,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B103,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.96630000000000005,null,null,"CSA CCGT with CCS",{"$f":"_xlfn.XLOOKUP(I103,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"CSA CCGT with CCS"},{"$f":"_xlfn.XLOOKUP(I103,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99980000000000002,"Torrens Island PS B Unit 1",null,"S2 to CSA Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O103,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"S2 to CSA Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O103,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.95650000000000002,"Bungala One Solar Farm"]
[null,"AGLHAL04","SHPS",{"$f":"_xlfn.XLOOKUP(B104,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B104,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.96630000000000005,null,null,"SESA CCGT with CCS",{"$f":"_xlfn.XLOOKUP(I104,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SESA CCGT with CCS"},{"$f":"_xlfn.XLOOKUP(I104,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.97119999999999995,"Ladbroke Grove",null,"S3 to CSA Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O104,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"S3 to CSA Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O104,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.95650000000000002,"Bungala One Solar Farm"]
[null,"AGLHAL05","SHPS",{"$f":"_xlfn.XLOOKUP(B105,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B105,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.96630000000000005,null,null,"NSA CCGT with CCS",{"$f":"_xlfn.XLOOKUP(I105,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"NSA CCGT with CCS"},{"$f":"_xlfn.XLOOKUP(I105,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99980000000000002,"Torrens Island PS B Unit 1",null,"S5 to NSA Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O105,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"S5 to NSA Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O105,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.95650000000000002,"Bungala One Solar Farm"]
[null,"AGLHAL06","SHPS",{"$f":"_xlfn.XLOOKUP(B106,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B106,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.96630000000000005,null,null,"TAS CCGT with CCS",{"$f":"_xlfn.XLOOKUP(I106,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"TAS CCGT with CCS"},{"$f":"_xlfn.XLOOKUP(I106,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1,"Tamar Valley CCGT",null,"S7 to NSA Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O106,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"S7 to NSA Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O106,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.95650000000000002,"Bungala One Solar Farm"]
[null,"AGLHAL07","SHPS",{"$f":"_xlfn.XLOOKUP(B107,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B107,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.96630000000000005,null,null,"NQ Biomass",{"$f":"_xlfn.XLOOKUP(I107,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"NQ Biomass"},{"$f":"_xlfn.XLOOKUP(I107,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.94710000000000005,"Mt Stuart PS Unit 1",null,"T1 to TAS Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O107,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"T1 to TAS Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O107,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.91990000000000005,"Musselroe"]
[null,"AGLHAL08","SHPS",{"$f":"_xlfn.XLOOKUP(B108,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B108,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.96630000000000005,null,null,"CQ Biomass",{"$f":"_xlfn.XLOOKUP(I108,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"CQ Biomass"},{"$f":"_xlfn.XLOOKUP(I108,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.91600000000000004,"Callide C PS Unit 3",null,"T3 to TAS Flexible Electrolyser Piped for Domestic",{"$f":"VLOOKUP($O108,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"T3 to TAS Flexible Electrolyser Piped for Domestic"},{"$f":"VLOOKUP($O108,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.92930000000000001,"Lake Echo"]
[null,"AGLHAL09","SHPS",{"$f":"_xlfn.XLOOKUP(B109,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B109,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.96630000000000005,null,null,"GG Biomass",{"$f":"_xlfn.XLOOKUP(I109,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"GG Biomass"},{"$f":"_xlfn.XLOOKUP(I109,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.94030000000000002,"Gladstone PS (275 kV) Unit 1",null,"N1 to SNW Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O109,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N1 to SNW Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O109,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.80859999999999999,"Moree Solar Farm"]
[null,"AGLHAL10","SHPS",{"$f":"_xlfn.XLOOKUP(B110,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B110,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.96630000000000005,null,null,"SQ Biomass",{"$f":"_xlfn.XLOOKUP(I110,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SQ Biomass"},{"$f":"_xlfn.XLOOKUP(I110,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99980000000000002,"Swanbank E GT",null,"N2 to SNW Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O110,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N2 to SNW Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O110,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.84530000000000005,"White Rock Solar Farm "]
[null,"AGLHAL11","SHPS",{"$f":"_xlfn.XLOOKUP(B111,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B111,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.96630000000000005,null,null,"NNSW Biomass",{"$f":"_xlfn.XLOOKUP(I111,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"NNSW Biomass"},{"$f":"_xlfn.XLOOKUP(I111,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.96640000000000004,"Bayswater PS Unit 1",null,"N3 to SNW Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O111,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N3 to SNW Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O111,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.98350000000000004,"Burrendong Hydro PS"]
[null,"AGLHAL12","SHPS",{"$f":"_xlfn.XLOOKUP(B112,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B112,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.96630000000000005,null,null,"CNSW Biomass",{"$f":"_xlfn.XLOOKUP(I112,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"CNSW Biomass"},{"$f":"_xlfn.XLOOKUP(I112,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.96640000000000004,"Bayswater PS Unit 1",null,"N6 to SNW Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O112,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N6 to SNW Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O112,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.87190000000000001,"Bomen Solar Farm"]
[null,"AGLHALRE","SHPS",{"$f":"_xlfn.XLOOKUP(B113,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Hallett GT"},{"$f":"_xlfn.XLOOKUP(B113,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.96630000000000005,null,null,"SNW Biomass",{"$f":"_xlfn.XLOOKUP(I113,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SNW Biomass"},{"$f":"_xlfn.XLOOKUP(I113,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.98280000000000001,"Colongra PS Unit 1",null,"N8 to SNW Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O113,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N8 to SNW Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O113,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.95150000000000001,"Royalla Solar Farm"]
[null,"HEZ1","NNEE",{"$f":"_xlfn.XLOOKUP(B114,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Hunter Economic Zone"},{"$f":"_xlfn.XLOOKUP(B114,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.99309999999999998,null,null,"SNSW Biomass",{"$f":"_xlfn.XLOOKUP(I114,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SNSW Biomass"},{"$f":"_xlfn.XLOOKUP(I114,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.83979999999999999,"Uranquinty PS Unit 11",null,"N9 to SNW Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O114,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N9 to SNW Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O114,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.9284,"Wellington Solar Farm"]
[null,"JLA01","VJLG",{"$f":"_xlfn.XLOOKUP(B115,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Jeeralang A"},{"$f":"_xlfn.XLOOKUP(B115,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.9768,null,null,"MEL Biomass",{"$f":"_xlfn.XLOOKUP(I115,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"MEL Biomass"},{"$f":"_xlfn.XLOOKUP(I115,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99409999999999998,"Newport PS",null,"N12 to SNW Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O115,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"N12 to SNW Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O115,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},1]
[null,"JLA02","VJLG",{"$f":"_xlfn.XLOOKUP(B116,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Jeeralang A"},{"$f":"_xlfn.XLOOKUP(B116,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.9768,null,null,"SEV Biomass",{"$f":"_xlfn.XLOOKUP(I116,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SEV Biomass"},{"$f":"_xlfn.XLOOKUP(I116,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1,null,null,"Q1 to GG Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O116,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q1 to GG Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O116,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.9385,"Hughenden Solar Farm"]
[null,"JLA03","VJLG",{"$f":"_xlfn.XLOOKUP(B117,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Jeeralang A"},{"$f":"_xlfn.XLOOKUP(B117,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.9768,null,null,"WNV Biomass",{"$f":"_xlfn.XLOOKUP(I117,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"WNV Biomass"},{"$f":"_xlfn.XLOOKUP(I117,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99409999999999998,"Newport PS",null,"Q4 to GG Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O117,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q4 to GG Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O117,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.91159999999999997,"Clare Solar Farm"]
[null,"JLA04","VJLG",{"$f":"_xlfn.XLOOKUP(B118,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Jeeralang A"},{"$f":"_xlfn.XLOOKUP(B118,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.9768,null,null,"CSA Biomass",{"$f":"_xlfn.XLOOKUP(I118,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"CSA Biomass"},{"$f":"_xlfn.XLOOKUP(I118,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99980000000000002,"Torrens Island PS B Unit 1",null,"Q6 to GG Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O118,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q6 to GG Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O118,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.94030000000000002,"Gladstone PS (275 kV) Unit 1"]
[null,"JLB01","VJLG",{"$f":"_xlfn.XLOOKUP(B119,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Jeeralang B"},{"$f":"_xlfn.XLOOKUP(B119,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.9768,null,null,"SESA Biomass",{"$f":"_xlfn.XLOOKUP(I119,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SESA Biomass"},{"$f":"_xlfn.XLOOKUP(I119,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.97119999999999995,"Ladbroke Grove",null,"Q7 to GG Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O119,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q7 to GG Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O119,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.95650000000000002,"Bungala One Solar Farm"]
[null,"JLB02","VJLG",{"$f":"_xlfn.XLOOKUP(B120,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Jeeralang B"},{"$f":"_xlfn.XLOOKUP(B120,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.9768,null,null,"NSA Biomass",{"$f":"_xlfn.XLOOKUP(I120,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"NSA Biomass"},{"$f":"_xlfn.XLOOKUP(I120,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99980000000000002,"Torrens Island PS B Unit 1",null,"Q8 to GG Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O120,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q8 to GG Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O120,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.97550000000000003,"Darling Downs Solar Farm"]
[null,"JLB03","VJLG",{"$f":"_xlfn.XLOOKUP(B121,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Jeeralang B"},{"$f":"_xlfn.XLOOKUP(B121,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.9768,null,null,"TAS Biomass",{"$f":"_xlfn.XLOOKUP(I121,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"TAS Biomass"},{"$f":"_xlfn.XLOOKUP(I121,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1,"Tamar Valley CCGT",null,"Q10 to GG Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O121,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"Q10 to GG Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O121,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.93049999999999999,"Hamilton Solar Farm"]
[null,"LADBROK1","SPEW",{"$f":"_xlfn.XLOOKUP(B122,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Ladbroke Grove"},{"$f":"_xlfn.XLOOKUP(B122,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.95220000000000005,null,null,"Q1_SAT_Far North QLD",{"$f":"_xlfn.XLOOKUP(I122,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"Q1_SAT_Far North QLD"},{"$f":"_xlfn.XLOOKUP(I122,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.9385,"Hughenden Solar Farm",null,"S1 to NSA Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O122,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"S1 to NSA Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O122,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},1.0089999999999999,"Tailem Bend Solar Farm"]
[null,"LADBROK2","SPEW",{"$f":"_xlfn.XLOOKUP(B123,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Ladbroke Grove"},{"$f":"_xlfn.XLOOKUP(B123,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.95220000000000005,null,null,"Q2_SAT_North Qld Clean Energy Hub",{"$f":"_xlfn.XLOOKUP(I123,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"Q2_SAT_North Qld Clean Energy Hub"},{"$f":"_xlfn.XLOOKUP(I123,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.9385,"Hughenden Solar Farm",null,"S2 to NSA Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O123,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"S2 to NSA Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O123,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.95650000000000002,"Bungala One Solar Farm"]
[null,"LNGS1","VAT2",{"$f":"_xlfn.XLOOKUP(B124,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Laverton North"},{"$f":"_xlfn.XLOOKUP(B124,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.99819999999999998,null,null,"Q3_SAT_Northern Qld",{"$f":"_xlfn.XLOOKUP(I124,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"Q3_SAT_Northern Qld"},{"$f":"_xlfn.XLOOKUP(I124,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.9385,"Hughenden Solar Farm",null,"S3 to NSA Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O124,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"S3 to NSA Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O124,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.95650000000000002,"Bungala One Solar Farm"]
[null,"LNGS2","VAT2",{"$f":"_xlfn.XLOOKUP(B125,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Laverton North"},{"$f":"_xlfn.XLOOKUP(B125,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.99819999999999998,null,null,"Q4_SAT_Isaac",{"$f":"_xlfn.XLOOKUP(I125,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"Q4_SAT_Isaac"},{"$f":"_xlfn.XLOOKUP(I125,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.91159999999999997,"Clare Solar Farm",null,"S5 to NSA Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O125,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"S5 to NSA Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O125,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.95650000000000002,"Bungala One Solar Farm"]
[null,"MINTARO","SMPS",{"$f":"_xlfn.XLOOKUP(B127,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Mintaro GT"},{"$f":"_xlfn.XLOOKUP(B127,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.96509999999999996,null,null,"Q6_SAT_Fitzroy",{"$f":"_xlfn.XLOOKUP(I127,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"Q6_SAT_Fitzroy"},{"$f":"_xlfn.XLOOKUP(I127,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.94030000000000002,"Gladstone PS (275 kV) Unit 1",null,"T1 to TAS Flexible Electrolyser Piped for Green Commodities",{"$f":"VLOOKUP($O127,'Summary Mapping'!$C$1194:$O$1309,2,FALSE)","v":"T1 to TAS Flexible Electrolyser Piped for Green Commodities"},{"$f":"VLOOKUP($O127,'Summary Mapping'!$C$1194:$O$1309,8,FALSE)","v":"New Entrant"},0.91990000000000005,"Musselroe"]
[null,"MSTUART3","QMSP",{"$f":"_xlfn.XLOOKUP(B132,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Mt Stuart"},{"$f":"_xlfn.XLOOKUP(B132,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.91210000000000002,null,null,"Q9_SAT_Banana",{"$f":"_xlfn.XLOOKUP(I132,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"Q9_SAT_Banana"},{"$f":"_xlfn.XLOOKUP(I132,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.9385,"Hughenden Solar Farm"]
[null,"OsborneST","SOCP",{"$f":"_xlfn.XLOOKUP(B137,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Osborne"},{"$f":"_xlfn.XLOOKUP(B137,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.99950000000000006,null,null,"N4_SAT_Broken Hill",{"$f":"_xlfn.XLOOKUP(I137,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"N4_SAT_Broken Hill"},{"$f":"_xlfn.XLOOKUP(I137,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.77839999999999998,"Broken Hill Solar Farm"]
[null,"PPCCGTGT1","SPPT",{"$f":"_xlfn.XLOOKUP(B138,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Pelican Point"},{"$f":"_xlfn.XLOOKUP(B138,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.99829999999999997,null,null,"N5_SAT_South West NSW",{"$f":"_xlfn.XLOOKUP(I138,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"N5_SAT_South West NSW"},{"$f":"_xlfn.XLOOKUP(I138,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.8367,"Coleambally Solar Farm"]
[null,"POR01-3","SPTL",{"$f":"_xlfn.XLOOKUP(B143,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Port Lincoln GT"},{"$f":"_xlfn.XLOOKUP(B143,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.98950000000000005,null,null,"N12_SAT_Illawarra",{"$f":"_xlfn.XLOOKUP(I143,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"N12_SAT_Illawarra"},{"$f":"_xlfn.XLOOKUP(I143,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1]
[null,"QPS3","SQPS",{"$f":"_xlfn.XLOOKUP(B148,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Quarantine"},{"$f":"_xlfn.XLOOKUP(B148,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.99570000000000003,null,null,"S4_SAT_Yorke Peninsula",{"$f":"_xlfn.XLOOKUP(I148,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"S4_SAT_Yorke Peninsula"},{"$f":"_xlfn.XLOOKUP(I148,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.81789999999999996,"Wattle Point Wind Farm"]
[null,"SITHE01","NHD2",{"$f":"_xlfn.XLOOKUP(B153,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Smithfield Energy Facility"},{"$f":"_xlfn.XLOOKUP(B153,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},1.0017,null,null,"T1_SAT_North East TAS",{"$f":"_xlfn.XLOOKUP(I153,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"T1_SAT_North East TAS"},{"$f":"_xlfn.XLOOKUP(I153,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.91990000000000005,"Musselroe"]
[null,"SNAPPER1_2","SNPT",{"$f":"_xlfn.XLOOKUP(B155,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Snapper Point Power Station"},{"$f":"_xlfn.XLOOKUP(B155,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.99870000000000003,null,null,"T3_SAT_Central Highlands",{"$f":"_xlfn.XLOOKUP(I155,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"T3_SAT_Central Highlands"},{"$f":"_xlfn.XLOOKUP(I155,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.92930000000000001,"Lake Echo"]
[null,"SNUG2","SSPS",{"$f":"_xlfn.XLOOKUP(B160,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Snuggery"},{"$f":"_xlfn.XLOOKUP(B160,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.97230000000000005,null,null,"Q3_CST_Northern Qld",{"$f":"_xlfn.XLOOKUP(I160,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"Q3_CST_Northern Qld"},{"$f":"_xlfn.XLOOKUP(I160,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.9385,"Hughenden Solar Farm"]
[null,"AGLSOM04","VSOM",{"$f":"_xlfn.XLOOKUP(B165,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Somerton"},{"$f":"_xlfn.XLOOKUP(B165,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.99650000000000005,null,null,"Q8a_CST_Darling Downs",{"$f":"_xlfn.XLOOKUP(I165,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"Q8a_CST_Darling Downs"},{"$f":"_xlfn.XLOOKUP(I165,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.97550000000000003,"Darling Downs Solar Farm"]
[null,"TVCC201_ST","TTV1",{"$f":"_xlfn.XLOOKUP(B170,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Tamar Valley Combined Cycle"},{"$f":"_xlfn.XLOOKUP(B170,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},1,null,null,"N1_CST_North West NSW",{"$f":"_xlfn.XLOOKUP(I170,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"N1_CST_North West NSW"},{"$f":"_xlfn.XLOOKUP(I170,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.80859999999999999,"Moree Solar Farm"]
[null,"TVPP104","TBB1",{"$f":"_xlfn.XLOOKUP(B171,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Tamar Valley Peaking"},{"$f":"_xlfn.XLOOKUP(B171,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.99860000000000004,null,null,"N2_CST_New England",{"$f":"_xlfn.XLOOKUP(I171,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"N2_CST_New England"},{"$f":"_xlfn.XLOOKUP(I171,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.84530000000000005,"White Rock Solar Farm "]
[null,"TORRB4","STPS",{"$f":"_xlfn.XLOOKUP(B175,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Torrens Island B"},{"$f":"_xlfn.XLOOKUP(B175,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.99919999999999998,null,null,"N6_CST_Wagga Wagga",{"$f":"_xlfn.XLOOKUP(I175,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"N6_CST_Wagga Wagga"},{"$f":"_xlfn.XLOOKUP(I175,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.87190000000000001,"Bomen Solar Farm"]
[null,"VPGS1","VLYP",{"$f":"_xlfn.XLOOKUP(B182,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Valley Power"},{"$f":"_xlfn.XLOOKUP(B182,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.98150000000000004,null,null,"S2_CST_Riverland",{"$f":"_xlfn.XLOOKUP(I182,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"S2_CST_Riverland"},{"$f":"_xlfn.XLOOKUP(I182,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.95650000000000002,"Bungala One Solar Farm"]
[null,"VPGS6","VLYP",{"$f":"_xlfn.XLOOKUP(B187,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Valley Power"},{"$f":"_xlfn.XLOOKUP(B187,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.98150000000000004,null,null,"S7_CST_Eastern Eyre Peninsula",{"$f":"_xlfn.XLOOKUP(I187,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"S7_CST_Eastern Eyre Peninsula"},{"$f":"_xlfn.XLOOKUP(I187,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.95650000000000002,"Bungala One Solar Farm"]
[null,"YARWUN_1","QYAG",{"$f":"_xlfn.XLOOKUP(B188,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Yarwun Cogen"},{"$f":"_xlfn.XLOOKUP(B188,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.94720000000000004,null,null,"S8_CST_Western Eyre Peninsula",{"$f":"_xlfn.XLOOKUP(I188,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"S8_CST_Western Eyre Peninsula"},{"$f":"_xlfn.XLOOKUP(I188,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.95650000000000002,"Bungala One Solar Farm"]
[null,"BOGONG1","VT14",{"$f":"_xlfn.XLOOKUP(B193,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Bogong / Mackay"},{"$f":"_xlfn.XLOOKUP(B193,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.98280000000000001,null,null,"V0_CST_VIC",{"$f":"_xlfn.XLOOKUP(I193,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"V0_CST_VIC"},{"$f":"_xlfn.XLOOKUP(I193,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1,"Default"]
[null,"MCKAY14","VT14",{"$f":"_xlfn.XLOOKUP(B198,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Bogong / Mackay"},{"$f":"_xlfn.XLOOKUP(B198,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.98280000000000001,null,null,"Q5_WH_Barcaldine",{"$f":"_xlfn.XLOOKUP(I198,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"Q5_WH_Barcaldine"},{"$f":"_xlfn.XLOOKUP(I198,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.94030000000000002,"Gladstone PS (275 kV) Unit 1"]
[null,"LI112-2","TLI1",{"$f":"_xlfn.XLOOKUP(B202,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Catagunya / Liapootah / Wayatinah"},{"$f":"_xlfn.XLOOKUP(B202,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.98550000000000004,null,null,"Q8b_WH_Southern Downs",{"$f":"_xlfn.XLOOKUP(I202,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"Q8b_WH_Southern Downs"},{"$f":"_xlfn.XLOOKUP(I202,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.97550000000000003,"Darling Downs Solar Farm"]
[null,"CA112-2","TLI1",{"$f":"_xlfn.XLOOKUP(B205,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Catagunya / Liapootah / Wayatinah"},{"$f":"_xlfn.XLOOKUP(B205,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.98550000000000004,null,null,"Q10_WH_Collinsville",{"$f":"_xlfn.XLOOKUP(I205,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"Q10_WH_Collinsville"},{"$f":"_xlfn.XLOOKUP(I205,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.93049999999999999,"Hamilton Solar Farm"]
[null,"DARTM1","VDPS",{"$f":"_xlfn.XLOOKUP(B210,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Dartmouth"},{"$f":"_xlfn.XLOOKUP(B210,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.97289999999999999,null,null,"N5_WH_South West NSW",{"$f":"_xlfn.XLOOKUP(I210,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"N5_WH_South West NSW"},{"$f":"_xlfn.XLOOKUP(I210,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1,"Default"]
[null,"GO181-1","TGO1",{"$f":"_xlfn.XLOOKUP(B215,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Gordon"},{"$f":"_xlfn.XLOOKUP(B215,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.95940000000000003,null,null,"N12_WH_Illawarra",{"$f":"_xlfn.XLOOKUP(I215,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"N12_WH_Illawarra"},{"$f":"_xlfn.XLOOKUP(I215,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1]
[null,"HUMENSW","NHUM",{"$f":"_xlfn.XLOOKUP(B220,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Hume Dam NSW"},{"$f":"_xlfn.XLOOKUP(B220,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.93159999999999998,null,null,"S4_WH_Yorke Peninsula",{"$f":"_xlfn.XLOOKUP(I220,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"S4_WH_Yorke Peninsula"},{"$f":"_xlfn.XLOOKUP(I220,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.88560000000000005,"Ararat Wind Farm"]
[null,"HUMEV","VHUM",{"$f":"_xlfn.XLOOKUP(B221,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Hume Dam VIC"},{"$f":"_xlfn.XLOOKUP(B221,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.95860000000000001,null,null,"S5_WH_Northern SA",{"$f":"_xlfn.XLOOKUP(I221,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"S5_WH_Northern SA"},{"$f":"_xlfn.XLOOKUP(I221,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.95760000000000001,"Lincoln Gap Wind Farm"]
[null,"KAREEYA3","QKYH",{"$f":"_xlfn.XLOOKUP(B225,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Kareeya"},{"$f":"_xlfn.XLOOKUP(B225,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.98280000000000001,null,null,"T1_WH_North East TAS",{"$f":"_xlfn.XLOOKUP(I225,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"T1_WH_North East TAS"},{"$f":"_xlfn.XLOOKUP(I225,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1,"George Town"]
[null,"MURRAY01","NMUR",{"$f":"_xlfn.XLOOKUP(B232,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Murray 1"},{"$f":"_xlfn.XLOOKUP(B232,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.9819,null,null,"Q3_WM_Northern Qld",{"$f":"_xlfn.XLOOKUP(I232,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"Q3_WM_Northern Qld"},{"$f":"_xlfn.XLOOKUP(I232,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.95269999999999999,"Mount Emerald Wind farm"]
[null,"MURRAY06","NMUR",{"$f":"_xlfn.XLOOKUP(B237,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Murray 1"},{"$f":"_xlfn.XLOOKUP(B237,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.9819,null,null,"Q8a_WM_Darling Downs",{"$f":"_xlfn.XLOOKUP(I237,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"Q8a_WM_Darling Downs"},{"$f":"_xlfn.XLOOKUP(I237,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.97550000000000003,"Darling Downs Solar Farm"]
[null,"MURRAY07","NMUR",{"$f":"_xlfn.XLOOKUP(B238,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Murray 1"},{"$f":"_xlfn.XLOOKUP(B238,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.9819,null,null,"Q8b_WM_Southern Downs",{"$f":"_xlfn.XLOOKUP(I238,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"Q8b_WM_Southern Downs"},{"$f":"_xlfn.XLOOKUP(I238,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.97550000000000003,"Darling Downs Solar Farm"]
[null,"MURRAY12","NMUR",{"$f":"_xlfn.XLOOKUP(B243,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Murray 2"},{"$f":"_xlfn.XLOOKUP(B243,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.9819,null,null,"N2_WM_New England",{"$f":"_xlfn.XLOOKUP(I243,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"N2_WM_New England"},{"$f":"_xlfn.XLOOKUP(I243,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.84530000000000005,"White Rock Solar Farm "]
[null,"PO163-3","TPM2",{"$f":"_xlfn.XLOOKUP(B248,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Poatina"},{"$f":"_xlfn.XLOOKUP(B248,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.97629999999999995,null,null,"N7_WM_Tumut",{"$f":"_xlfn.XLOOKUP(I248,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"N7_WM_Tumut"},{"$f":"_xlfn.XLOOKUP(I248,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1,"Default"]
[null,"REECE2","TRCA",{"$f":"_xlfn.XLOOKUP(B253,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Reece"},{"$f":"_xlfn.XLOOKUP(B253,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.92030000000000001,null,null,"S1_WM_South East SA",{"$f":"_xlfn.XLOOKUP(I253,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"S1_WM_South East SA"},{"$f":"_xlfn.XLOOKUP(I253,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.97089999999999999,"Lake Bonney Wind Farm"]
[null,"SHGEN03","NSHN",{"$f":"_xlfn.XLOOKUP(B256,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Shoalhaven"},{"$f":"_xlfn.XLOOKUP(B256,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.99480000000000002,null,null,"S4_WM_Yorke Peninsula",{"$f":"_xlfn.XLOOKUP(I256,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"S4_WM_Yorke Peninsula"},{"$f":"_xlfn.XLOOKUP(I256,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.88560000000000005,"Ararat Wind Farm"]
[null,"TA111-3","TTA1",{"$f":"_xlfn.XLOOKUP(B260,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Tarraleah"},{"$f":"_xlfn.XLOOKUP(B260,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.94189999999999996,null,null,"S8_WM_Western Eyre Peninsula",{"$f":"_xlfn.XLOOKUP(I260,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"S8_WM_Western Eyre Peninsula"},{"$f":"_xlfn.XLOOKUP(I260,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.91620000000000001,"Mt Millar Wind Farm"]
[null,"TR111-2","TTR1",{"$f":"_xlfn.XLOOKUP(B265,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Trevallyn"},{"$f":"_xlfn.XLOOKUP(B265,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.98519999999999996,null,null,"V0_WM_VIC",{"$f":"_xlfn.XLOOKUP(I265,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"V0_WM_VIC"},{"$f":"_xlfn.XLOOKUP(I265,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1,"Default"]
[null,"TUMUT3_02","NLTS",{"$f":"_xlfn.XLOOKUP(B270,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Tumut 3"},{"$f":"_xlfn.XLOOKUP(B270,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.98919999999999997,null,null,"N11_WFL_Illawarra Coast",{"$f":"_xlfn.XLOOKUP(I270,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"N11_WFL_Illawarra Coast"},{"$f":"_xlfn.XLOOKUP(I270,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.98609999999999998,"Tallawarra PS"]
[null,"TUMUT3_03","NLTS",{"$f":"_xlfn.XLOOKUP(B271,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Tumut 3"},{"$f":"_xlfn.XLOOKUP(B271,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.98919999999999997,null,null,"T4_WFL_North Tasmania Coast",{"$f":"_xlfn.XLOOKUP(I271,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"T4_WFL_North Tasmania Coast"},{"$f":"_xlfn.XLOOKUP(I271,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.96409999999999996,"Poatina"]
[null,"TU112-2","TTU1",{"$f":"_xlfn.XLOOKUP(B276,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Tungatinah"},{"$f":"_xlfn.XLOOKUP(B276,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.90610000000000002,null,null,"NNSW Battery - 1h",{"$f":"_xlfn.XLOOKUP(I276,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"NNSW Battery - 1h"},{"$f":"_xlfn.XLOOKUP(I276,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.96640000000000004,"Bayswater PS Unit 1"]
[null,"TU115-5","TTU1",{"$f":"_xlfn.XLOOKUP(B279,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Tungatinah"},{"$f":"_xlfn.XLOOKUP(B279,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.90610000000000002,null,null,"SNSW Battery - 1h",{"$f":"_xlfn.XLOOKUP(I279,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SNSW Battery - 1h"},{"$f":"_xlfn.XLOOKUP(I279,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.83979999999999999,"Uranquinty PS Unit 11"]
[null,"TUMUT2_04","NUTS",{"$f":"_xlfn.XLOOKUP(B287,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Upper Tumut"},{"$f":"_xlfn.XLOOKUP(B287,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.94079999999999997,null,null,"NQ Battery - 2h",{"$f":"_xlfn.XLOOKUP(I287,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"NQ Battery - 2h"},{"$f":"_xlfn.XLOOKUP(I287,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.94710000000000005,"Mt Stuart PS Unit 1"]
[null,"WKIEWA1_1","VWKP",{"$f":"_xlfn.XLOOKUP(B288,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"West Kiewa"},{"$f":"_xlfn.XLOOKUP(B288,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},1.0038,null,null,"CQ Battery - 2h",{"$f":"_xlfn.XLOOKUP(I288,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"CQ Battery - 2h"},{"$f":"_xlfn.XLOOKUP(I288,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.91600000000000004,"Callide C PS Unit 3"]
[null,"W/HOE#2","QWIV",{"$f":"_xlfn.XLOOKUP(B293,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Wivenhoe"},{"$f":"_xlfn.XLOOKUP(B293,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.99129999999999996,null,null,"SNW Battery - 2h",{"$f":"_xlfn.XLOOKUP(I293,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SNW Battery - 2h"},{"$f":"_xlfn.XLOOKUP(I293,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.98280000000000001,"Colongra PS Unit 1"]
[null,"BROKENH1","NBK1",{"$f":"_xlfn.XLOOKUP(B298,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Broken Hill Solar Farm"},{"$f":"_xlfn.XLOOKUP(B298,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.86419999999999997,null,null,"CSA Battery - 2h",{"$f":"_xlfn.XLOOKUP(I298,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"CSA Battery - 2h"},{"$f":"_xlfn.XLOOKUP(I298,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99980000000000002,"Torrens Island PS B Unit 1"]
[null,"CLERMSF1","QLLV",{"$f":"_xlfn.XLOOKUP(B303,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Clermont Solar Farm"},{"$f":"_xlfn.XLOOKUP(B303,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.94099999999999995,null,null,"Q2 Battery - 2h",{"$f":"_xlfn.XLOOKUP(I303,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"Q2 Battery - 2h"},{"$f":"_xlfn.XLOOKUP(I303,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.9385,"Hughenden Solar Farm"]
[null,"DDSF1","QBRS",{"$f":"_xlfn.XLOOKUP(B306,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Darling Downs Solar Farm"},{"$f":"_xlfn.XLOOKUP(B306,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.9849,null,null,"Q5 Battery - 2h",{"$f":"_xlfn.XLOOKUP(I306,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"Q5 Battery - 2h"},{"$f":"_xlfn.XLOOKUP(I306,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.93700000000000006,"Barcaldine Solar at Lilyvale (132)"]
[null,"FINLYSF1","NFNS",{"$f":"_xlfn.XLOOKUP(B310,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Finley Solar Farm"},{"$f":"_xlfn.XLOOKUP(B310,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.88980000000000004,null,null,"Q9 Battery - 2h",{"$f":"_xlfn.XLOOKUP(I310,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"Q9 Battery - 2h"},{"$f":"_xlfn.XLOOKUP(I310,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.9385,"Hughenden Solar Farm"]
[null,"GULLRSF1","NGUR",{"$f":"_xlfn.XLOOKUP(B315,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Gullen Range Solar Farm"},{"$f":"_xlfn.XLOOKUP(B315,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.96199999999999997,null,null,"N4 Battery - 2h",{"$f":"_xlfn.XLOOKUP(I315,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"N4 Battery - 2h"},{"$f":"_xlfn.XLOOKUP(I315,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.77839999999999998,"Broken Hill Solar Farm"]
[null,"HAYMSF1","QCCK",{"$f":"_xlfn.XLOOKUP(B320,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Hayman Solar Farm"},{"$f":"_xlfn.XLOOKUP(B320,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.93959999999999999,null,null,"N9 Battery - 2h",{"$f":"_xlfn.XLOOKUP(I320,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"N9 Battery - 2h"},{"$f":"_xlfn.XLOOKUP(I320,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.9284,"Wellington Solar Farm"]
[null,"HILLSTN1","NDNH",{"$f":"_xlfn.XLOOKUP(B321,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Hillston Sun Farm"},{"$f":"_xlfn.XLOOKUP(B321,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.88880000000000003,null,null,"N12 Battery - 2h",{"$f":"_xlfn.XLOOKUP(I321,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"N12 Battery - 2h"},{"$f":"_xlfn.XLOOKUP(I321,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1]
[null,"KIAMSF1","VKMT",{"$f":"_xlfn.XLOOKUP(B326,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Kiamal Solar Farm stage 1"},{"$f":"_xlfn.XLOOKUP(B326,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.87849999999999995,null,null,"S4 Battery - 2h",{"$f":"_xlfn.XLOOKUP(I326,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"S4 Battery - 2h"},{"$f":"_xlfn.XLOOKUP(I326,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.81789999999999996,"Wattle Point Wind Farm"]
[null,"MAPS2PV1","SMA2",{"$f":"_xlfn.XLOOKUP(B333,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Mannum Adelaide Pumping Station No 2 - MAPL2 (Palmer)"},{"$f":"_xlfn.XLOOKUP(B333,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},1.0257000000000001,null,null,"T3 Battery - 2h",{"$f":"_xlfn.XLOOKUP(I333,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"T3 Battery - 2h"},{"$f":"_xlfn.XLOOKUP(I333,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.92930000000000001,"Lake Echo"]
[null,"MOLNGSF1","NMOS",{"$f":"_xlfn.XLOOKUP(B337,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Molong Solar Farm"},{"$f":"_xlfn.XLOOKUP(B337,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.95730000000000004,null,null,"SQ Battery - 4h",{"$f":"_xlfn.XLOOKUP(I337,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SQ Battery - 4h"},{"$f":"_xlfn.XLOOKUP(I337,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99980000000000002,"Swanbank E GT"]
[null,"MOREESF1","NMR4",{"$f":"_xlfn.XLOOKUP(B338,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Moree Solar Farm"},{"$f":"_xlfn.XLOOKUP(B338,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.8387,null,null,"NNSW Battery - 4h",{"$f":"_xlfn.XLOOKUP(I338,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"NNSW Battery - 4h"},{"$f":"_xlfn.XLOOKUP(I338,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.96640000000000004,"Bayswater PS Unit 1"]
[null,"MOUSF1","QMRR",{"$f":"_xlfn.XLOOKUP(B343,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Moura Solar Farm"},{"$f":"_xlfn.XLOOKUP(B343,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.93279999999999996,null,null,"SEV Battery - 4h",{"$f":"_xlfn.XLOOKUP(I343,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SEV Battery - 4h"},{"$f":"_xlfn.XLOOKUP(I343,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1]
[null,"NUMURSF1","VSHS",{"$f":"_xlfn.XLOOKUP(B348,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Numurkah Solar Farm"},{"$f":"_xlfn.XLOOKUP(B348,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.94630000000000003,null,null,"TAS Battery - 4h",{"$f":"_xlfn.XLOOKUP(I348,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"TAS Battery - 4h"},{"$f":"_xlfn.XLOOKUP(I348,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1,"Tamar Valley CCGT"]
[null,"PAREPS1","SDAP",{"$f":"_xlfn.XLOOKUP(B353,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Port Augusta Renewable Energy Park - Solar"},{"$f":"_xlfn.XLOOKUP(B353,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.97350000000000003,null,null,"Q5 Battery - 4h",{"$f":"_xlfn.XLOOKUP(I353,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"Q5 Battery - 4h"},{"$f":"_xlfn.XLOOKUP(I353,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.93700000000000006,"Barcaldine Solar at Lilyvale (132)"]
[null,"RRSF1","QROG",{"$f":"_xlfn.XLOOKUP(B354,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Ross River Solar Farm"},{"$f":"_xlfn.XLOOKUP(B354,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.9516,null,null,"Q6 Battery - 4h",{"$f":"_xlfn.XLOOKUP(I354,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"Q6 Battery - 4h"},{"$f":"_xlfn.XLOOKUP(I354,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.94030000000000002,"Gladstone PS (275 kV) Unit 1"]
[null,"TBSF1","STBS",{"$f":"_xlfn.XLOOKUP(B360,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Tailem Bend Solar Farm"},{"$f":"_xlfn.XLOOKUP(B360,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.99519999999999997,null,null,"N2 Battery - 4h",{"$f":"_xlfn.XLOOKUP(I360,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"N2 Battery - 4h"},{"$f":"_xlfn.XLOOKUP(I360,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.84530000000000005,"White Rock Solar Farm "]
[null,"WSTWYSF1","NWGJ",{"$f":"_xlfn.XLOOKUP(B365,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"West Wyalong Solar Farm"},{"$f":"_xlfn.XLOOKUP(B365,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.92200000000000004,null,null,"N7 Battery - 4h",{"$f":"_xlfn.XLOOKUP(I365,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"N7 Battery - 4h"},{"$f":"_xlfn.XLOOKUP(I365,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1,"Default"]
[null,"WOOLGSF1","QWLS",{"$f":"_xlfn.XLOOKUP(B370,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Woolooga Solar Farm"},{"$f":"_xlfn.XLOOKUP(B370,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.97870000000000001,null,null,"S1 Battery - 4h",{"$f":"_xlfn.XLOOKUP(I370,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"S1 Battery - 4h"},{"$f":"_xlfn.XLOOKUP(I370,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1.0089999999999999,"Tailem Bend Solar Farm"]
[null,"YARANSF1","QMRY",{"$f":"_xlfn.XLOOKUP(B371,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Yarranlea Solar Farm"},{"$f":"_xlfn.XLOOKUP(B371,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.98880000000000001,null,null,"S2 Battery - 4h",{"$f":"_xlfn.XLOOKUP(I371,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"S2 Battery - 4h"},{"$f":"_xlfn.XLOOKUP(I371,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.95650000000000002,"Bungala One Solar Farm"]
[null,"BANGOWF2","NBB2",{"$f":"_xlfn.XLOOKUP(B376,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Bango 999 Wind Farm"},{"$f":"_xlfn.XLOOKUP(B376,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.9355,null,null,"S7 Battery - 4h",{"$f":"_xlfn.XLOOKUP(I376,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"S7 Battery - 4h"},{"$f":"_xlfn.XLOOKUP(I376,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.95650000000000002,"Bungala One Solar Farm"]
[null,"BULGANA1","VBGT",{"$f":"_xlfn.XLOOKUP(B381,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Bulgana Green Power Hub - Wind Farm"},{"$f":"_xlfn.XLOOKUP(B381,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.89070000000000005,null,null,"NQ Battery - 8h",{"$f":"_xlfn.XLOOKUP(I381,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"NQ Battery - 8h"},{"$f":"_xlfn.XLOOKUP(I381,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.94710000000000005,"Mt Stuart PS Unit 1"]
[null,"CHYTWF1","VSM7",{"$f":"_xlfn.XLOOKUP(B387,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Cherry Tree Wind Farm"},{"$f":"_xlfn.XLOOKUP(B387,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.998,null,null,"SNW Battery - 8h",{"$f":"_xlfn.XLOOKUP(I387,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SNW Battery - 8h"},{"$f":"_xlfn.XLOOKUP(I387,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.98280000000000001,"Colongra PS Unit 1"]
[null,"CLEMGPWF","SCGW",{"$f":"_xlfn.XLOOKUP(B388,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Clements Gap Wind Farm"},{"$f":"_xlfn.XLOOKUP(B388,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.96040000000000003,null,null,"SNSW Battery - 8h",{"$f":"_xlfn.XLOOKUP(I388,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SNSW Battery - 8h"},{"$f":"_xlfn.XLOOKUP(I388,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.83979999999999999,"Uranquinty PS Unit 11"]
[null,"CRURWF1","NCDS",{"$f":"_xlfn.XLOOKUP(B393,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Crudine Ridge Wind Farm"},{"$f":"_xlfn.XLOOKUP(B393,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.94089999999999996,null,null,"SESA Battery - 8h",{"$f":"_xlfn.XLOOKUP(I393,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"SESA Battery - 8h"},{"$f":"_xlfn.XLOOKUP(I393,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.97119999999999995,"Ladbroke Grove"]
[null,"DUNDWF3","VM05",{"$f":"_xlfn.XLOOKUP(B398,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Dundonnell Wind Farm"},{"$f":"_xlfn.XLOOKUP(B398,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.98450000000000004,null,null,"Q3 Battery - 8h",{"$f":"_xlfn.XLOOKUP(I398,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"Q3 Battery - 8h"},{"$f":"_xlfn.XLOOKUP(I398,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.9385,"Hughenden Solar Farm"]
[null,"GUNNING1","NYS1",{"$f":"_xlfn.XLOOKUP(B403,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Gunning Wind Farm"},{"$f":"_xlfn.XLOOKUP(B403,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.95209999999999995,null,null,"Q8 Battery - 8h",{"$f":"_xlfn.XLOOKUP(I403,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"Q8 Battery - 8h"},{"$f":"_xlfn.XLOOKUP(I403,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.97550000000000003,"Darling Downs Solar Farm"]
[null,"NBHWF1","SBEL",{"$f":"_xlfn.XLOOKUP(B404,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Hallett 4 North Brown Hill Wind Farm"},{"$f":"_xlfn.XLOOKUP(B404,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.95789999999999997,null,null,"Q9 Battery - 8h",{"$f":"_xlfn.XLOOKUP(I404,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"Q9 Battery - 8h"},{"$f":"_xlfn.XLOOKUP(I404,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.9385,"Hughenden Solar Farm"]
[null,"HDWF2","SHDW",{"$f":"_xlfn.XLOOKUP(B409,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Hornsdale Wind Farm Stage 2"},{"$f":"_xlfn.XLOOKUP(B409,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.95599999999999996,null,null,"N4 Battery - 8h",{"$f":"_xlfn.XLOOKUP(I409,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"N4 Battery - 8h"},{"$f":"_xlfn.XLOOKUP(I409,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.77839999999999998,"Broken Hill Solar Farm"]
[null,"LGAPWF1","SLGW",{"$f":"_xlfn.XLOOKUP(B415,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Lincoln Gap Wind Farm - stage 1"},{"$f":"_xlfn.XLOOKUP(B415,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.96889999999999998,null,null,"N12 Battery - 8h",{"$f":"_xlfn.XLOOKUP(I415,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"N12 Battery - 8h"},{"$f":"_xlfn.XLOOKUP(I415,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1]
[null,"MLWF1","VTGT",{"$f":"_xlfn.XLOOKUP(B420,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Mortons Lane Wind Farm"},{"$f":"_xlfn.XLOOKUP(B420,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},1.0018,null,null,"S4 Battery - 8h",{"$f":"_xlfn.XLOOKUP(I420,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"S4 Battery - 8h"},{"$f":"_xlfn.XLOOKUP(I420,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.81789999999999996,"Wattle Point Wind Farm"]
[null,"MEWF1","QWKM",{"$f":"_xlfn.XLOOKUP(B421,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Mount Emerald Wind Farm"},{"$f":"_xlfn.XLOOKUP(B421,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.96489999999999998,null,null,"S5 Battery - 8h",{"$f":"_xlfn.XLOOKUP(I421,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"S5 Battery - 8h"},{"$f":"_xlfn.XLOOKUP(I421,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.95650000000000002,"Bungala One Solar Farm"]
[null,"MUSSELR1","TDE1",{"$f":"_xlfn.XLOOKUP(B426,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Musselroe Wind Farm"},{"$f":"_xlfn.XLOOKUP(B426,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.91010000000000002,null,null,"T2 Battery - 8h",{"$f":"_xlfn.XLOOKUP(I426,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"T2 Battery - 8h"},{"$f":"_xlfn.XLOOKUP(I426,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.96409999999999996,"Poatina"]
[null,"SAPHWF1","NSAP",{"$f":"_xlfn.XLOOKUP(B431,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Sapphire Wind Farm"},{"$f":"_xlfn.XLOOKUP(B431,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.85580000000000001,null,null,"NNSW Pumped Hydro - 10h",{"$f":"_xlfn.XLOOKUP(I431,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"NNSW Pumped Hydro - 10h"},{"$f":"_xlfn.XLOOKUP(I431,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.96640000000000004,"Bayswater PS Unit 1"]
[null,"STOCKYD1","VHGT",{"$f":"_xlfn.XLOOKUP(B437,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Stockyard Hill Wind Farm"},{"$f":"_xlfn.XLOOKUP(B437,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.98450000000000004,null,null,"NSA Pumped Hydro - 10h",{"$f":"_xlfn.XLOOKUP(I437,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"NSA Pumped Hydro - 10h"},{"$f":"_xlfn.XLOOKUP(I437,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99980000000000002,"Torrens Island PS B Unit 1"]
[null,"TARALGA1","NMR2",{"$f":"_xlfn.XLOOKUP(B438,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Taralga Wind Farm"},{"$f":"_xlfn.XLOOKUP(B438,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.99709999999999999,null,null,"TAS Pumped Hydro - 10h",{"$f":"_xlfn.XLOOKUP(I438,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"TAS Pumped Hydro - 10h"},{"$f":"_xlfn.XLOOKUP(I438,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1,"Tamar Valley CCGT"]
[null,"WGWF1","SWGL",{"$f":"_xlfn.XLOOKUP(B443,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Willogoleche Wind Farm"},{"$f":"_xlfn.XLOOKUP(B443,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.96009999999999995,null,null,"CNSW Pumped Hydro - 24h",{"$f":"_xlfn.XLOOKUP(I443,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"CNSW Pumped Hydro - 24h"},{"$f":"_xlfn.XLOOKUP(I443,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.96640000000000004,"Bayswater PS Unit 1"]
[null,"YENDWF1","VBAW",{"$f":"_xlfn.XLOOKUP(B448,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Yendon Wind Farm"},{"$f":"_xlfn.XLOOKUP(B448,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.95369999999999999,null,null,"NSA Pumped Hydro - 24h",{"$f":"_xlfn.XLOOKUP(I448,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"NSA Pumped Hydro - 24h"},{"$f":"_xlfn.XLOOKUP(I448,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99980000000000002,"Torrens Island PS B Unit 1"]
[null,"Kidston Pumped Storage Hydro 2","QROG",{"$f":"_xlfn.XLOOKUP(B453,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Kidston "},{"$f":"_xlfn.XLOOKUP(B453,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Committed"},0.9516,"Hughenden Solar Farm",null,"NNSW Pumped Hydro - 48h",{"$f":"_xlfn.XLOOKUP(I453,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"NNSW Pumped Hydro - 48h"},{"$f":"_xlfn.XLOOKUP(I453,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.96640000000000004,"Bayswater PS Unit 1"]
[null,"SNO2PH01","NLTS",{"$f":"_xlfn.XLOOKUP(B454,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Snowy 2.0"},{"$f":"_xlfn.XLOOKUP(B454,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Committed"},0.98919999999999997,"Lower Tumut Generation – dual MLF",null,"CNSW Pumped Hydro - 48h",{"$f":"_xlfn.XLOOKUP(I454,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"CNSW Pumped Hydro - 48h"},{"$f":"_xlfn.XLOOKUP(I454,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.96640000000000004,"Bayswater PS Unit 1"]
[null,"SNO2PH06","NLTS",{"$f":"_xlfn.XLOOKUP(B459,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Snowy 2.0"},{"$f":"_xlfn.XLOOKUP(B459,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Committed"},0.98919999999999997,"Lower Tumut Generation – dual MLF",null,"NSA Pumped Hydro - 48h",{"$f":"_xlfn.XLOOKUP(I459,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"NSA Pumped Hydro - 48h"},{"$f":"_xlfn.XLOOKUP(I459,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},0.99980000000000002,"Torrens Island PS B Unit 1"]
[null,"Broadsound Solar Farm","QCLA",{"$f":"_xlfn.XLOOKUP(B463,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Broadsound Solar Farm"},{"$f":"_xlfn.XLOOKUP(B463,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Committed"},0.93630000000000002,"Clare Solar Farm",null,"DREZ_WH_Marulan",{"$f":"_xlfn.XLOOKUP(I463,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"DREZ_WH_Marulan"},{"$f":"_xlfn.XLOOKUP(I463,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1]
[null,"GANGARR1","QWSS",{"$f":"_xlfn.XLOOKUP(B470,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Gangarri Solar Farm"},{"$f":"_xlfn.XLOOKUP(B470,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Committed"},0.99770000000000003,null,null,"DREZ Dubbo Battery - 8h",{"$f":"_xlfn.XLOOKUP(I470,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"DREZ Dubbo Battery - 8h"},{"$f":"_xlfn.XLOOKUP(I470,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1]
[null,"GIRGSF","VSHS",{"$f":"_xlfn.XLOOKUP(B471,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Girgarre Solar Farm"},{"$f":"_xlfn.XLOOKUP(B471,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Committed"},0.94630000000000003,null,null,"DREZ Marulan Battery - 2h",{"$f":"_xlfn.XLOOKUP(I471,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"DREZ Marulan Battery - 2h"},{"$f":"_xlfn.XLOOKUP(I471,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1]
[null,"MANSF2","SMAE",{"$f":"_xlfn.XLOOKUP(B476,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Mannum Solar Farm 2"},{"$f":"_xlfn.XLOOKUP(B476,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Committed"},0.99319999999999997,null,null,"DREZ Yass Battery - 8h",{"$f":"_xlfn.XLOOKUP(I476,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$D$725:$D$1188,\"_\",0)","v":"DREZ Yass Battery - 8h"},{"$f":"_xlfn.XLOOKUP(I476,'Summary Mapping'!$C$725:$C$1188,'Summary Mapping'!$J$725:$J$1188,\"_\",0)","v":"New Entrant"},1]
[null,"Stubbo Solar Farm","NSTB",{"$f":"_xlfn.XLOOKUP(B481,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Stubbo Solar Farm"},{"$f":"_xlfn.XLOOKUP(B481,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Committed"},0.94289999999999996]
[null,"WLWLSF2","NWLA",{"$f":"_xlfn.XLOOKUP(B486,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Walla Walla Solar Farm"},{"$f":"_xlfn.XLOOKUP(B486,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Committed"},0.92979999999999996]
[null,"WYASF1","NWGJ",{"$f":"_xlfn.XLOOKUP(B491,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Wyalong Solar Farm"},{"$f":"_xlfn.XLOOKUP(B491,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Committed"},0.92200000000000004]
[null,"CLRKCWF2","QBSW",{"$f":"_xlfn.XLOOKUP(B493,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Clarke Creek Wind Farm"},{"$f":"_xlfn.XLOOKUP(B493,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Committed"},0.94299999999999995]
[null,"GPWFEST3","VGPT",{"$f":"_xlfn.XLOOKUP(B498,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Golden Plains Wind Farm East"},{"$f":"_xlfn.XLOOKUP(B498,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Committed"},0.98340000000000005]
[null,"KEPWF1","QROW",{"$f":"_xlfn.XLOOKUP(B503,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Kennedy Energy Park Wind Farm"},{"$f":"_xlfn.XLOOKUP(B503,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Committed"},0.98129999999999995]
[null,"MacIntyre Wind Farm","QMSW",{"$f":"_xlfn.XLOOKUP(B504,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"MacIntyre Wind Farm"},{"$f":"_xlfn.XLOOKUP(B504,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Committed"},0.97230000000000005]
[null,"Aldoga Solar Farm","QMRR",{"$f":"_xlfn.XLOOKUP(B509,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Aldoga Solar Farm"},{"$f":"_xlfn.XLOOKUP(B509,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Anticipated"},0.93279999999999996,"Moura Solar Farm"]
[null,"Frasers Solar Farm","VJLG",{"$f":"_xlfn.XLOOKUP(B513,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Frasers Solar Farm"},{"$f":"_xlfn.XLOOKUP(B513,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Anticipated"},0.9768,"Jeeralang A"]
[null,"Punch's Creek Renewable Energy Solar Farm","QBRS",{"$f":"_xlfn.XLOOKUP(B520,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Punch's Creek Renewable Energy Solar Farm"},{"$f":"_xlfn.XLOOKUP(B520,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Anticipated"},0.9849,"Darling Downs Solar Farm"]
[null,"GBWF1","QTMW",{"$f":"_xlfn.XLOOKUP(B521,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Gawara Baya Wind Farm"},{"$f":"_xlfn.XLOOKUP(B521,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Anticipated"},0.96960000000000002,"Kaban Wind Farm"]
[null,"BBATTERY","QBCB",{"$f":"_xlfn.XLOOKUP(B526,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Bouldercombe Battery project"},{"$f":"_xlfn.XLOOKUP(B526,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.93579999999999997]
[null,"HVWWBA1","SHVA",{"$f":"_xlfn.XLOOKUP(B531,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Happy Valley Reservoir BESS"},{"$f":"_xlfn.XLOOKUP(B531,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},1.0024]
[null,"RANGEB1","VCB3",{"$f":"_xlfn.XLOOKUP(B536,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Rangebank BESS"},{"$f":"_xlfn.XLOOKUP(B536,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},0.99609999999999999]
[null,"WALGRV1","NSWB",{"$f":"_xlfn.XLOOKUP(B540,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Wallgrove Grid Battery project"},{"$f":"_xlfn.XLOOKUP(B540,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},1.0015000000000001]
[null,"BLYTHB1","SBYW",{"$f":"_xlfn.XLOOKUP(B543,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Blyth BESS"},{"$f":"_xlfn.XLOOKUP(B543,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Existing"},1.0072000000000001]
[null,"Clements Gap BESS","SCGW",{"$f":"_xlfn.XLOOKUP(B548,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Clements Gap BESS"},{"$f":"_xlfn.XLOOKUP(B548,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Committed"},0.96040000000000003]
[null,"LaTrobe Valley BESS","VMW6",{"$f":"_xlfn.XLOOKUP(B553,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"LaTrobe Valley BESS"},{"$f":"_xlfn.XLOOKUP(B553,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Committed"},0.99019999999999997]
[null,"Liddell BESS","NCLG",{"$f":"_xlfn.XLOOKUP(B554,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Liddell BESS"},{"$f":"_xlfn.XLOOKUP(B554,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Committed"},0.9849,"Colongra PS Unit 1"]
[null,"Tarong BESS","QTRB",{"$f":"_xlfn.XLOOKUP(B559,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Tarong BESS"},{"$f":"_xlfn.XLOOKUP(B559,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Committed"},0.98360000000000003]
[null,"WDBESS1","QWDE",{"$f":"_xlfn.XLOOKUP(B564,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Western Downs Battery"},{"$f":"_xlfn.XLOOKUP(B564,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Committed"},0.98909999999999998]
[null,"Bungama Solar BESS","SNWF",{"$f":"_xlfn.XLOOKUP(B567,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Bungama Solar BESS"},{"$f":"_xlfn.XLOOKUP(B567,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Committed"},0.91569999999999996,"Snowtown Wind Farm"]
[null,"Limondale BESS","NBSF",{"$f":"_xlfn.XLOOKUP(B571,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Limondale BESS"},{"$f":"_xlfn.XLOOKUP(B571,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Anticipated"},0.85289999999999999,"Limondale Solar Farm 1"]
[null,"Mortlake Energy Hub BESS","VM0P",{"$f":"_xlfn.XLOOKUP(B576,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Mortlake Energy Hub BESS"},{"$f":"_xlfn.XLOOKUP(B576,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Anticipated"},0.99690000000000001,"Mortlake Unit 1"]
[null,"Silver City Energy Storage","NBK1",{"$f":"_xlfn.XLOOKUP(B581,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Silver City Energy Storage"},{"$f":"_xlfn.XLOOKUP(B581,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Anticipated"},0.86419999999999997,"Broken Hill Solar Farm"]
[null,"Wooreen Energy Storage System","VJLG",{"$f":"_xlfn.XLOOKUP(B586,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Wooreen Energy Storage System"},{"$f":"_xlfn.XLOOKUP(B586,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Anticipated"},0.9768,"Jeeralang A PS Unit 1"]
[null,"Kogan Gas","QWDN",{"$f":"_xlfn.XLOOKUP(B587,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Brigalow GT"},{"$f":"_xlfn.XLOOKUP(B587,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Additional policy-supported project"},0.97370000000000001,"Kogan Creek"]
[null,"Hallett BESS","SHPS",{"$f":"_xlfn.XLOOKUP(B594,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Hallett BESS"},{"$f":"_xlfn.XLOOKUP(B594,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Additional policy-supported project"},0.96630000000000005,"Hallett 1 Wind Farm"]
[null,"Springvale Energy Hub BESS","VJLG",{"$f":"_xlfn.XLOOKUP(B598,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Springvale Energy Hub BESS"},{"$f":"_xlfn.XLOOKUP(B598,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Additional policy-supported project"},0.9768,"Jeeralang A PS Unit 1"]
[null,"Broadsound BESS",null,{"$f":"_xlfn.XLOOKUP(B603,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Broadsound BESS"},{"$f":"_xlfn.XLOOKUP(B603,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Anticipated"},0.94299999999999995,"Clarke Creek Wind Farm"]
[null,"Calala BESS 1",null,{"$f":"_xlfn.XLOOKUP(B604,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Calala BESS 1"},{"$f":"_xlfn.XLOOKUP(B604,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Anticipated"},0.84370000000000001,"Gunnedah Solar Farm"]
[null,"Glanmire Solar Farm",null,{"$f":"_xlfn.XLOOKUP(B609,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Glanmire Solar Farm"},{"$f":"_xlfn.XLOOKUP(B609,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Anticipated"},0.97270000000000001,"Mt Piper PS unit 1"]
[null,"Port Latta Wind Farm",null,{"$f":"_xlfn.XLOOKUP(B614,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Port Latta Wind Farm"},{"$f":"_xlfn.XLOOKUP(B614,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Anticipated"},1]
[null,"Supernode BESS 1",null,{"$f":"_xlfn.XLOOKUP(B617,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Supernode BESS 1"},{"$f":"_xlfn.XLOOKUP(B617,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Committed"},0.99129999999999996,"Wivenhoe PHS"]
[null,"Barnawartha Solar Farm BESS",null,{"$f":"_xlfn.XLOOKUP(B621,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Barnawartha Solar Farm BESS"},{"$f":"_xlfn.XLOOKUP(B621,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Additional policy-supported project"},0.9355,"Corowa Solar Farm"]
[null,"Junction Rivers Wind Farm BESS",null,{"$f":"_xlfn.XLOOKUP(B626,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Junction Rivers Wind Farm BESS"},{"$f":"_xlfn.XLOOKUP(B626,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Additional policy-supported project"},0.85289999999999999,"Limondale Solar Farm 1"]
[null,"Barnawartha Solar Farm",null,{"$f":"_xlfn.XLOOKUP(B631,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Barnawartha Solar Farm"},{"$f":"_xlfn.XLOOKUP(B631,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Additional policy-supported project"},0.9355,"Corowa Solar Farm"]
[null,"Hopeland Solar Farm",null,{"$f":"_xlfn.XLOOKUP(B636,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Hopeland Solar Farm"},{"$f":"_xlfn.XLOOKUP(B636,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Additional policy-supported project"},0.98229999999999995,"Edenvale Solar Park"]
[null,"Majors Creek Solar Power Station",null,{"$f":"_xlfn.XLOOKUP(B637,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Majors Creek Power Station"},{"$f":"_xlfn.XLOOKUP(B637,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Additional policy-supported project"},0.9516,"Ross River Solar Farm"]
[null,"Palmer Wind Farm",null,{"$f":"_xlfn.XLOOKUP(B644,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Palmer Wind Farm"},{"$f":"_xlfn.XLOOKUP(B644,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Additional policy-supported project"},1.0257000000000001,"Mannum Adelaide Pumping Station No2 - MAPL2 (Palmer)"]
[null,"Thunderbolt Wind Farm",null,{"$f":"_xlfn.XLOOKUP(B646,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Thunderbolt Wind Farm"},{"$f":"_xlfn.XLOOKUP(B646,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Additional policy-supported project"},0.88029999999999997,"New England Solar Farm 1"]
[null,"Haughton Solar Farm Stage 2",null,{"$f":"_xlfn.XLOOKUP(B647,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Haughton Solar Farm Stage 2"},{"$f":"_xlfn.XLOOKUP(B647,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Anticipated"},0.94750000000000001,"Haughton Solar Farm"]
[null,"Lancaster Solar Farm",null,{"$f":"_xlfn.XLOOKUP(B648,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Lancaster Solar Farm"},{"$f":"_xlfn.XLOOKUP(B648,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Anticipated"},0.94630000000000003,"Girgarre Solar Farm"]
[null,"Bennetts Creek BESS",null,{"$f":"_xlfn.XLOOKUP(B649,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Bennetts Creek BESS"},{"$f":"_xlfn.XLOOKUP(B649,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Anticipated"},0.99019999999999997,"LaTrobe Valley BESS"]
[null,"Northern Midlands Solar Farm",null,{"$f":"_xlfn.XLOOKUP(B650,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Northern Midlands Solar Farm"},{"$f":"_xlfn.XLOOKUP(B650,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Anticipated"},0.97629999999999995,"Poatina Hydro"]
[null,"Hay Sun Farm",null,{"$f":"_xlfn.XLOOKUP(B651,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Hay Sun Farm"},{"$f":"_xlfn.XLOOKUP(B651,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Anticipated"},0.873,"Coleambally Solar Farm"]
[null,"MOKOSF1","VGN6",{"$f":"_xlfn.XLOOKUP(B652,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Mokoan Solar Farm"},{"$f":"_xlfn.XLOOKUP(B652,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Committed"},0.9415]
[null,"Yanco Delta Wind Farm",null,{"$f":"_xlfn.XLOOKUP(B653,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Yanco Delta Wind Farm"},{"$f":"_xlfn.XLOOKUP(B653,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Additional policy-supported project"},1]
[null,"Dinawan Energy Hub Wind Farm",null,{"$f":"_xlfn.XLOOKUP(B654,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Dinawan Energy Hub Wind Farm"},{"$f":"_xlfn.XLOOKUP(B654,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Additional policy-supported project"},1]
[null,"Dinawan Energy Hub Solar Farm",null,{"$f":"_xlfn.XLOOKUP(B655,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Dinawan Energy Hub Solar Farm"},{"$f":"_xlfn.XLOOKUP(B655,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Additional policy-supported project"},1]
[null,"Dinawan Energy Hub BESS",null,{"$f":"_xlfn.XLOOKUP(B656,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Dinawan Energy Hub BESS"},{"$f":"_xlfn.XLOOKUP(B656,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Additional policy-supported project"},1]
[null,"Pottinger Energy Park Wind Farm",null,{"$f":"_xlfn.XLOOKUP(B657,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Pottinger Energy Park Wind Farm"},{"$f":"_xlfn.XLOOKUP(B657,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Additional policy-supported project"},1]
[null,"Pottinger Energy Park BESS",null,{"$f":"_xlfn.XLOOKUP(B658,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Pottinger Energy Park BESS"},{"$f":"_xlfn.XLOOKUP(B658,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Additional policy-supported project"},1]
[null,"Bullawah Wind Farm",null,{"$f":"_xlfn.XLOOKUP(B659,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Bullawah Wind Farm"},{"$f":"_xlfn.XLOOKUP(B659,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Additional policy-supported project"},1]
[null,"Birriwa BESS",null,{"$f":"_xlfn.XLOOKUP(B660,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Birriwa BESS"},{"$f":"_xlfn.XLOOKUP(B660,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Additional policy-supported project"},1]
[null,"Birriwa Solar Farm",null,{"$f":"_xlfn.XLOOKUP(B661,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Birriwa Solar Farm"},{"$f":"_xlfn.XLOOKUP(B661,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Additional policy-supported project"},1]
[null,"Tallawang Solar Hybrid",null,{"$f":"_xlfn.XLOOKUP(B662,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Tallawang Solar Hybrid"},{"$f":"_xlfn.XLOOKUP(B662,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Additional policy-supported project"},1]
[null,"Cobbora BESS",null,{"$f":"_xlfn.XLOOKUP(B663,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Cobbora BESS"},{"$f":"_xlfn.XLOOKUP(B663,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Additional policy-supported project"},1]
[null,"Cobbora Solar Farm",null,{"$f":"_xlfn.XLOOKUP(B664,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Cobbora Solar Farm"},{"$f":"_xlfn.XLOOKUP(B664,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Additional policy-supported project"},1]
[null,"Liverpool Range Wind Farm",null,{"$f":"_xlfn.XLOOKUP(B665,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Liverpool Range Wind Farm"},{"$f":"_xlfn.XLOOKUP(B665,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Additional policy-supported project"},1]
[null,"Kiamal BESS",null,{"$f":"_xlfn.XLOOKUP(B666,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Kiamal BESS"},{"$f":"_xlfn.XLOOKUP(B666,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Additional policy-supported project"},1]
[null,"Tallawang Solar Hybrid BESS",null,{"$f":"_xlfn.XLOOKUP(B667,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Tallawang Solar Hybrid BESS"},{"$f":"_xlfn.XLOOKUP(B667,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Additional policy-supported project"},1]
[null,"Pine Lodge BESS",null,{"$f":"_xlfn.XLOOKUP(B668,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$D$7:$D$713,\"not found\",0)","v":"Pine Lodge BESS"},{"$f":"_xlfn.XLOOKUP(B668,'Summary Mapping'!$C$7:$C$713,'Summary Mapping'!$J$7:$J$713,\"not found\",0)","v":"Anticipated"},0.94630000000000003,"Numurkah Solar Farm"]
[null,"Note: where a appropriate shadow gen cannot be identified 'default' is used, which is 1",null,null," "]
[null,"*Note, seperate load/generation MLF is no longer utilised for storage",null,null," "]
[null,"*These additonal projects are not included in the July 2024 Generation Information as an Existing, Committed, or Anticipated project. However they are included in AEMO's modelling under the following policy frameworks:"]
[null,"1) 2020 amendment to the National Electricity (Victoria) Act 2005 (NEVA)."]
[null,"2) Victorian Renewable Energy Target auction (VRET2)"]
[null,"3) New South Wales Long-Term Energy Service Agreements (LTESAs)"]
[null,"4) Queensland Energy and Jobs Plan"]
[null,"5) South Australia – Hydrogen Jobs Plan"]

{"sheet":"Locational Cost Factors","index":55,"n_rows":207,"n_cols":24,"rows_kept":207,"cut":false,"hidden":false,"merged":[[51,10,52,16]]}
[null,"Go to Assumptions Summary"]
[null,"Locational cost factors"]
[null,"Locational cost factors for each REZ, subregion, and cost component were estimated by Aurecon and GHD to provide an indication of the variation in each cost component of the project costs between geographic regions. These cost factors have been adjusted to be rebased to one for each component in each zone."]
[null,"The locational cost factors for the land and development cost component have been updated to be consistent with GHD: AEMO Transmission Cost Database update report, to ensure a similar treatment of land costs for generation and transmission."]
[null,"The technology-specific locational cost factors are calculated as the sum of the locational cost adjustments for each cost component. Each component's locational cost adjustment is the product of the component's share of the total capital cost and the appropriate locational cost factor for that cost component."]
[null,"CSIRO build costs projections for new entrants are overnight costs for construction in a low cost zone. These locational cost factors are used to convert the CSIRO cost estimates to each region-specific cost estimate."]
[]
[]
[null,"Locational cost factors  for non-Pumped hydro energy storage"]
[null,"Cost zone / REZ ID","REZ name","Equipment and installation costs","Fuel connection costs","Cost of land and development 2 ","Installation costs","O&M costs 3",null,null,"NEM Regional Cost Zone Map"]
[null,"NQ","Subregional Reference Node",0.99159128646130212,1.0831577148020171,1.4597755463673951,1.1720818291215402,1.1499696417729204]
[null,"CQ","Subregional Reference Node",1.0180664667542316,1.1725131561275197,1,1.322503008423586,1.2452944748026715]
[null,"GG","Subregional Reference Node",0.99130133082203664,1.1324648050695352,1,1.2695547533092657,1.1991499696417727]
[null,"SQ","Subregional Reference Node",1,1,1,1,1]
[null,"NNSW","Subregional Reference Node",1.0245373331201533,1.1015428375701797,0.92840010660033756,1.1775585696670778,1.1334156886967266]
[null,"CNSW","Subregional Reference Node",1.0277600127907907,1.0839079261542737,0.72781380474371504,1.1393341553637486,1.1043854231006796]
[null,"SNSW","Subregional Reference Node",1.0182418658565833,1.0103029580981597,0.92840010660033756,1.0024660912453762,1.0061766522544782]
[null,"SNW","Subregional Reference Node",1,1,1,1,1]
[null,"WNV","Subregional Reference Node",1,1,1,1,1]
[null,"MEL","Subregional Reference Node",1,1,1,1,1]
[null,"SEV","Subregional Reference Node",1.0099554884349415,0.99938352971837852,1,0.98862199747155532,0.99434318038969216]
[null,"NSA","Subregional Reference Node",1.0224840603670673,1.1817839950925579,0.13551237988356596,1.3412499999999998,1.2456249999999998]
[null,"CSA","Subregional Reference Node",1,1,1,1,1]
[null,"SESA","Subregional Reference Node",1.006900306430546,1.1683659892281144,1,1.3299999999999996,1.2399999999999998]
[null,"TAS","Subregional Reference Node",1,1,1,1,1]
[null,"N0","New South Wales Non-REZ",1.0213000000000001,1,0.92840010660033756,1.2662500000000003,1.1931250000000002]
[null,"N1","North West NSW",1.030125,1,0.35586746024695742,1.302083333333333,1.2227083333333331]
[null,"N2","New England",1.02694375,1,0.92840010660033756,1.2034375000000002,1.1542187500000001]
[null,"N3","Central-West Orana",1.0255750000000001,1,0.72781380474371504,1.2716666666666667,1.1991666666666665]
[null,"N4","Broken Hill",1.0382499999999999,1,0.17162654348405437,1.5262500000000001,1.3931249999999999]
[null,"N5","South West NSW",1.0293999999999999,1,1.239140090610287,1.3587499999999999,1.2668749999999998]
[null,"N6","Wagga Wagga",1.0332000000000001,1,1.239140090610287,1.0362500000000001,1.038125]
[null,"N7","Tumut",1.0157624999999999,1,0.92840010660033756,1.2860416666666667,1.2088541666666666]
[null,"N8","Cooma-Monaro",1.0037,1,0.92840010660033756,1.2604166666666667,1.1935416666666667]
[null,"N9","Hunter-Central Coast",1.0031875000000001,1,0.92840010660033756,1.0900000000000003,1.0675000000000001]
[null,"N10","Hunter Coast",1,1,1,1,1]
[null,"N11","Illawarra Coast",1,1,1,1,1]
[null,"N12","Illawarra",1.0038375000000002,1,1,1.0433333333333332,1.0333333333333332]
[null,"N13","South Cobar",1.0506249999999999,1,0.72781380474371504,1.7712500000000002,1.555625]
[null,"Q1","Far North QLD",1.0090956250000001,1,0.3310100413467218,1.2565625,1.2195312500000002]
[null,"Q2","North Qld Clean Energy Hub",1.0330375000000001,1,0.3310100413467218,1.8312499999999998,1.6156249999999996]
[null,"Q3","Northern Qld",1.00445875,1,1.4597755463673951,1.2493749999999997,1.2071874999999999]
[null,"Q4","Isaac",1.0269999999999999,1,1,1.3737499999999998,1.2818749999999999]
[null,"Q5","Barcaldine",1.0504,1,7.2888363851151799E-2,1.74,1.5449999999999999]
[null,"Q6","Fitzroy",1.005725,1,1,1.3445833333333332,1.2539583333333331]
[null,"Q7","Wide Bay",1.0137999999999998,1,1,1.1162500000000002,1.0881250000000002]
[null,"Q8","Darling Downs",1.0211499999999998,1,0.97420752116558373,1.193125,1.1415624999999998]
[null,"Q9","Banana",1.0276749999999999,1,0.535380980507974,1.5237499999999999,1.3868749999999999]
[null,"Q10","Collinsville",1.0276749999999999,1,1.2298877731836977,1.3383333333333332,1.2608333333333333]
[null,"S1","South East SA",1.0138749999999999,1,1,1.2995833333333333,1.2164583333333332]
[null,"S2","Riverland",1.0182625000000001,1,0.51525566388440769,1.3468749999999998,1.2484374999999999,null,null,"Note:"]
[null,"S3","Mid-North SA",1.009695,1,0.67683710925627183,1.1952083333333332,1.1392708333333335,null,null,"1. Not all costs are homogenous under each category zone. Regional factors result in variances amongst each category. \n2. All offshore wind zones are specified as having a low locational cost factor. The factors which drive the different cost factors for onshore REZs are not relevant for offshore wind, where the base costs are inherently for typical offshore locations."]
[null,"S4","Yorke Peninsula",1.0138499999999999,1,0.51525566388440769,1.3108333333333335,1.2220833333333334]
[null,"S5","Northern SA",1.0259499999999999,1,0.13551237988356596,1.3356249999999998,1.2428124999999999,null,null,"3. The information in this section will be updated following the release of the 2025 Victorian Transmission Plan.\n "]
[null,"S6","Roxby Downs",1.041925,1,0.13551237988356596,1.6825000000000003,1.49125]
[null,"S7","Eastern Eyre Peninsula",1.0439125,1,0.13922985200252508,1.3449999999999998,1.2549999999999997]
[null,"S8","Western Eyre Peninsula",1.0478499999999999,1,0.13922985200252508,1.4212499999999999,1.3106249999999999]
[null,"T1","North East Tasmania",1.0130875000000001,1,1,0.99687500000000018,1.0034375]
[null,"T2","North West Tasmania",1.00897375,1,1,1.3356250000000001,1.2428124999999999]
[null,"T3","Central Highlands",1.016875,1,1,1.23875,1.1693750000000001]
[null,"T4","North Tasmania Coast",1,1,1,1,1]
[null,"V0","Victoria Non-REZ",1.0165,1,1,0.97750000000000026,0.98875000000000002]
[null,"DN1","Dubbo",1.0285,1,0.72781380474371504,1.155,1.1174999999999999]
[null,"DN2","Yass",1.018975,1,0.92840010660033756,1.0162500000000001,1.0181249999999999]
[null,"DN3","Marulan",1.0121500000000001,1,0.92840010660033756,1.1775000000000004,1.1287500000000001]
[null,"Notes:"]
[null,"1. Sourced from Aurecon, 2024 Energy Technology Cost and Technical Parameter Review."]
[null,"2. Land and development factors have been modified to reflect those applied from the 2025 update to AEMO’s Transmission Cost Database."]
[null,"3. Locational cost factors for New entrants' O&M costs components are applied to fixed and variable operations and maintenance costs. "]
[null,"4. Fuel connection cost factors are assumed to be 100% in renewable energy zones and an average of the equipment and installation cost factors for subregional reference nodes, consistent with advice from GHD and Aurecon."]
[]
[]
[null,"Locational cost factors - Pumped hydro energy storage"]
[null,"Subregion","Duration","Equipment and installation costs","Fuel connection costs","Cost of land and development ","Installation costs","Topographical cost","O&M costs 2"]
[null,"NQ","Pumped Hydro (10hrs storage)",1.08,1,0.89397260818698843,1.1817993647573761,1.0703294190704247,1.1499696417729204]
[null,"NQ","Pumped Hydro (24hrs storage)",1.08,1,0.89397260818698843,1.1817993647573761,0.92193540180479661,1.1499696417729204]
[null,"NQ","Pumped Hydro (48hrs storage)",1.08,1,0.89397260818698843,1.1817993647573761,0.85116392170009847,1.1499696417729204]
[null,"CQ","Pumped Hydro (10hrs storage)",1.05,1,0.44423546595602081,1.1030127404402179,1.0260396284744699,1.2452944748026715]
[null,"CQ","Pumped Hydro (24hrs storage)",1.05,1,0.44423546595602081,1.1030127404402179,1.0359498737657089,1.2452944748026715]
[null,"CQ","Pumped Hydro (48hrs storage)",1.05,1,0.44423546595602081,1.1030127404402179,0.81471139444818808,1.2452944748026715]
[null,"GG","Pumped Hydro (10hrs storage)",1,1,0.62994500470070847,1.1522543806384418,0.98321751602671004,1.1991499696417727]
[null,"GG","Pumped Hydro (24hrs storage)",1,1,0.62994500470070847,1.1522543806384418,1.0194916481475655,1.1991499696417727]
[null,"GG","Pumped Hydro (48hrs storage)",1,1,0.62994500470070847,1.1522543806384418,0.99226602100327799,1.1991499696417727]
[null,"SQ","Pumped Hydro (10hrs storage)",1,1,0.62994500470070847,1.0537711002419938,0.86438267811533465,1]
[null,"SQ","Pumped Hydro (24hrs storage)",1,1,0.62994500470070847,1.0537711002419938,1.0591205892892244,1]
[null,"SQ","Pumped Hydro (48hrs storage)",1,1,0.62994500470070847,1.0537711002419938,1.0993535649347037,1]
[null,"NNSW","Pumped Hydro (10hrs storage)",1.03,1,1.1458610146488883,1.1691557127655852,0.96483521521749904,1.1334156886967266]
[null,"NNSW","Pumped Hydro (24hrs storage)",1.03,1,1.1458610146488883,1.1691557127655852,0.94876276003256577,1.1334156886967266]
[null,"NNSW","Pumped Hydro (48hrs storage)",1.03,1,1.1458610146488883,1.1691557127655852,0.76377995689395128,1.1334156886967266]
[null,"CNSW","Pumped Hydro (10hrs storage)",1.03,1,1.1627039438559967,1.1478983361698474,0.98321751602671004,1.1043854231006796]
[null,"CNSW","Pumped Hydro (24hrs storage)",1.03,1,1.1627039438559967,1.1478983361698474,0.9329337259774102,1.1043854231006796]
[null,"CNSW","Pumped Hydro (48hrs storage)",1.03,1,1.1627039438559967,1.1478983361698474,0.95814297353302902,1.1043854231006796]
[null,"SNSW","Pumped Hydro (10hrs storage)",1.03,1,1.3548085075897771,1.2222991542549297,1.1185186214729592,1.0061766522544782]
[null,"SNSW","Pumped Hydro (24hrs storage)",1.03,1,1.3548085075897771,1.2222991542549297,1.0194916481475655,1.0061766522544782]
[null,"SNSW","Pumped Hydro (48hrs storage)",1.03,1,1.3548085075897771,1.2222991542549297,1.2508675718091922,1.0061766522544782]
[null,"SNW","Pumped Hydro (10hrs storage)",1,1,1.4743958539163817,1.0628688297868956,0.98321751602671004,1]
[null,"SNW","Pumped Hydro (24hrs storage)",1,1,1.4743958539163817,1.0628688297868956,1.0194916481475655,1]
[null,"SNW","Pumped Hydro (48hrs storage)",1,1,1.4743958539163817,1.0628688297868956,0.99226602100327799,1]
[null,"WNV","Pumped Hydro (10hrs storage)",1.04,1,0.85354807366016117,1.0343776735586516,0.97267692162260289,1]
[null,"WNV","Pumped Hydro (24hrs storage)",1.04,1,0.85354807366016117,1.0343776735586516,0.89574564140746027,1]
[null,"WNV","Pumped Hydro (48hrs storage)",1.04,1,0.85354807366016117,1.0343776735586516,1.0303788903032234,1]
[null,"MEL","Pumped Hydro (10hrs storage)",1,1,1.4806866308868041,1.0042501685035452,0.98321751602671004,1]
[null,"MEL","Pumped Hydro (24hrs storage)",1,1,1.4806866308868041,1.0042501685035452,1.0194916481475655,1]
[null,"MEL","Pumped Hydro (48hrs storage)",1,1,1.4806866308868041,1.0042501685035452,0.99226602100327799,1]
[null,"SEV","Pumped Hydro (10hrs storage)",1.03,1,1.4806866308868041,1.0142926701885806,0.98321751602671004,0.99434318038969216]
[null,"SEV","Pumped Hydro (24hrs storage)",1.03,1,1.4806866308868041,1.0142926701885806,1.0194916481475655,0.99434318038969216]
[null,"SEV","Pumped Hydro (48hrs storage)",1.03,1,1.4806866308868041,1.0142926701885806,0.99226602100327799,0.99434318038969216]
[null,"NSA","Pumped Hydro (10hrs storage)",1.07,1,0.30266568222897405,1.232462657068603,0.98321751602671004,1.2456249999999998]
[null,"NSA","Pumped Hydro (24hrs storage)",1.07,1,0.30266568222897405,1.232462657068603,1.1111617589997502,1.2456249999999998]
[null,"NSA","Pumped Hydro (48hrs storage)",1.07,1,0.30266568222897405,1.232462657068603,1.2393357053743357,1.2456249999999998]
[null,"CSA","Pumped Hydro (10hrs storage)",1.02,1,0.45176170715444869,1.0618139814744889,0.98321751602671004,1]
[null,"CSA","Pumped Hydro (24hrs storage)",1.02,1,0.45176170715444869,1.0618139814744889,1.0748986005755181,1]
[null,"CSA","Pumped Hydro (48hrs storage)",1.02,1,0.45176170715444869,1.0618139814744889,0.99226602100327799,1]
[null,"SESA","Pumped Hydro (10hrs storage)",1.02,1,1.2313781421918506,1.0428530175195871,0.98321751602671004,1.2399999999999998]
[null,"SESA","Pumped Hydro (24hrs storage)",1.02,1,1.2313781421918506,1.0428530175195871,1.0194916481475655,1.2399999999999998]
[null,"SESA","Pumped Hydro (48hrs storage)",1.02,1,1.2313781421918506,1.0428530175195871,0.99226602100327799,1.2399999999999998]
[null,"TAS","Pumped Hydro (10hrs storage)",1.04,1,1.4634057294354887,1.0144115715872348,0.98321751602671004,1]
[null,"TAS","Pumped Hydro (24hrs storage)",1.04,1,1.4634057294354887,1.0144115715872348,1.0194916481475655,1]
[null,"TAS","Pumped Hydro (48hrs storage)",1.04,1,1.4634057294354887,1.0144115715872348,0.99226602100327799,1]
[null,"Notes:"]
[null,"1. Sourced from GHD, 2025 Pumped Hydro Energy Storage Parameter Review"]
[null,"2. O&M cost factors based on Aurecon, 2024 Energy Technology Cost and Technical Parameter Review."]
[]
[null,"Technology cost breakdown ratios "]
[null,"Technology","Equipment costs","Fuel connection costs","Cost of land and development","Installation costs","Topographical cost"]
[null,"OCGT (small GT)",0.61247317127627399,4.6291776155515399E-2,7.8746550592663805E-2,0.26248850197554602,"Not Applicable"]
[null,"OCGT (large GT)",0.59906324135517597,6.7172952746938894E-2,7.7022416745665595E-2,0.256741389152218,"Not Applicable"]
[null,"CCGT",0.62652065446390104,2.4417838018469001E-2,8.0552655910516899E-2,0.26850885160711202,"Not Applicable"]
[null,"CCGT with CCS",0.77324850584821436,1.1313972693195362E-2,8.1634626166654831E-2,0.13380289529193543,"Not Applicable"]
[null,"Biomass",0.55045928263070798,0,8.2569207076478801E-2,0.366971510292812,"Not Applicable"]
[null,"Large scale Solar PV",0.56603773584905603,0,5.6603773584905599E-2,0.37735849056603699,"Not Applicable"]
[null,"Solar Thermal (16hrs Storage)",0.72467435440708439,0,3.3767527457220767E-2,0.2415581181356948,"Not Applicable"]
[null,"Battery storage (1hr storage)",0.78282548476454294,0,5.5401662049861397E-2,0.16177285318559501,"Not Applicable"]
[null,"Battery storage (2hrs storage)",0.79443521594684297,0,4.1528239202657802E-2,0.16403654485049801,"Not Applicable"]
[null,"Battery storage (4hrs storage)",0.80395091290032905,0,2.9931158335827501E-2,0.16611792876384299,"Not Applicable"]
[null,"Battery Storage (8hrs storage)",0.81351851851851797,0,1.85185185185185E-2,0.16796296296296201,"Not Applicable"]
[null,"Wind",0.70379376225094903,0,2.4390243902439025E-2,0.27181599384661193,"Not Applicable"]
[null,"Wind - Offshore (fixed)",0.68,0,0.05,0.27,"Not Applicable"]
[null,"Wind - offshore (floating)",0.85,0,0.04,0.11,"Not Applicable"]
[null,"Pumped Hydro (10hrs storage)",0.14000000000000001,0,0.06,0.4,0.4]
[null,"Pumped Hydro (24hrs storage)",0.14000000000000001,0,0.06,0.4,0.4]
[null,"Pumped Hydro (48hrs storage)",0.14000000000000001,0,0.06,0.4,0.4]
[null,"Distributed Resources Solar",0.56603773584905603,0,5.6603773584905599E-2,0.37735849056603699,"Not Applicable"]
[null,"Distributed Resources Batteries",0.8,0,0.04,0.16,"Not Applicable"]
[null,"Alkaline Electrolyser",0.33628972653362899,0,9.0909090909090898E-2,0.57280118255727996,"Not Applicable"]
[null,"BOTN - Cethana","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable"]
[null,"Notes:"]
[null,"1. Calculated from technology component costs provided in Aurecon 2024 Energy Technology Cost and Technical Parameter Review."]
[]
[]
[null,"Technology-specific locational cost factors "]
[null,"Cost zone / REZ ID","REZ name / Description","OCGT (small GT)","OCGT (large GT)","CCGT","CCGT with CCS","Biomass","Large scale Solar PV","Solar Thermal (16hrs storage)","Battery storage (1hr storage)","Battery storage (2hrs storage)","Battery storage (4hrs storage)","Battery Storage (8hrs storage)","Wind","Wind - Offshore (fixed)","Wind - offshore (floating)","Pumped Hydro (10hrs storage)","Pumped Hydro (24hrs storage)","Pumped Hydro (48hrs storage)","Distributed Resources Solar","Distributed Resources Batteries","Alkaline Electrolyser","BOTN - Cethana"]
[null,"NQ","Subregional Reference Node",{"$f":"SUMPRODUCT(INDEX($D$11:$G$65,MATCH($B153,$B$11:$B$65,0),0),INDEX($C$126:$F$146,MATCH(D$152,$B$126:$B$146,0),0))","v":1.080074646738433},1.0801421496571129,1.080003934603035,1.0549974707464607,1.0964837766010318,"Not Applicable","Not Applicable",{"$f":"SUMPRODUCT(INDEX($D$11:$G$65,MATCH($B153,$B$11:$B$65,0),0),INDEX($C$126:$F$146,MATCH(K$152,$B$126:$B$146,0),0))","v":1.0467279426648464},1.0406411993937774,1.0355872987830739,1.0305770916804571,"Not Applicable","Not Applicable","Not Applicable",{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B153&R$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(R$152,$B$126:$B$146,0),0))","v":1.1056898700223396},{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B153&S$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(S$152,$B$126:$B$146,0),0))","v":1.0463322631160885},{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B153&T$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(T$152,$B$126:$B$146,0),0))","v":1.0180236710742092},{"$f":"SUMPRODUCT(INDEX($D$11:$G$65,MATCH($B153,$B$11:$B$65,0),0),INDEX($C$126:$F$146,MATCH(U$152,$B$126:$B$146,0),0))","v":1.0862019210447542},1.0391971436831839,"Not Applicable","Not Applicable"]
[null,"CQ","Subregional Reference Node",1.1037044981577715,1.1052110446068442,1.1021263253087428,1.0590735138287448,1.1282942704043837,"Not Applicable","Not Applicable",1.0663151224284846,1.0672549166229892,1.0680980842193819,1.0688659661280597,"Not Applicable","Not Applicable","Not Applicable",{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B154&R$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(R$152,$B$126:$B$146,0),0))","v":1.0252750755232363},{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B154&S$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(S$152,$B$126:$B$146,0),0))","v":1.0292391736397319},{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B154&T$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(T$152,$B$126:$B$146,0),0))","v":0.94074378191272368},1.1319255503980865,1.0660536547511592,"Not Applicable","Not Applicable"]
[null,"GG","Subregional Reference Node",1.0715593530039886,1.0728928609555439,1.0701624455033016,1.0308396766751213,1.0941306517329628,"Not Applicable","Not Applicable",1.0367971016165329,1.0373063012540336,1.0377845742815417,1.0381986865838335,"Not Applicable","Not Applicable","Not Applicable",{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B155&R$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(R$152,$B$126:$B$146,0),0))","v":1.0319854589481032},{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B155&S$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(S$152,$B$126:$B$146,0),0))","v":1.0464951117964456},{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B155&T$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(T$152,$B$126:$B$146,0),0))","v":1.0356048609387305},1.0967949998272892,1.0361698251871119,"Not Applicable","Not Applicable"]
[null,"SQ","Subregional Reference Node",0.99999999999999911,0.99999999999999845,0.99999999999999889,1,0.99999999999999867,"Not Applicable","Not Applicable",0.99999999999999933,0.99999999999999878,0.99999999999999956,0.99999999999999845,"Not Applicable","Not Applicable","Not Applicable",{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B156&R$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(R$152,$B$126:$B$146,0),0))","v":0.94505821162497394},{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B156&S$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(S$152,$B$126:$B$146,0),0))","v":1.02295337609453},{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B156&T$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(T$152,$B$126:$B$146,0),0))","v":1.0390465663527215},0.99999999999999867,1,"Not Applicable","Not Applicable"]
[null,"NNSW","Subregional Reference Node",1.0606978948745625,1.0615921835468933,1.0597610886230162,1.0380351292382131,1.0727537928383777,"Not Applicable","Not Applicable",1.0439658530202747,1.0456459983128652,1.0470794054432779,1.0484589143972032,"Not Applicable","Not Applicable","Not Applicable",{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B157&R$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(R$152,$B$126:$B$146,0),0))","v":1.0665480320721672},{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B157&S$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(S$152,$B$126:$B$146,0),0))","v":1.0601190499981938},{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B157&T$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(T$152,$B$126:$B$146,0),0))","v":0.98612592874274796},1.0768394661650393,1.0451752419068687,"Not Applicable","Not Applicable"]
[null,"CNSW","Subregional Reference Node",1.0360263997239365,1.0370747524421584,1.034928204647207,1.0188382155013134,1.0439382238363697,"Not Applicable","Not Applicable",1.0291921617251922,1.0336060117574051,1.0373167408133235,1.0409457769591159,"Not Applicable","Not Applicable","Not Applicable",{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B158&R$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(R$152,$B$126:$B$146,0),0))","v":1.066408577509983},{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B158&S$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(S$152,$B$126:$B$146,0),0))","v":1.0462950614902629},{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B158&T$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(T$152,$B$126:$B$146,0),0))","v":1.0563787605125103},1.0528853755703729,1.0336140272805809,"Not Applicable","Not Applicable"]
[null,"SNSW","Subregional Reference Node",1.0066586716299049,1.0067384622696309,1.0065750874490618,1.0087070025214999,1.0050344431973244,"Not Applicable","Not Applicable",1.0107123910022353,1.0119230922282383,1.0129321589320557,1.0139283837273243,"Not Applicable","Not Applicable","Not Applicable",{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B159&R$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(R$152,$B$126:$B$146,0),0))","v":1.1618156207465422},{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B159&S$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(S$152,$B$126:$B$146,0),0))","v":1.1222048314163848},{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B159&T$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(T$152,$B$126:$B$146,0),0))","v":1.2147552008810354},1.0072033607623767,1.0121240715485404,"Not Applicable","Not Applicable"]
[null,"SNW","Subregional Reference Node",0.99999999999999911,0.99999999999999845,0.99999999999999889,1,0.99999999999999867,"Not Applicable","Not Applicable",0.99999999999999933,0.99999999999999878,0.99999999999999956,0.99999999999999845,"Not Applicable","Not Applicable","Not Applicable",{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B160&R$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(R$152,$B$126:$B$146,0),0))","v":1.0468982895604251},{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B160&S$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(S$152,$B$126:$B$146,0),0))","v":1.0614079424087675},{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B160&T$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(T$152,$B$126:$B$146,0),0))","v":1.0505176915510523},0.99999999999999867,1,"Not Applicable","Not Applicable"]
[null,"WNV","Subregional Reference Node",0.99999999999999911,0.99999999999999845,0.99999999999999889,1,0.99999999999999867,"Not Applicable","Not Applicable",0.99999999999999933,0.99999999999999878,0.99999999999999956,0.99999999999999845,"Not Applicable","Not Applicable","Not Applicable",{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B161&R$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(R$152,$B$126:$B$146,0),0))","v":0.9996347224921116},{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B161&S$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(S$152,$B$126:$B$146,0),0))","v":0.96886221040605447},{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B161&T$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(T$152,$B$126:$B$146,0),0))","v":1.0227155099643599},0.99999999999999867,1,"Not Applicable","Not Applicable"]
[null,"MEL","Subregional Reference Node",0.99999999999999911,0.99999999999999845,0.99999999999999889,1,0.99999999999999867,"Not Applicable","Not Applicable",0.99999999999999933,0.99999999999999878,0.99999999999999956,0.99999999999999845,"Not Applicable","Not Applicable","Not Applicable",{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B162&R$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(R$152,$B$126:$B$146,0),0))","v":1.0238282716653104},{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B162&S$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(S$152,$B$126:$B$146,0),0))","v":1.0383379245136526},{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B162&T$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(T$152,$B$126:$B$146,0),0))","v":1.0274476736559377},0.99999999999999867,1,"Not Applicable","Not Applicable"]
[null,"SEV","Subregional Reference Node",1.0030823372299034,1.0030013528670807,1.0031671718657909,1.0061686821484304,1.0013046882501562,"Not Applicable","Not Applicable",1.0059527581275709,1.0060425823826016,1.0061136338021444,1.0061878911854427,"Not Applicable","Not Applicable","Not Applicable",{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B163&R$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(R$152,$B$126:$B$146,0),0))","v":1.0320452723393245},{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B163&S$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(S$152,$B$126:$B$146,0),0))","v":1.0465549251876669},{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B163&T$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(T$152,$B$126:$B$146,0),0))","v":1.0356646743299518},1.001341596273194,1.0061439103434022,"Not Applicable","Not Applicable"]
[null,"NSA","Subregional Reference Node",1.0436847709505888,1.0467084150949391,1.0405173721714862,0.99453057956523971,1.0662255303072561,"Not Applicable","Not Applicable",1.0249120306299286,1.0379389516073725,1.0488887082114031,1.0595995305890507,"Not Applicable","Not Applicable","Not Applicable",{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B164&R$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(R$152,$B$126:$B$146,0),0))","v":1.0542320101718636},{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B164&S$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(S$152,$B$126:$B$146,0),0))","v":1.1054097073610798},{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B164&T$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(T$152,$B$126:$B$146,0),0))","v":1.1566792859109141},1.0925671500125023,1.0380077434889965,"Not Applicable","Not Applicable"]
[null,"CSA","Subregional Reference Node",0.99999999999999911,0.99999999999999845,0.99999999999999889,1,0.99999999999999867,"Not Applicable","Not Applicable",0.99999999999999933,0.99999999999999878,0.99999999999999956,0.99999999999999845,"Not Applicable","Not Applicable","Not Applicable",{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B165&R$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(R$152,$B$126:$B$146,0),0))","v":0.98791830142974657},{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B165&S$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(S$152,$B$126:$B$146,0),0))","v":1.0245907352492698},{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B165&T$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(T$152,$B$126:$B$146,0),0))","v":0.99153770342037373},0.99999999999999867,1,"Not Applicable","Not Applicable"]
[null,"SESA","Subregional Reference Node",1.0986414188997737,1.1001680189954688,1.0970422389840042,1.0513954952882429,1.1248989361243171,"Not Applicable","Not Applicable",1.0587867772777617,1.0596139062299132,1.0603664241461972,1.0610413048424774,"Not Applicable","Not Applicable","Not Applicable",{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B166&R$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(R$152,$B$126:$B$146,0),0))","v":1.02711090195003},{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B166&S$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(S$152,$B$126:$B$146,0),0))","v":1.0416205547983721},{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B166&T$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(T$152,$B$126:$B$146,0),0))","v":1.0307303039406572},1.1284341357154015,1.0583202451444367,"Not Applicable","Not Applicable"]
[null,"TAS","Subregional Reference Node",0.99999999999999911,0.99999999999999845,0.99999999999999889,1,0.99999999999999867,"Not Applicable","Not Applicable",0.99999999999999933,0.99999999999999878,0.99999999999999956,0.99999999999999845,"Not Applicable","Not Applicable","Not Applicable",{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B167&R$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(R$152,$B$126:$B$146,0),0))","v":1.0324559788117074},{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B167&S$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(S$152,$B$126:$B$146,0),0))","v":1.0469656316600495},{"$f":"SUMPRODUCT(INDEX($D$75:$H$119,MATCH($B167&T$152,$B$75:$B$119&$C$75:$C$119,0),0),INDEX($C$126:$G$146,MATCH(T$152,$B$126:$B$146,0),0))","v":1.0360753808023344},0.99999999999999867,1,"Not Applicable",1]
[null,"N0","New South Wales Non-REZ","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",{"$f":"SUMPRODUCT(INDEX($D$11:$G$65,MATCH($B168,$B$11:$B$65,0),0),INDEX($C$126:$F$146,MATCH(I$152,$B$126:$B$146,0),0))","v":1.1084754777320933},1.0773326613361927,1.0557794518892147,1.0576227826661257,1.0592099852319763,1.060722159381486,{"$f":"SUMPRODUCT(INDEX($D$11:$G$65,MATCH($B168,$B$11:$B$65,0),0),INDEX($C$126:$F$146,MATCH(O$152,$B$126:$B$146,0),0))","v":1.0856154766341992},"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",{"$f":"SUMPRODUCT(INDEX($D$11:$G$65,MATCH($B168,$B$11:$B$65,0),0),INDEX($C$126:$F$146,MATCH(W$152,$B$126:$B$146,0),0))","v":1.1531622048128911},"Not Applicable"]
[null,"N1","North West NSW","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.0945852650454235,1.0730507332244708,1.0367654871789627,1.0467353769482388,1.0551208458619259,1.0633176767329664,1.0876023188122328,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.1246069149620905,"Not Applicable"]
[null,"N2","New England","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.0879672230151121,1.0662496729284792,1.0500361658781343,1.0518028309427037,1.0533130007961784,1.0547632809092637,1.0725140705664127,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.1190810656776358,"Not Applicable"]
[null,"N3","Central-West Orana","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.1015853725955547,1.0749657805523651,1.048889485950713,1.0535775285746269,1.0575429004712271,1.0613951892853759,1.0852041827753864,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.1394673981154053,"Not Applicable"]
[null,"N4","Broken Hill","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.1733467854802277,1.1268666302872452,1.0691827724921905,1.0823104876862135,1.093376505342234,1.1041673433978507,1.1497590475211479,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.2389930264955937,"Not Applicable"]
[null,"N5","South West NSW","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.1655550994685049,1.1160395704765538,1.0942998388149734,1.0921355726997612,1.0903887036997983,1.0886026776038922,1.1240382095394861,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.2371193504398115,"Not Applicable"]
[null,"N6","Wagga Wagga","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.0460079296571847,1.0408908399245393,1.0451028305047245,1.0422526408060739,1.0398706851424806,1.0375259924187075,1.0390519678205075,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.0536688700259167,"Not Applicable"]
[null,"N7","Tumut","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.1128095972289482,1.0781006148534322,1.0546463101532959,1.0564701542746526,1.0580458577252414,1.0595415675604982,1.0870979102206153,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.1626366905236569,"Not Applicable"]
[null,"N8","Cooma-Monaro","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.0963119557195145,1.0631693036761696,1.0410580483804428,1.0426838430204999,1.0440914279138078,1.0454244495049427,1.0716431131211439,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.1439021653943149,"Not Applicable"]
[null,"N9","Hunter-Central Coast","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.0317136852792632,1.0216323787705781,1.0130880599224559,1.0143221337873882,1.0153701393774417,1.0163838329925974,1.0249604431999637,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.0461149487153301,"Not Applicable"]
[null,"N10","Hunter Coast","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",{"$f":"SUMPRODUCT(INDEX($D$11:$G$65,MATCH($B178,$B$11:$B$65,0),0),INDEX($C$126:$F$146,MATCH(P$152,$B$126:$B$146,0),0))","v":1},{"$f":"SUMPRODUCT(INDEX($D$11:$G$65,MATCH($B178,$B$11:$B$65,0),0),INDEX($C$126:$F$146,MATCH(Q$152,$B$126:$B$146,0),0))","v":1},"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable"]
[null,"N11","Illawarra Coast","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",{"$f":"SUMPRODUCT(INDEX($D$11:$G$65,MATCH($B179,$B$11:$B$65,0),0),INDEX($C$126:$F$146,MATCH(P$152,$B$126:$B$146,0),0))","v":1},{"$f":"SUMPRODUCT(INDEX($D$11:$G$65,MATCH($B179,$B$11:$B$65,0),0),INDEX($C$126:$F$146,MATCH(Q$152,$B$126:$B$146,0),0))","v":1},"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable"]
[null,"N12","Illawarra","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",{"$f":"SUMPRODUCT(INDEX($D$11:$G$65,MATCH($B180,$B$11:$B$65,0),0),INDEX($C$126:$F$146,MATCH(I$152,$B$126:$B$146,0),0))","v":1.0185243710691811},1.0132484562875841,1.0100142497691591,1.0101568954180498,1.0102836052080211,1.0104002723765417,1.0144795016293247,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",{"$f":"SUMPRODUCT(INDEX($D$11:$G$65,MATCH($B180,$B$11:$B$65,0),0),INDEX($C$126:$F$146,MATCH(W$152,$B$126:$B$146,0),0))","v":1.0261118964030547},"Not Applicable"]
[null,"N13","South Cobar","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.3042866304571894,1.2137972829822201,1.1493182855813682,1.1554280545989899,1.1606716194176503,1.1656853250878443,1.2386289567789761,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.4340533798843138,"Not Applicable"]
[null,"Q1","Far North QLD","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.064097148566794,1.0459759840615634,1.0115619790912305,1.0215295358221217,1.0299084227430924,1.0381037541221598,1.0598224068002091,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.0892007996752746,"Not Applicable"]
[null,"Q2","North Qld Clean Energy Hub","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.2945123608309443,1.2021464778865907,1.1232731255593742,1.1348195563266896,1.1446224121923587,1.1541071280804927,1.2328818030455257,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.4264338858726138,"Not Applicable"]
[null,"Q3","Northern Qld","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.1226526252660771,1.0789951808739211,1.0693048578319877,1.0635424702602725,1.0587718892956413,1.0540274015530982,1.0821361916192132,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.1861395036608937,"Not Applicable"]
[null,"Q4","Isaac","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.1563207547169794,1.1098485542222072,1.0815988919667581,1.082758409468437,1.0837932505237946,1.0847411574074055,1.1205936592809467,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.223164264597191,"Not Applicable"]
[null,"Q5","Barcaldine","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.2552955677651578,1.183970327252966,1.1078027902410601,1.1229252642795315,1.1356968681188606,1.1481251919231672,1.2140025621334809,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.3565390012961502,"Not Applicable"]
[null,"Q6","Fitzroy","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.1332720125786147,1.0873856622199054,1.0602259048938127,1.061072401024362,1.0618440885962281,1.0625346311728376,1.0976924805018651,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.1993029995072675,"Not Applicable"]
[null,"Q7","Wide Bay","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.0516792452830175,1.0380816373240922,1.0296090858725753,1.0300324543189354,1.0304057318168207,1.0307522499999981,1.0413109632037316,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.0712289356984477,"Not Applicable"]
[null,"Q8","Darling Downs","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.0833891049716351,1.0611068259234346,1.0463701950784248,1.0474107463108615,1.0483130880324922,1.0491661253919533,1.0667506170336145,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.115389985294432,"Not Applicable"]
[null,"Q9","Banana","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",{"$f":"SUMPRODUCT(INDEX($D$11:$G$65,MATCH($B190,$B$11:$B$65,0),0),INDEX($C$126:$F$146,MATCH(I$152,$B$126:$B$146,0),0))","v":1.1870074139910156},1.1308823916339421,1.0806525612469784,1.0886053251872068,1.0953470212663261,1.1018806709353308,1.1505089479403354,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.2670733448651001,"Not Applicable"]
[null,"Q10","Collinsville","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.1563505657776918,1.1095452677538524,1.0891340086713026,1.0870318600436184,1.0853333814182482,1.0835987751206837,1.117048922479871,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.2240034400849429,"Not Applicable"]
[null,"S1","South East SA","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.1209040880503127,1.0824216428922169,1.0593261542012917,1.0601654035160561,1.0609209817419927,1.0616064737654303,1.0911966799411126,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.1762677075634391,"Not Applicable"]
[null,"S2","Riverland","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.1137951319179837,1.0806562199461629,1.0435556669742045,1.0512779708839026,1.0577953506101285,1.0641422877571167,1.0953161738604662,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.1607642344107774,"Not Applicable"]
[null,"S3","Mid-North SA","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.0608590187629321,1.0432674637240384,1.0212651408636892,1.0263029641163999,1.0305492684602291,1.0346903341220279,1.0520020059317068,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.085697448464046,"Not Applicable"]
[null,"S4","Yorke Peninsula","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.0976968614777323,1.0687524371828676,1.0342708862724501,1.0418603750228839,1.0482607501910921,1.0544989721706972,1.0824139824396457,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.1386356467044458,"Not Applicable"]
[null,"S5","Northern SA","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.0924063611254831,1.0706866334474472,1.0267152842040748,1.0397697105433359,1.0507407401940601,1.0614743449978419,1.0884066271599022,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.1223833316523861,"Not Applicable"]
[null,"S6","Roxby Downs","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.2323450403707661,1.1660537784874196,1.0953358797719417,1.1093609896131036,1.1212060125676011,1.1327324561089529,1.193935905377405,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.3264459702333173,"Not Applicable"]
[null,"S7","Eastern Eyre Peninsula","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.1063219727548583,1.0860937337378549,1.0424993616067875,1.0557319757891399,1.066850332295795,1.0777306662407855,1.1036874676083288,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.1341318989625351,"Not Applicable"]
[null,"S8","Western Eyre Peninsula","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.1373243312454244,1.1073659455161797,1.0579169170084493,1.0713678509967812,1.0826823810835831,1.0937410713333779,1.1271846250779962,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.179132129930754,"Not Applicable"]
[null,"T1","North East Tasmania","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.0062287735849045,1.0087293064941287,1.0097396883656504,1.0098845566860455,1.0100025890451958,1.0101220393518504,1.0083614758826889,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.0026111881005173,"Not Applicable"]
[null,"T2","North West Tasmania","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.1317304245283002,1.0875759898871531,1.0613198940443205,1.0621838283845502,1.0629677843460037,1.0636728812499983,1.0975439122087685,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.1952641768292682,"Not Applicable"]
[null,"T3","Central Highlands","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.0996462264150928,1.0699008804355166,1.0518334487534617,1.0525698193521582,1.0532273271475601,1.0538292824074056,1.0767725882688635,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",1.1424311714708053,"Not Applicable"]
[null,"T4","North Tasmania Coast","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",{"$f":"SUMPRODUCT(INDEX($D$11:$G$65,MATCH($B203,$B$11:$B$65,0),0),INDEX($C$126:$F$146,MATCH(P$152,$B$126:$B$146,0),0))","v":1},{"$f":"SUMPRODUCT(INDEX($D$11:$G$65,MATCH($B203,$B$11:$B$65,0),0),INDEX($C$126:$F$146,MATCH(Q$152,$B$126:$B$146,0),0))","v":1},"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable"]
[null,"V0","Victorian Non-REZ","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",{"$f":"SUMPRODUCT(INDEX($D$11:$G$65,MATCH($B204,$B$11:$B$65,0),0),INDEX($C$126:$F$146,MATCH(I$152,$B$126:$B$146,0),0))","v":1.0008490566037724},1.0065220691896637,1.0092767313019384,1.0094173588039854,1.0095275366656686,1.0096438888888875,1.0054967372155921,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",{"$f":"SUMPRODUCT(INDEX($D$11:$G$65,MATCH($B204,$B$11:$B$65,0),0),INDEX($C$126:$F$146,MATCH(W$152,$B$126:$B$146,0),0))","v":0.99266075388026609},"Not Applicable"]
[null,"DN1","Dubbo","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",{"$f":"SUMPRODUCT(INDEX($D$11:$G$65,MATCH($B205,$B$11:$B$65,0),0),INDEX($C$126:$F$146,MATCH(I$152,$B$126:$B$146,0),0))","v":1.0592158757402088},"Not Applicable","Not Applicable",{"$f":"SUMPRODUCT(INDEX($D$11:$G$65,MATCH($B205,$B$11:$B$65,0),0),INDEX($C$126:$F$146,MATCH(L$152,$B$126:$B$146,0),0))","v":1.0367636546820467},1.0405140318690123,1.0441790519396967,1.0555509135811991,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable"]
[null,"DN2","Yass","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",{"$f":"SUMPRODUCT(INDEX($D$11:$G$65,MATCH($B206,$B$11:$B$65,0),0),INDEX($C$126:$F$146,MATCH(I$152,$B$126:$B$146,0),0))","v":1.0128198173547347},"Not Applicable","Not Applicable",1.0147665845764247,1.0158113171685219,1.0168399880851899,1.0160251576753128,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable"]
[null,"DN3","Marulan","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable",{"$f":"SUMPRODUCT(INDEX($D$11:$G$65,MATCH($B207,$B$11:$B$65,0),0),INDEX($C$126:$F$146,MATCH(I$152,$B$126:$B$146,0),0))","v":1.0698056664113387},"Not Applicable","Not Applicable",1.0357954570847305,1.0371108682011472,1.0383717519740787,1.0550520942557164,"Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable"]

{"sheet":"Build limits - REZs","index":56,"n_rows":227,"n_cols":15,"rows_kept":227,"cut":false,"hidden":false,"merged":[[196,3,197,3],[196,4,197,4],[196,5,197,5],[196,6,197,6],[196,7,197,7],[196,8,197,8],[196,9,197,9],[129,3,131,3],[129,4,131,4],[129,5,131,5],[129,6,131,6],[129,7,131,7],[129,8,131,8],[129,9,131,9],[132,3,135,3],[132,4,135,4],[132,5,135,5],[132,6,135,6],[132,7,135,7],[132,8,135,8],[132,9,135,9],[136,3,140,3],[136,4,140,4],[136,5,140,5],[54,3,55,3],[5,1,6,1],[5,2,6,2],[5,3,5,6],[54,1,55,1],[54,2,55,2],[5,14,6,14],[5,9,5,10],[5,11,5,12],[5,13,6,13],[5,8,6,8],[5,7,6,7],[54,8,54,12],[54,13,55,13],[54,4,54,6],[54,7,55,7],[113,1,114,1],[113,2,114,2],[113,3,114,3],[113,4,113,6],[113,7,114,7],[113,8,114,8],[113,9,114,9],[115,3,117,3],[115,4,117,4],[115,5,117,5],[115,6,117,6],[115,7,117,7],[115,8,117,8],[115,9,117,9],[118,3,119,3],[118,4,119,4],[118,5,119,5],[118,6,119,6],[118,7,119,7],[118,8,119,8],[118,9,119,9],[122,3,128,3],[122,4,128,4],[122,5,128,5],[122,6,128,6],[122,7,128,7],[122,8,128,8],[122,9,128,9],[120,9,121,9],[120,3,121,3],[120,4,121,4],[120,5,121,5],[120,6,121,6],[120,7,121,7],[120,8,121,8],[136,6,140,6],[136,7,140,7],[136,8,140,8],[136,9,140,9],[141,3,142,3],[141,4,142,4],[141,5,142,5],[141,6,142,6],[141,7,142,7],[141,8,142,8],[141,9,142,9],[143,3,160,3],[143,4,160,4],[143,5,160,5],[143,6,160,6],[143,7,160,7],[143,8,160,8],[143,9,160,9],[161,6,165,6],[161,7,165,7],[161,8,165,8],[161,9,165,9],[166,3,185,3],[166,4,185,4],[166,5,185,5],[166,6,185,6],[166,7,185,7],[166,8,185,8],[166,9,185,9],[161,3,165,3],[161,4,165,4],[161,5,165,5],[189,1,190,1],[189,2,190,2],[189,3,190,3],[189,4,189,6],[189,7,190,7],[189,8,190,8],[189,9,190,9],[191,3,195,3],[191,4,195,4],[191,5,195,5],[191,6,195,6],[191,7,195,7],[191,8,195,8],[191,9,195,9],[198,3,199,3],[198,4,199,4],[198,5,199,5],[198,6,199,6],[198,7,199,7],[198,8,199,8],[198,9,199,9],[200,3,201,3],[200,4,201,4],[200,5,201,5],[200,6,201,6],[200,7,201,7],[200,8,201,8],[200,9,201,9],[202,3,203,3],[202,4,203,4],[202,5,203,5],[202,6,203,6],[202,7,203,7],[202,8,203,8],[202,9,203,9],[204,3,208,3],[204,4,208,4],[204,5,208,5],[204,6,208,6],[204,7,208,7],[204,8,208,8],[204,9,208,9],[212,1,213,1],[212,2,213,2],[212,3,213,3],[212,4,212,6],[212,7,213,7],[212,8,213,8],[212,9,213,9],[214,3,226,3],[214,4,226,4],[214,5,226,5],[214,6,226,6],[214,7,226,7],[214,8,226,8],[214,9,226,9]]}
[null,"Go to Assumptions Summary"]
[null,"Initial resource limits (MW)"]
[null,"This table describes the potential in each NEM region to build different thermal and storage capacities; potential in each zone to build new renewable energy capacity."]
[null,"The new renewable energy capacity in each REZ zone will be moderated by transmission expansion choices in each scenario, loss factor impacts, etc"]
[]
[null,"REZ ID","REZ Name","Wind generation total limits (MW)",null,null,null,"Solar PV plus Solar thermal Limits (MW)","REZ resource limit violation penalty factor ($M/MW)","Land use limits in MW",null,"Land use limits in MW\nGreen Energy Exports scenario",null,"Land area (km2) (additional table note 1)","Notes"]
[null,null,null,"High","Medium","Offshore -fixed","Offshore -floating","Solar",null,"Wind","Solar","Wind ","Solar"]
[null,"Q1","Far North QLD",570,1710,null,null,1100,0.3,6764.1666720779986,16234,33820.836039000002,81170,32468]
[null,"Q2","North Qld Clean Energy Hub",4700,13900,null,null,8000,0.3,27529.7916886905,66071.5,137648.96934524999,330357.5,132143]
[null,"Q3","Northern Qld",null,null,null,null,3400,0.3,2087.7083350035,5010.5,10438.54250175,25052.5,10021]
[null,"Q4","Isaac",400,1000,null,null,2500,0.3,3937.5000031499999,9450,19687.501574999998,47250,18900]
[null,"Q5","Barcaldine",1000,2900,null,null,8000,0.3,5320.8333375900002,12770,26604.168795000001,63850,25540]
[null,"Q6","Fitzroy",900,2600,null,null,7533,0.3,4921.4583372705001,11811.5,24607.29363525,59057.5,23623]
[null,"Q7","Wide Bay",300,800,null,null,2200,0.3,2907.7083356594999,6978.5,14538.54282975,34892.5,13957]
[null,"Q8a","Western Downs",420,1260,null,null,2097.6,0.3,3206.3194470095,7695.166666666667,16031.59850475,38475.833333333343,15390.33333333333,"WD refers to area around the Western Downs and Tarong REZ in the Queensland REZ Roadmap"]
[null,"Q8b","Darling Downs",560,1680,null,null,2796.8,0.3,3206.3194470095,7695.166666666667,16031.59850475,38475.833333333343,15390.33333333333,"DD refers to area around the Darling Downs REZ in the Queensland REZ Roadmap"]
[null,"Q8c","Southern Downs",420,1260,null,null,2097.6,0.3,3206.3194470095,7695.166666666667,16031.59850475,38475.833333333343,15390.33333333333,"SD refers to area around the Southern Downs REZ in the Queensland REZ Roadmap"]
[null,"Q9","Banana",900,2500,null,null,6100,0.3,11423.5416758055,27416.5,57117.712902750012,137082.5,54833]
[null,"Q10","Collinsville",640,1800,null,null,4400,0.3,7083.3333389999998,17000,35416.669500000004,85000,34000]
[null,"N1","North West NSW",0,0,null,null,6385,0.3,4755.0000038039998,11412,23775.001902,57060,22824]
[null,"N2","New England",1800,5600,null,null,2985,0.3,4601.6666703479996,11044,23008.335174,55220,22088]
[null,"N3","Central-West Orana",1100,3350,null,null,6850,0.3,5557,10846.5,22596.876807749999,54232.5,21693]
[null,"N4","Broken Hill",1300,3800,null,null,8000,0.3,6312.9166717170001,15151,31564.585858499999,75755,30302]
[null,"N5","South West NSW",3500,10500,null,null,5677,0.3,15993,13477,28077.085579499999,67385,26954]
[null,"N6","Wagga Wagga",300,700,null,null,2146,0.3,2106.4583350184998,5055.5,10532.292509250001,25277.5,10111]
[null,"N7","Tumut",100,300,null,null,100,0.3,2819.3750022555,6766.5,14096.87612775,33832.5,13533]
[null,"N8","Cooma-Monaro",100,200,null,null,350,0.3,828.33333399599996,1988,4141.6669980000006,9940,3976]
[null,"N9","Hunter-Central Coast",400,1000,null,null,953,0.3,1524.3750012195001,3658.5,7621.8756097500009,18292.5,7317]
[null,"N10","Hunter Coast",null,null,null,7420,0,0.3,0]
[null,"N11","Illawarra Coast",null,null,null,4452,0,null,0,null,null,null,null,"Values reflect the declared area as of the 15th June 2024."]
[null,"N12","Illawarra",null,null,null,null,0,0.3,71.458333390500002,171.5,357.29169524999998,857.5,343]
[null,"N13","South Cobar",534,1560,null,null,3285,0.3,2586.0416687355,6206.5,12930.20936775,31032.5,12413]
[null,"S1","South East SA",800,2400,null,null,100,0.3,5528.9583377565004,13269.5,27644.793878249999,66347.5,26539]
[null,"S2","Riverland",400,1000,null,null,4000,0.3,844.79166734249998,2027.5,4223.9586712500004,10137.5,4055]
[null,"S3","Mid-North SA",1200,3400,null,null,1300,0.3,6243.3333383279996,14984,31216.669163999999,74920,29968]
[null,"S4","Yorke Peninsula",400,1000,null,null,0,0.3,1669.7916680025,4007.5,8348.9590012500012,20037.5,8015]
[null,"S5","Northern SA",760,1600,null,null,5000,0.3,2623.1250020984999,6295.5,13115.626049250001,31477.5,12591]
[null,"S6","Roxby Downs",null,null,null,null,3400,0.3,4905.2083372574998,11772.5,24526.043628750002,58862.5,23545]
[null,"S7","Eastern Eyre Peninsula",600,1700,null,null,5000,0.3,3475.2083361135001,8340.5,17376.043056750001,41702.5,16681]
[null,"S8","Western Eyre Peninsula",400,1100,null,null,4000,0.3,2215.0000017719999,5316,11075.000886,26580,10632]
[null,"T1","North East Tasmania",400,1000,null,null,300,0.3,3132.083335839,7517,15660.4179195,37585,15034]
[null,"T2","North West Tasmania",1300,3700,null,null,150,0.3,3125.0000024999999,7500,15625.001249999999,37500,15000]
[null,"T3","Central Highlands",900,2500,null,null,150,0.3,2318.3333351880001,5564,11591.667594,27820,11128]
[null,"T4","North Tasmania Coast",null,null,8024,20360]
[null,"V0","Non REZ Victoria",0,0,null,null,0,1,291,699,291,699,1398,"Approximate location of connection: Within 10 km of the 500 kV network between Latrobe Valley and Cranbourne/South Morang"]
[null,"N0","Non REZ NSW",0,0,null,null,0,1,910,3410,910,3410,3357,"Approximate location of connection:Within 10 km of the 500 kV network between Mt Piper and west of Bayswater "]
[null,"DN1","Dubbo",288,792,null,null,1320,0.3,1250.0000010000001,3000,6250.0005000000001,15000,6000]
[null,"DN2","Yass",206,619,null,null,825,0.3,166.6666668,400,833.3334000000001,2000,800]
[null,"DN3","Marulan",194,581,null,null,775,0.3,197.91666682499999,475,989.58341250000012,2375,950]
[null,"Notes"]
[null,"1. A land use limit of 5% for onshore wind and 1% for solar is applied for all scenarios but Accelerated Transition scenario. The limit for the Accelerated Transition  scenario is 25% and 5% for onshore wind and solar respectively. AEMO assumed an indicative land usage of 0.24 km2/MW for wind and 0.02km2/MW for solar."]
[]
[null,"Initial transmission limits (MW)"]
[]
[null,"REZ ID","REZ name","Additional constraint information","REZ transmission network limit",null,null,"Electrolyser import limit","Indicative transmission expansion cost ($M/MW)",null,null,null,null,"Notes"]
[null,null,null,null,"Peak demand","Summer typical","Winter reference",null,"Tranche 1","Tranche 2","Tranche 2 conditions","Tranche 3","Tranche 3 conditions"]
[null,"Q1","Far North QLD",null,750,750,750,92,3.230142325581395]
[null,"Q2","North Qld Clean Energy Hub",null,700,700,700,"N/A",2.1876343598666002,1.1373254964741999,"Apply after 500 MW"]
[null,"Q3","Northern Qld","Modelled as part of Group Constraint NQ1",null,null,null,"N/A"]
[null,"Q4","Isaac","Modelled as part of the Group Constraint CQ1",null,null,null,"N/A"]
[null,"Q5","Barcaldine",null,85,85,85,"N/A",3.2983242321191999,null,"Apply after 500 MW"]
[null,"Q6","Fitzroy","Modelled as part of SQ-CQ sub-regional limit",null,null,null,"N/A",null,null,null,null,null,"A REZ network limit of 3,000 MW has also been modelled for the Accelerated Transition Exports scenario for Q6 to reflect changes in power flow direction associated with significant Hydrogen demand in the CQ sub-region"]
[null,"Q7","Wide Bay","Modelled as part of Group Constraint SQ1",null,null,null,"N/A"]
[null,"Q8","Darling Downs","See Transmission Limit SWQLD1",null,null,null,"N/A"]
[null,"Q9","Banana",null,150,150,150,"N/A","Included in connection costs",null,null,null,null,"Q9 expansion is considered in its connection costs"]
[null,"Q10","Collinsville","Modelled as part of CQ-NQ sub-regional limit",null,null,null,"N/A",null,null,null,null,null,"High generation in Q10 may also result in northerly flow."]
[null,"N1","North West NSW",null,171,171,171,56,3.5927986290372891,null,null,null,null,"For REZs in NNSW, distance to Armidale used, for REZs in CNSW distance to Bayswater used, and REZs in SNSW distance to Bannaby used. This is to allow for the NSW  sub-regional modelling"]
[null,"N2","New England",null,577,577,577,"N/A",0.4539920833333333,0.46233018468968001,"Apply after 2,400 MW"]
[null,"N3","Central-West Orana",null,900,900,900,900,0.57012414539295997,0.46918461828124292,"Apply after 1,500 MW",0.54841409678966668,"Apply after 2,900 MW","Build limit does not initially include the capacity gained by the development of the Central-West Orana REZ Pilot project supported by NSW Government."]
[null,"N4","Broken Hill",null,250,250,250,"N/A",1.6202965446712501,1.6689019397141249,"Apply after 1,400 MW"]
[null,"N5","South West NSW","Also see Secondary Transmission Limit SWNSW1",450,450,450,"N/A",3.2571428571428571,0.12225243686573679,"Apply after 350 MW"]
[null,"N6","Wagga Wagga",null,1100,1100,1100,"N/A",null,null,null,null,null,"Network upgrades modelled with SNSW-CNSW cutset options 3 and 4"]
[null,"N7","Tumut",null,0,0,0,"N/A",null,null,null,null,null,"Indicative transmission expansion cost is N/A as available wind and solar resource capacity is less than the existing transmission capacity."]
[null,"N8","Cooma-Monaro",null,350,350,350,135,1.3767415999999999,1.9287016509198001,"Apply after 150 MW"]
[null,"N9","Hunter-Central Coast",null,400,400,400,"N/A",0.57999999999999996,0.74124999999999996,"Apply after 900 MW",0.22,"After 1000 MW"]
[null,"N10","Hunter Coast",null,5650,5650,5650,"N/A",null,null,null,null,null,"Expansion cost based on CNSW to SNW Option 1."]
[null,"N11","Illawarra Coast",null,1000,1000,1000,"N/A",0.51145301121004993]
[null,"N12","Illawarra",null,1000,1000,1000,1000,0.51145301121004993]
[null,"N13","South Cobar",null,106,106,119,"N/A",1.373357523917708]
[null,"S1","South East SA","Modelled as part of SESA-CSA sub-regional limit",null,null,null,"N/A"]
[null,"S2","Riverland",null,130,130,130,"N/A",0.21749711325255719]
[null,"S3","Mid-North SA","See Group Constraint MN1",null,null,null,448]
[null,"S4","Yorke Peninsula",null,100,100,100,"N/A",0.93828846204856653]
[null,"S5","Northern SA","See Group Constraint NSA1",null,null,null,"N/A"]
[null,"S6","Roxby Downs",null,500,500,500,"N/A",1.4370853912814741]
[null,"S7","Eastern Eyre Peninsula",null,300,300,300,151,0.59666666666666668,null,null,null,null,"The REZ transmission limit capacity assumes the completed Eyre Peninsula Reinforcement Project."]
[null,"S8","Western Eyre Peninsula",null,null,null,null,"N/A",1.5517885094241051,1.3675248054012801,"Apply after 950 MW"]
[null,"T1","North East Tasmania",null,400,400,400,450,1.029837411172013,0.78982180923328738,"Apply after 800 MW"]
[null,"T2","North West Tasmania",null,277,277,112,"N/A",0.30676287499999999,1.031308486556562,"Apply after 800 MW"]
[null,"T3","Central Highlands",null,702,702,843,480,0.40360360360360359,0.75925330157717397,"Apply after 555 MW"]
[null,"T4","North Tasmania Coast","Included in T2 limit for Option 1 and in Group Constraint NET1 for Option 2",null,null,null,"N/A",0.28054030022837501,0.49410384517602218,"Apply after 1360 MW"]
[null,"DN1 ",null,"see Group Constraint CNSW1",0,0,0,"N/A",0.86,0.25,"After 700 MW",0.79,"After 500 MW"]
[null,"DN2 ",null,"DN2",0,0,0,"N/A",0.72]
[null,"DN3 ",null,"DN3",0,0,0,"N/A",0.77]
[null,"Additional table notes"]
[null,"1. Intra-regional transmission augmentations may be selected by the model if economic to access larger new renewable resource locations."]
[null,"2. Where expansion costs vary for larger VRE build, additional cost estimates are modelled when VRE exceeds a threshold to capture changes in costs for staged upgrades."]
[null,"3. Indicative expansion costs will also take into account the forecasted REZ augmentation costs, as shown on 'Forecasted REZ Cost' tabs"]
[]
[null,"REZ transmission modifiers due to committed and anticipated network augmentations "]
[]
[null,"REZ ID","REZ Name","Augmentation name","REZ Transmission limit increase (MW)","Notes"]
[null,"N3","Central-West Orana","Central-West Orana REZ Network Infrastructure Project ",4500]
[null,"N5","South West NSW","Project EnergyConnect ",800]
[null,"S2","Riverland","Project EnergyConnect ",800]
[null,"Q2","North Qld Clean Energy Hub","CopperString 2032",1500]
[null,"WV1",null,"Western Renewables Link",1150]
[null,"SWNSW1","Secondary Transmission Limit - South West NSW","Project EnergyConnect ",400]
[]
[]
[]
[null,"REZ Group Constraints Summary"]
[]
[null,"Term","Description","Group constraint ID","Transmission-limited total build",null,null,"Indicative transmission expansion cost ($M/MW)","Indicative transmission expansion cost ($M/MW) Tranche 2","Notes"]
[null,null,null,null,"Summer peak","Summer typical","Winter reference"]
[null,"Q1","Far North QLD","NQ1",2420,2420,2650,2.64577987921,1.6049898804777301,"Limit assumes Powerlink upgrades limiting 8km of line into Ross from Strathmore 275kV."]
[null,"Q2","North QLD Clean Energy Hub"]
[null,"Q3","Northern QLD"]
[null," - CQ-NQ","Central Queensland - North Queensland ","CQ1",1700,1700,2070,0.33348468985198132,0.84344743171956671]
[null,"Q4","Isaac"]
[null,"-0.5 * SQ-CQ","Central Queensland - South Queensland","SQ1",1400,1400,1400,0.83492917157931812,0.93976233129345454,"The following SQ1 limit relates to SQ1 (Before Queensland SuperGrid). SQ1 (After Queensland SuperGrid) will be defined as a part of the Final 2025 IASR."]
[null,"Q7","Wide Bay"]
[null,"Q7","Wide Bay","SQ1 (After Queensland SuperGrid)",2500,2500,2500,"-"]
[null,"0.15 * WD","Generation in Western Downs area"]
[null,"0.15 * DD","Generation in Darling Downs area"]
[null,"0.12 * SD","Generation in Southern Downs area"]
[null,"0.15 * NSW-QLD","North New South Wales to South Queensland flow (QNI)"]
[null,"-0.57 * SQ-CQ","SQ-CQ sub-regional flow"]
[null,"0.27 * BPH","Borumba Pumped Hydro"]
[null," - Heywood Interconnector","Heywood Interconnector","SWV1",2495,2495,2495,0.45118851697247919]
[null,"V5","South West Victoria"]
[null,"V9","Southern Ocean"]
[null,"S3","Mid-North SA","MN1",1630,1630,1860,0.66666666666666663,0.76800000000000002,"Combined from TEOR and Draft IASR 2025 new limit"]
[null,"S4","Yorke Peninsula"]
[null,"NSA-CSA","Flow from NSA to CSA"]
[null,"0.2 * SNSW-CSA","Flow of SNSW-CSA"]
[null,"0.75 * S5","Northern SA new entrant VRE","NSA1",585,585,585,0.5377777777777778,null,"S5 West includes Mt Millar WF, Cathedral Rocks WF, Lincoln Gap WF and BESS, Cultana SF, Port Lincoln GT, and SA Hydrogen Turbine\nAssumes completion of the Davenport-Cultana NCIPAP ratings upgrade project. \nThe coefficient for the NSA demand term is subject to change for the final 2025 IASR based on updates to the relevant demand forecast."]
[null,"S5 West","Existing generation in west of S5"]
[null,"S7","Eastern Eyre Peninsula"]
[null,"S8","Western Eyre Peninsula"]
[null,"-0.1 * NSA demand","Industrial load in NSA area"]
[null,"T1","North East Tasmania","NET1",1600,1600,1600]
[null,"T4","North Tasmania Coast"]
[null,"N4","Southwest NSW 2 group constraint ","SWNSW2",4400,4400,4400]
[null,"N5"]
[null,"N13"]
[null," - SNSW-CSA"]
[null,"-0.8 * WNV-SNSW"]
[null,"Limondale SF","Existing BESS and solar generation in South West New South Wales area"]
[null,"Limondale 2 SF"]
[null,"Sunraysia SF"]
[null,"Coleambally SF"]
[null,"Finley SF"]
[null,"Darlington Pt SF"]
[null,"Hillston SF"]
[null,"Darlington Point BESS"]
[null,"Riverina BESS 1 & 2"]
[null,"Broken Hill SF","Existing generation in Broken Hill area"]
[null,"Broken Hill BESS"]
[null,"Silverton WF"]
[null,"Silver City Energy Storage"]
[null,"-0.75 * S5","Northern SA new entrant VRE","NSA1 North  ",590,590,590]
[null," - S7","Eastern Eyre Peninsula"]
[null," - S8","Western Eyre Peninsula"]
[null," - S5 West","Existing generation in west of S5"]
[null,"0.1 * NSA demand","Industrial load in NSA area"]
[null,"D1",null,"CNSW1",815,815,815]
[null,"Beryl Solar Farm"]
[null,"Bodangora Wind Farm"]
[null,"Crudine Ridge Wind Farm"]
[null,"Flyers Creek Wind Farm"]
[null,"Goonumbla Solar Farm"]
[null,"Jemalong Solar"]
[null,"Manildra Solar Farm"]
[null,"Molong Solar Farm"]
[null,"Narromine Solar Farm"]
[null,"Nevertire Solar Farm"]
[null,"Nyngan Solar Plant"]
[null,"Parkes Solar Farm"]
[null,"Dubbo Solar Hub"]
[null,"Suntop Solar Farm"]
[null,"Wellington Solar Farm"]
[null,"Wollar Solar Farm"]
[null,"Orana BESS"]
[null,"Uungula Wind Farm"]
[null,"Wellington North Solar Farm"]
[]
[null,"REZ transmission limit constraint summary"]
[]
[null,"Term","Description","Group constraint ID","Transmission-limited total build",null,null,"Indicative transmission expansion cost ($M/MW)","Indicative transmission expansion cost ($M/MW) Tranche 2","Notes"]
[null,null,null,null,"Summer peak","Summer typical","Winter reference"]
[null,"0.14 * WD","Generation in Western Downs area","SWQLD1",3000,3000,3000,6.9119431171221463E-2,1.2196718837186249,"Assumes installation of a SPS or runback scheme for management of post-contingent flows.\nWD area includes: Tarong, Tarong North, Tarong BESS, Borumba Pumped Hydro, Coopers Gap WF, Wambo WF, WD new entrant VRE\nDD area includes:Chinchilla BESS, Ulinda Park BESS, Wandoan South BESS, Western Downs BESS, Kogan Creek, Kogan Gas, Condamine, Darling Downs, Darling Downs SF, Braemar, Braemar 2, Roma, Bluegrass SF, Columboola SF, Edenvale SF, Gangarri SF, Wandoan South SF, Western Downs SF, Dulacca WF, DD new entrant VRE\nSD area includes:Milmerran, SD new entrant VRE"]
[null,"0.43 * DD","Generation in Darling Downs area"]
[null,"SD","Generation in Southern Downs area"]
[null,"0.84 * NSW-QLD","North New South Wales to South Queensland flow (QNI)"]
[null,"-0.11 * CQ-SQ","South Queensland to Central Queensland flow"]
[null,"N9",null,"N9_Hydrogen",1020,1020,1020]
[null,"NNSW-SQ"]
[null,"Q7",null,"Q7_Hydrogen",1050,1050,1050]
[null,"0.5 * SQ-CQ"]
[null,"Q1",null,"Q1_Hydrogen",490,490,490]
[null,"-0.2 * NQ Load"]
[null,"Q4",null,"Q4_Hydrogen",960,960,960]
[null,"0.8 * CQ-NQ"]
[null,"CNSW-SNW South",null,"SNW1",2790,2790,2790]
[null,"0.51 * SNSWGPGSO","CNSW-SNW South + 0.51*(SNWGPGSO + Tallawarra – 0.063*SNW load) + 0.66*CNSWGPG < 2,790"]
[null,"0.51 * Tallawarra"]
[null,"0.03213 * SNW Load","0.063*0.51"]
[null,"0.66 * CNSWGPG"]
[]
[null,"REZ secondary transmission limit summary"]
[]
[null,"Term","Description","Group constraint ID","Transmission-limited total build",null,null,"Indicative transmission expansion cost ($M/MW)","Indicative transmission expansion cost ($M/MW) Tranche 2","Notes"]
[null,null,null,null,"Summer peak","Summer typical","Winter reference"]
[null,"Limondale SF","Existing BESS and solar generation in South West New South Wales area","SWNSW1",1200,1200,1200,null,null,"Limodale 1, Limondale 2 and Sunraysia SFs are mapped as being in the N5 REZ only, following the update to the REZ geographical boundary."]
[null,"Limondale 2 SF"]
[null,"Sunraysia SF"]
[null,"Coleambally SF"]
[null,"Finley SF"]
[null,"Darlington Pt SF"]
[null,"Hillston SF"]
[null,"Darlington Point BESS"]
[null,"Riverina BESS 1 & 2"]
[null,"Broken Hill SF","Existing generation in Broken Hill area"]
[null,"Broken Hill BESS"]
[null,"Silverton WF"]
[null,"Silver City Energy Storage"]

{"sheet":"Build limits - PHES","index":57,"n_rows":27,"n_cols":23,"rows_kept":27,"cut":false,"hidden":false,"merged":[[7,22,8,22],[7,2,8,2],[7,3,8,3],[7,1,8,1]]}
[null,"Go to Assumptions Summary"]
[null,"Initial Build limits - Pumped Hydro Energy Storage (PHES)"]
[null,"Potential in each NEM sub-region to build pumped hydro energy storage."]
[null,"Sub-regional limits are considered to reflect the sub-regional configuration of the capacity outlook models."]
[null,"Limits are based on GHD's 2025 Pumped Hydro Energy Storage Parameter Review, available at:"]
[null,"https://aemo.com.au/energy-systems/major-publications/integrated-system-plan-isp/2026-integrated-system-plan-isp/2025-26-inputs-assumptions-and-scenarios"]
[]
[null,"Name","ISP Sub-region","Region","Pumped Hydro Energy Storage (PHES) limits (MW)"]
[null,"Name",null,null,"Pumped Hydro (10hrs storage)","Pumped Hydro (24hrs storage)","Pumped Hydro (48hrs storage)","BOTN - Cethana - 20h",null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Name"]
[null,"Northern New South Wales","NNSW","NSW",2500,9400,19500,0]
[null,"Central New South Wales","CNSW","NSW",1000,5200,3900,0]
[null,"South New South Wales","SNSW","NSW",1500,2100,2300,0]
[null,"Sydney, Newcastle, Wollongong","SNW","NSW",300,0,0,0]
[null,"Northern Queensland","NQ","QLD",1000,6500,10200,0]
[null,"Central Queensland","CQ","QLD",1400,1200,6300,0]
[null,"Gladstone Grid","GG","QLD",0,0,0,0]
[null,"South Queensland","SQ","QLD",1000,1000,1600,0]
[null,"Northern South Australia","NSA","SA",100,1000,800,0]
[null,"Central South Australia","CSA","SA",100,0,0,0]
[null,"South East South Australia","SESA","SA",0,0,0,0]
[null,"Tasmania","TAS","TAS",1100,500,3900,750]
[null,"West and North Victoria","WNV","VIC",1600,4700,9400,0]
[null,"Greater Melbourne and Geelong","MEL","VIC",0,0,0,0]
[null,"South East Victoria","SEV","VIC",0,0,0,0]
[null,"Notes:"]
[null,"1. South New South Wales limits do not include Snowy 2.0, which is modelled as a specific project"]
[null,"2. South Queensland limits do not include Borumba Dam, which is modelled as a specific project."]

{"sheet":"First-of-a-kind premium","index":58,"n_rows":11,"n_cols":4,"rows_kept":11,"cut":false,"hidden":false,"merged":[]}
[null,"Go to Assumptions Summary"]
[null,"First-of-a-kind premium factor"]
[null,"First-of-a-kind premiums applied to emerging generation technologies to reflect the tendency of first-of-a-kind installations to exceed estimated costs."]
[null,"Premiums are based on advice from CSIRO's GenCost 2024-25 Final Report"]
[null,"Premiums are applied as additional costs on top of build cost projections from GenCost for the first two years of a technology's development in capacity expansion modelling."]
[]
[null,"Technology","Cost premium - first year of development","Cost premium - second year of development"]
[null,"CCGT with CCS",0.42,0.21]
[null,"Solar Thermal (16hrs storage)",0.37,0.18]
[null,"Wind - offshore (fixed)",0.63,0.31]
[null,"Wind - offshore (floating)",0.63,0.31]

{"sheet":"Lead time and project life","index":59,"n_rows":35,"n_cols":8,"rows_kept":35,"cut":false,"hidden":false,"merged":[[2,1,2,6],[3,1,3,6]]}
[null,"Go to Assumptions Summary"]
[null,"Lead time and project life"]
[null,"Development lead time considers the time necessary to undertake feasibility studies, secure necessary development approvals, and to construct the project. For capacity planning therefore, the lead time reflects the shortest time before a technology can commence operation."]
[null,"Parameters for all technologies are sourced from Aurecon 2024 Energy Technology Cost and Technical Parameter Review. "]
[]
[null,"Technology","Lead time for development (years)1, 2","Lead time (years)3","Construction time (years)","Total lead time (years)4,7","Economic life (years)5","Technical life (years)6"]
[null,"OCGT (small GT)",2,2,1.5,{"$f":"ROUND(SUM(C7:E7),0)","v":6},25,40]
[null,"OCGT (large GT)",2,2,1.1153846153846101,5,25,40]
[null,"CCGT",2.5,1.75,1.5,6,25,40]
[null,"CCGT with CCS",3,1.75,2,7,25,40]
[null,"Biomass",3,1.75,1.25,6,30,50]
[null,"Large scale Solar PV",0,1,0.5,2,30,30]
[null,"Solar Thermal (16hrs storage)",2.5,1.75,1.75,6,30,40]
[null,"Battery storage (1hr storage)",0,1,0.84615384615384603,2,20,20]
[null,"Battery storage (2hrs storage)",0,1.2,1,2,20,20]
[null,"Battery storage (4hrs storage)",0,1.4,1.15384615384615,3,20,20]
[null,"Battery storage (8hrs storage)",0,1.6,1.3076923076922999,3,20,20]
[null,"Wind",0,1,1.7307692307692299,3,25,30]
[null,"Wind - offshore (fixed)",7,3,3,13,25,30]
[null,"Wind - offshore (floating)",7,3,3,13,25,30]
[null,"Pumped Hydro (10hrs storage)",4,2,2.4038461538461502,8,40,90]
[null,"Pumped Hydro (24hrs storage)",4,2,3.84615384615384,10,40,90]
[null,"Pumped Hydro (48hrs storage)",4,2,3.84615384615384,10,40,90]
[null,"Distributed Resources Solar",0,0.5,0.5,{"$f":"ROUND(SUM(C24:E24),0)","v":1},30,30]
[null,"Distributed Resources Batteries",0,0.5,1,{"$f":"ROUND(SUM(C25:E25),0)","v":2},20,20]
[null,"Alkaline Electrolyser",2.5,2,0.5,{"$f":"ROUND(SUM(C26:E26),0)","v":5},10,25]
[null,"BOTN - Cethana",4,2,3.84615384615384,{"$f":"ROUND(SUM(C27:E27),0)","v":10},40,90]
[null,"Notes:"]
[null,"1. Aurecon has assumed that lead time for development is the time to undertake feasibility studies, procurement and contract negotiations, obtain permits and approvals, secure land agreements, fuel supply and obtain financing."]
[null,"2. Given existing development activity in these technologies, AEMO has assumed no lead time for development for onshore wind, batteries, large-scale solar PV, Distributed Resources Solar,and Distributed Resources Batteries."]
[null,"3. Aurecon has assumed lead time as the time from issue of Notice to Proceed (NTP) to the EPC contractor up to the delivery of all major equipment to site."]
[null,"4. Aurecon has provided some components of lead time in weeks or fractions of years. AEMO has rounded the total lead time to the nearest whole number of years."]
[null,"5. Period of time required for the project to pay off its build costs."]
[null,"6. Period of time the project is operational before life extension refurbishment or retirement may be required."]
[null,"7. AEMO proposes to apply the total leadtime from the date of the Generation Information that is used in the ISP modelling"]

{"sheet":"Financial parameters","index":60,"n_rows":90,"n_cols":7,"rows_kept":90,"cut":false,"hidden":false,"merged":[[52,1,52,7],[3,1,3,7]]}
[null,"Go to Assumptions Summary"]
[null,"Discount rate"]
[null,"The discount rate is used to compare costs and benefits received at different points in time as well as to calculate the present value of future cash flows to account for the time value of money."]
[null,"The discount rate presented is pre-tax, real."]
[]
[null,null,"Note","Lower Bound","Central","Upper Bound"]
[null,"Discount rate (%)",null,3.0000000000000006E-2,7.0000000000000007E-2,0.1]
[]
[]
[null,"Weighted Average Cost of Capital"]
[null,"Weighted Average Cost of Capital (WACC) for a project is used in combination with the project’s economic life to calculate the annuity payments required."]
[]
[null,"Technology type","Notes","Slower Growth","Step Change","Accelerated Transition"]
[null,"OCGT (small GT)",null,0.08,0.09,0.1]
[null,"OCGT (large GT)",null,0.08,0.09,0.1]
[null,"CCGT","A",9.5000000000000001E-2,0.105,0.12]
[null,"CCGT with CCS","A",9.5000000000000001E-2,0.105,0.12]
[null,"Biomass","A",9.5000000000000001E-2,0.105,0.12]
[null,"Large scale Solar PV",null,6.5000000000000002E-2,7.0000000000000007E-2,0.08]
[null,"Solar Thermal (16hrs storage)","A",9.5000000000000001E-2,0.105,0.12]
[null,"Battery storage (1hr storage)",null,7.4999999999999997E-2,0.08,9.5000000000000001E-2]
[null,"Battery storage (2hrs storage)",null,7.4999999999999997E-2,0.08,9.5000000000000001E-2]
[null,"Battery storage (4hrs storage)",null,7.4999999999999997E-2,0.08,9.5000000000000001E-2]
[null,"Battery storage (8hrs storage)",null,7.4999999999999997E-2,0.08,9.5000000000000001E-2]
[null,"Wind",null,7.0000000000000007E-2,7.4999999999999997E-2,8.5000000000000006E-2]
[null,"Wind - offshore (fixed)",null,7.0000000000000007E-2,7.4999999999999997E-2,8.5000000000000006E-2]
[null,"Wind - offshore (floating)",null,7.0000000000000007E-2,7.4999999999999997E-2,8.5000000000000006E-2]
[null,"Pumped Hydro (10hrs storage)",null,7.4999999999999997E-2,8.5000000000000006E-2,9.5000000000000001E-2]
[null,"Pumped Hydro (24hrs storage)",null,7.4999999999999997E-2,8.5000000000000006E-2,9.5000000000000001E-2]
[null,"Pumped Hydro (48hrs storage)",null,7.4999999999999997E-2,8.5000000000000006E-2,9.5000000000000001E-2]
[null,"Distributed Resources Solar","C",6.5000000000000002E-2,7.0000000000000007E-2,0.08]
[null,"Distributed Resources Batteries","C",7.4999999999999997E-2,0.08,9.5000000000000001E-2]
[null,"Alkaline Electrolyser",null,7.0000000000000007E-2,0.08,0.09]
[null,"BOTN - Cethana",null,7.4999999999999997E-2,8.5000000000000006E-2,9.5000000000000001E-2]
[null,"Electricity - Transmission and Distribution (Regulated)",null,0.03,0.03,3.5000000000000003E-2]
[null,"Electricity - Transmission and Distribution (Unregulated) ",null,0.06,6.5000000000000002E-2,7.4999999999999997E-2]
[null,"Gas - Transmission and Distribution (Regulated) ",null,0.03,0.03,3.5000000000000003E-2]
[null,"Gas - Transmission and Distribution (Unregulated)",null,6.5000000000000002E-2,7.0000000000000007E-2,0.08]
[null,"Source: Oxford Economics Australia, Discount Rates for Energy Infrastructure 2024, AER - Transgrid FD PTRM - 2024-25 RoD update - Humelink S2 - August 2024 - Public"]
[null,"A. AEMO assumes that the WACC for CCGT, CCGT with CCS, Biomass, and Solar Thermal are similar"]
[null,"B. AEMO assumes that the WACC for distributed resources are similar to large-scale installations"]
[]
[null,"Value of customer reliability (VCR)"]
[null,"A VCR expresses the value that customers place on having a reliable supply of electricity."]
[null,"Values of customer reliability are used to quantify the differences in market benefits between development pathways arising from changes in involuntary load shedding."]
[]
[null,null,"New South Wales","Queensland","South Australia","Tasmania","Victoria"]
[null,"Value of customer reliability ($/MWh, real 2025)",31428.058294239727,26164.646009591754,33856.543885032901,19295.791367850383,36356.156668861862]
[null,"Source:"]
[null,"https://www.aer.gov.au/system/files/2024-12/2024-12-18%20AER%20-%20Final%20report%20-%202024%20VCR%20review_0.pdf"]
[null,"(Table 20)"]
[]
[]
[null,"Value of emissions reduction"]
[null,"AEMO converts the Value of Emissions Reduction (VER) from AER's guidance from calendar years to financial years by averaging the values for two adjacent calendar years."]
[]
[null,"Financial year","VER ($/tonne CO2-e)"]
[null,"2024-25",76.642799440924961]
[null,"2025-26",81.928509747195648]
[null,"2026-27",86.685649022839257]
[null,"2027-28",91.442788298482881]
[null,"2028-29",97.257069635380631]
[null,"2029-30",105.71420612541374]
[null,"2030-31",115.75705570732804]
[null,"2031-32",125.79990528924235]
[null,"2032-33",136.8998969324108]
[null,"2033-34",148.5284596062063]
[null,"2034-35",160.1570222800018]
[null,"2035-36",172.31415598442439]
[null,"2036-37",184.99986071947404]
[null,"2037-38",198.21413648515076]
[null,"2038-39",211.95698328145454]
[null,"2039-40",226.22840110838538]
[null,"2040-41",241.55696099657038]
[null,"2041-42",257.94266294600953]
[null,"2042-43",274.85693592607572]
[null,"2043-44",292.82835096739603]
[null,"2044-45",312.38547910059759]
[null,"2045-46",332.99974929505328]
[null,"2046-47",354.67116155076309]
[null,"2047-48",377.92828689835409]
[null,"2048-49",402.77112533782633]
[null,"2049-50",429.72824789980683]
[null,"2050-51",443.9996657267377]
[null,"2051-52",443.9996657267377]
[null,"2052-53",443.9996657267377]
[null,"2053-54",443.9996657267377]
[null,"2054-55",443.9996657267377]
[null,"Source: Australian Energy Regulator, Value of Emissions Reductions AER guidance and explanatory statement"]
[null,"https://www.aer.gov.au/system/files/2024-05/AER%20-%20Valuing%20emissions%20reduction%20-%20Final%20guidance%20and%20explanatory%20statement%20-%20May%202024.pdf"]

{"sheet":"Affine Heat rates","index":61,"n_rows":190,"n_cols":11,"rows_kept":190,"cut":false,"hidden":false,"merged":[]}
[null,"Go to Assumptions Summary"]
[null,"Affine Heat rates (Time-Sequential Model)"]
[null,"Parameters to model in detail the efficiency of thermal generators (as-generated, higher heating value) via a no-load component and a constant marginal heat rate."]
[null,"For the steam turbines of CCGT, the heat rate represents the conversion of exhaust heat from the gas turbines (rather than fuel) into electricity."]
[]
[null,"Existing generators",null,null,null,null,null,"New entrant technologies"]
[null,"IASR ID","Power Station","Technology Type","No load heat input (GJ/h)","Marginal heat rate (GJ/MWh)",null,"Technology","Unit nominal capacity (MW)","No load heat input (GJ/h)","Marginal heat rate (GJ/MWh)"]
[null,"BW01",{"$f":"VLOOKUP(B8,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bayswater"},{"$f":"VLOOKUP(B8,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},540,9.2337531793051983,null,"OCGT (small GT)",33.700000000000003,141.64263959390857,6.4456852791878205]
[null,"BW02",{"$f":"VLOOKUP(B9,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bayswater"},{"$f":"VLOOKUP(B9,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},540,9.2636138296038055,null,"OCGT (large GT)",244.3,1358.8415571284124,5.3690596562184041]
[null,"BW03",{"$f":"VLOOKUP(B10,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bayswater"},{"$f":"VLOOKUP(B10,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},540,9.2636138296038055,null,"CCGT",380,399.40056980057074,6.1981766381766352]
[null,"BW04",{"$f":"VLOOKUP(B11,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bayswater"},{"$f":"VLOOKUP(B11,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},540,9.2636138296038055,null,"CCGT with CCS",351.5,319.54154429760121,8.1305677924620667]
[null,"CALL_B_1",{"$f":"VLOOKUP(B12,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Callide B"},{"$f":"VLOOKUP(B12,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},504,8.6262696082543417,null,"Biomass",30,39.633225458468146,16.213951815893562]
[null,"CALL_B_2",{"$f":"VLOOKUP(B13,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Callide B"},{"$f":"VLOOKUP(B13,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},504,8.6262696082543417,null,"Large scale Solar PV",1,0,0]
[null,"CPP_3",{"$f":"VLOOKUP(B14,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Callide C"},{"$f":"VLOOKUP(B14,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Super Critical"},612,8.4526948176225112,null,"Solar Thermal (16hrs storage)",1,0,0]
[null,"CPP_4",{"$f":"VLOOKUP(B15,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Callide C"},{"$f":"VLOOKUP(B15,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Super Critical"},453.6,8.8160910440376057,null,"Battery storage (1hr storage)",1,0,0]
[null,"ER01",{"$f":"VLOOKUP(B16,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Eraring"},{"$f":"VLOOKUP(B16,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},648,9.2585868276990784,null,"Battery storage (2hrs storage)",1,0,0]
[null,"ER02",{"$f":"VLOOKUP(B17,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Eraring"},{"$f":"VLOOKUP(B17,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},648,9.2585868276990784,null,"Battery storage (4hrs storage)",1,0,0]
[null,"ER03",{"$f":"VLOOKUP(B18,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Eraring"},{"$f":"VLOOKUP(B18,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},648,9.2585868276990784,null,"Battery storage (8hrs storage)",1,0,0]
[null,"ER04",{"$f":"VLOOKUP(B19,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Eraring"},{"$f":"VLOOKUP(B19,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},648,9.2585868276990784,null,"Wind",1,0,0]
[null,"GSTONE1",{"$f":"VLOOKUP(B20,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Gladstone"},{"$f":"VLOOKUP(B20,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},396,8.8831971232428888,null,"Wind - offshore (fixed)",1,0,0]
[null,"GSTONE2",{"$f":"VLOOKUP(B21,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Gladstone"},{"$f":"VLOOKUP(B21,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},396,8.8831971232428888,null,"Wind - offshore (floating)",1,0,0]
[null,"GSTONE3",{"$f":"VLOOKUP(B22,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Gladstone"},{"$f":"VLOOKUP(B22,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},396,8.8831971232428888,null,"Pumped Hydro (10hrs storage)",1,0,0]
[null,"GSTONE4",{"$f":"VLOOKUP(B23,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Gladstone"},{"$f":"VLOOKUP(B23,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},396,8.8831971232428888,null,"Pumped Hydro (24hrs storage)",1,0,0]
[null,"GSTONE5",{"$f":"VLOOKUP(B24,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Gladstone"},{"$f":"VLOOKUP(B24,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},396,8.8831971232428888,null,"Pumped Hydro (48hrs storage)",1,0,0]
[null,"GSTONE6",{"$f":"VLOOKUP(B25,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Gladstone"},{"$f":"VLOOKUP(B25,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},396,8.8831971232428888,null,"Distributed Resources Solar",1,0,0]
[null,"KPP_1",{"$f":"VLOOKUP(B26,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Kogan Creek"},{"$f":"VLOOKUP(B26,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Super Critical"},648,8.8015113681964383,null,"Distributed Resources Batteries",1,0,0]
[null,"MPP_1",{"$f":"VLOOKUP(B27,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Millmerran"},{"$f":"VLOOKUP(B27,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Super Critical"},666,8.2314719792882585,null,"Alkaline Electrolyser",1,0,0]
[null,"MPP_2",{"$f":"VLOOKUP(B28,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Millmerran"},{"$f":"VLOOKUP(B28,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Super Critical"},666,8.2314719792882585,null,"BOTN - Cethana",1,0,0]
[null,"MP1",{"$f":"VLOOKUP(B29,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mt Piper"},{"$f":"VLOOKUP(B29,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},540,9.001851566974274,null,"Notes: 1. Sourced from Aurecon 2024 Energy Technology Cost and Technical Parameter Review."]
[null,"MP2",{"$f":"VLOOKUP(B30,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mt Piper"},{"$f":"VLOOKUP(B30,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},540,8.9233957761897162]
[null,"STAN-1",{"$f":"VLOOKUP(B31,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Stanwell"},{"$f":"VLOOKUP(B31,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},504,8.5840243190783188]
[null,"STAN-2",{"$f":"VLOOKUP(B32,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Stanwell"},{"$f":"VLOOKUP(B32,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},504,8.5840243190783188]
[null,"STAN-3",{"$f":"VLOOKUP(B33,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Stanwell"},{"$f":"VLOOKUP(B33,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},504,8.5840243190783188]
[null,"STAN-4",{"$f":"VLOOKUP(B34,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Stanwell"},{"$f":"VLOOKUP(B34,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},504,8.5840243190783188]
[null,"TARONG#1",{"$f":"VLOOKUP(B35,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tarong"},{"$f":"VLOOKUP(B35,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},504,8.5677838318692316]
[null,"TARONG#2",{"$f":"VLOOKUP(B36,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tarong"},{"$f":"VLOOKUP(B36,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},504,8.5677838318692316]
[null,"TARONG#3",{"$f":"VLOOKUP(B37,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tarong"},{"$f":"VLOOKUP(B37,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},504,8.5677838318692316]
[null,"TARONG#4",{"$f":"VLOOKUP(B38,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tarong"},{"$f":"VLOOKUP(B38,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},504,8.5677838318692316]
[null,"TNPS1",{"$f":"VLOOKUP(B39,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tarong North"},{"$f":"VLOOKUP(B39,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Super Critical"},648,7.766219312602292]
[null,"VP5",{"$f":"VLOOKUP(B40,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Vales Point B"},{"$f":"VLOOKUP(B40,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},648,9.2049390338015105]
[null,"VP6",{"$f":"VLOOKUP(B41,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Vales Point B"},{"$f":"VLOOKUP(B41,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},648,9.2049390338015105]
[null,"LYA1",{"$f":"VLOOKUP(B42,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Loy Yang A Power Station"},{"$f":"VLOOKUP(B42,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},756,12.015013365013361]
[null,"LYA2",{"$f":"VLOOKUP(B43,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Loy Yang A Power Station"},{"$f":"VLOOKUP(B43,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},756,11.938598270673738]
[null,"LYA3",{"$f":"VLOOKUP(B44,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Loy Yang A Power Station"},{"$f":"VLOOKUP(B44,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},756,12.015013365013361]
[null,"LYA4",{"$f":"VLOOKUP(B45,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Loy Yang A Power Station"},{"$f":"VLOOKUP(B45,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},756,12.015013365013361]
[null,"LOYYB1",{"$f":"VLOOKUP(B46,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Loy Yang B"},{"$f":"VLOOKUP(B46,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},720,12.392918523316739]
[null,"LOYYB2",{"$f":"VLOOKUP(B47,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Loy Yang B"},{"$f":"VLOOKUP(B47,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},720,12.392918523316739]
[null,"YWPS1",{"$f":"VLOOKUP(B48,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Yallourn W"},{"$f":"VLOOKUP(B48,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},720,13.386872586872588]
[null,"YWPS2",{"$f":"VLOOKUP(B49,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Yallourn W"},{"$f":"VLOOKUP(B49,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},720,13.386872586872588]
[null,"YWPS3",{"$f":"VLOOKUP(B50,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Yallourn W"},{"$f":"VLOOKUP(B50,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},720,13.524015444015445]
[null,"YWPS4",{"$f":"VLOOKUP(B51,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Yallourn W"},{"$f":"VLOOKUP(B51,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},720,13.524015444015445]
[null,"ANGAS1",{"$f":"VLOOKUP(B52,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Angaston"},{"$f":"VLOOKUP(B52,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},0,13.102582300595078]
[null,"ANGAS2",{"$f":"VLOOKUP(B53,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Angaston"},{"$f":"VLOOKUP(B53,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},0,13.102582300595078]
[null,"BDL01",{"$f":"VLOOKUP(B54,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bairnsdale"},{"$f":"VLOOKUP(B54,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},72,9.0697283610874599]
[null,"BDL02",{"$f":"VLOOKUP(B55,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bairnsdale"},{"$f":"VLOOKUP(B55,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},72,9.0697283610874599]
[null,"BARCALDN",{"$f":"VLOOKUP(B56,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barcaldine Power Station"},{"$f":"VLOOKUP(B56,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},72,10.903395525303651]
[null,"BIPS1_01",{"$f":"VLOOKUP(B57,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B57,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},0,8.138903960933261]
[null,"BIPS1_02",{"$f":"VLOOKUP(B58,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B58,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},0,8.138903960933261]
[null,"BIPS1_03",{"$f":"VLOOKUP(B59,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B59,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},0,8.138903960933261]
[null,"BIPS1_04",{"$f":"VLOOKUP(B60,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B60,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},0,8.138903960933261]
[null,"BIPS1_05",{"$f":"VLOOKUP(B61,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B61,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},0,8.138903960933261]
[null,"BIPS1_06",{"$f":"VLOOKUP(B62,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B62,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},0,8.138903960933261]
[null,"BIPS1_07",{"$f":"VLOOKUP(B63,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B63,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},0,8.138903960933261]
[null,"BIPS1_08",{"$f":"VLOOKUP(B64,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B64,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},0,8.138903960933261]
[null,"BIPS1_09",{"$f":"VLOOKUP(B65,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B65,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},0,8.138903960933261]
[null,"BIPS1_10",{"$f":"VLOOKUP(B66,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B66,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},0,8.138903960933261]
[null,"BIPS1_11",{"$f":"VLOOKUP(B67,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B67,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},0,8.138903960933261]
[null,"BIPS1_12",{"$f":"VLOOKUP(B68,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B68,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},0,8.138903960933261]
[null,"BBTHREE1",{"$f":"VLOOKUP(B69,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bell Bay Three"},{"$f":"VLOOKUP(B69,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},72,10.61250905078785]
[null,"BBTHREE2",{"$f":"VLOOKUP(B70,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bell Bay Three"},{"$f":"VLOOKUP(B70,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},72,10.61250905078785]
[null,"BBTHREE3",{"$f":"VLOOKUP(B71,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bell Bay Three"},{"$f":"VLOOKUP(B71,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},72,10.61250905078785]
[null,"BOLIVPS1_1",{"$f":"VLOOKUP(B72,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bolivar Power Station"},{"$f":"VLOOKUP(B72,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},14.4,10.181198496934538]
[null,"BOLIVPS1_2",{"$f":"VLOOKUP(B73,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bolivar Power Station"},{"$f":"VLOOKUP(B73,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},14.4,10.181198496934538]
[null,"BOLIVPS1_3",{"$f":"VLOOKUP(B74,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bolivar Power Station"},{"$f":"VLOOKUP(B74,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},14.4,10.181198496934538]
[null,"BOLIVPS1_4",{"$f":"VLOOKUP(B75,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bolivar Power Station"},{"$f":"VLOOKUP(B75,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},14.4,10.181198496934538]
[null,"BRAEMAR1",{"$f":"VLOOKUP(B76,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Braemar"},{"$f":"VLOOKUP(B76,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},396,9.8948171412885984]
[null,"BRAEMAR2",{"$f":"VLOOKUP(B77,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Braemar"},{"$f":"VLOOKUP(B77,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},396,9.8948171412885984]
[null,"BRAEMAR3",{"$f":"VLOOKUP(B78,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Braemar"},{"$f":"VLOOKUP(B78,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},396,9.8948171412885984]
[null,"BRAEMAR5",{"$f":"VLOOKUP(B79,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Braemar 2 Power Station"},{"$f":"VLOOKUP(B79,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},288,10.33646023561894]
[null,"BRAEMAR6",{"$f":"VLOOKUP(B80,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Braemar 2 Power Station"},{"$f":"VLOOKUP(B80,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},288,10.33646023561894]
[null,"BRAEMAR7",{"$f":"VLOOKUP(B81,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Braemar 2 Power Station"},{"$f":"VLOOKUP(B81,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},288,10.33646023561894]
[null,"CG1",{"$f":"VLOOKUP(B82,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Colongra"},{"$f":"VLOOKUP(B82,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},450,8.7719039081439245]
[null,"CG2",{"$f":"VLOOKUP(B83,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Colongra"},{"$f":"VLOOKUP(B83,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},450,8.7719039081439245]
[null,"CG3",{"$f":"VLOOKUP(B84,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Colongra"},{"$f":"VLOOKUP(B84,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},450,8.7719039081439245]
[null,"CG4",{"$f":"VLOOKUP(B85,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Colongra"},{"$f":"VLOOKUP(B85,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},450,8.7719039081439245]
[null,"CPSA_GT1",{"$f":"VLOOKUP(B86,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Condamine A"},{"$f":"VLOOKUP(B86,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},72,11.413967611336007]
[null,"CPSA_GT2",{"$f":"VLOOKUP(B87,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Condamine A"},{"$f":"VLOOKUP(B87,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},72,11.413967611336007]
[null,"CPSA_ST",{"$f":"VLOOKUP(B88,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Condamine A"},{"$f":"VLOOKUP(B88,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Steam Turbine"},0,11.501677270098346]
[null,"DDPS1_GT1",{"$f":"VLOOKUP(B89,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Darling Downs"},{"$f":"VLOOKUP(B89,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},209.88,11.25794475961583]
[null,"DDPS1_GT2",{"$f":"VLOOKUP(B90,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Darling Downs"},{"$f":"VLOOKUP(B90,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},209.88,11.25794475961583]
[null,"DDPS1_GT3",{"$f":"VLOOKUP(B91,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Darling Downs"},{"$f":"VLOOKUP(B91,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},209.88,11.25794475961583]
[null,"DDPS1_ST",{"$f":"VLOOKUP(B92,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Darling Downs"},{"$f":"VLOOKUP(B92,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Steam Turbine"},0,12.368158246370022]
[null,"DRYCGT1",{"$f":"VLOOKUP(B93,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Dry Creek GT"},{"$f":"VLOOKUP(B93,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},72,12.441862320189314]
[null,"DRYCGT2",{"$f":"VLOOKUP(B94,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Dry Creek GT"},{"$f":"VLOOKUP(B94,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},72,12.441862320189314]
[null,"DRYCGT3",{"$f":"VLOOKUP(B95,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Dry Creek GT"},{"$f":"VLOOKUP(B95,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},72,12.441862320189314]
[null,"AGLHAL01",{"$f":"VLOOKUP(B96,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B96,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},32.4,13.31201030374584]
[null,"AGLHAL02",{"$f":"VLOOKUP(B97,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B97,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},28.8,13.502486494222032]
[null,"AGLHAL03",{"$f":"VLOOKUP(B98,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B98,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},36,13.29135625899541]
[null,"AGLHAL04",{"$f":"VLOOKUP(B99,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B99,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},36,12.908648959208026]
[null,"AGLHAL05",{"$f":"VLOOKUP(B100,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B100,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},32.4,13.464850234899025]
[null,"AGLHAL06",{"$f":"VLOOKUP(B101,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B101,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},30.6,13.326296018031556]
[null,"AGLHAL07",{"$f":"VLOOKUP(B102,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B102,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},37.800000000000004,13.289163665090378]
[null,"AGLHAL08",{"$f":"VLOOKUP(B103,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B103,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},46.800000000000004,13.292962684698221]
[null,"AGLHAL09",{"$f":"VLOOKUP(B104,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B104,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},43.2,13.338796018031555]
[null,"AGLHAL10",{"$f":"VLOOKUP(B105,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B105,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},28.8,13.332178370972732]
[null,"AGLHAL11",{"$f":"VLOOKUP(B106,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B106,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},28.8,13.332178370972732]
[null,"AGLHAL12",{"$f":"VLOOKUP(B107,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B107,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},28.8,13.332178370972732]
[null,"AGLHALRE",{"$f":"VLOOKUP(B108,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B108,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},64.8,8.9067954805960383]
[null,"HEZ1",{"$f":"VLOOKUP(B109,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hunter Economic Zone"},{"$f":"VLOOKUP(B109,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},0,11.2]
[null,"JLA01",{"$f":"VLOOKUP(B110,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Jeeralang A"},{"$f":"VLOOKUP(B110,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},72,14.367527256782463]
[null,"JLA02",{"$f":"VLOOKUP(B111,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Jeeralang A"},{"$f":"VLOOKUP(B111,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},72,14.367527256782463]
[null,"JLA03",{"$f":"VLOOKUP(B112,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Jeeralang A"},{"$f":"VLOOKUP(B112,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},72,14.367527256782463]
[null,"JLA04",{"$f":"VLOOKUP(B113,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Jeeralang A"},{"$f":"VLOOKUP(B113,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},72,14.367527256782463]
[null,"JLB01",{"$f":"VLOOKUP(B114,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Jeeralang B"},{"$f":"VLOOKUP(B114,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},108,14.304965191241251]
[null,"JLB02",{"$f":"VLOOKUP(B115,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Jeeralang B"},{"$f":"VLOOKUP(B115,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},108,14.304965191241251]
[null,"JLB03",{"$f":"VLOOKUP(B116,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Jeeralang B"},{"$f":"VLOOKUP(B116,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},108,14.304965191241251]
[null,"LADBROK1",{"$f":"VLOOKUP(B117,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Ladbroke Grove"},{"$f":"VLOOKUP(B117,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},72,10.201200120012002]
[null,"LADBROK2",{"$f":"VLOOKUP(B118,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Ladbroke Grove"},{"$f":"VLOOKUP(B118,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},72,10.201200120012002]
[null,"LNGS1",{"$f":"VLOOKUP(B119,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Laverton North"},{"$f":"VLOOKUP(B119,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},234,10.357316952669544]
[null,"LNGS2",{"$f":"VLOOKUP(B120,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Laverton North"},{"$f":"VLOOKUP(B120,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},234,10.357316952669544]
[null,"LONSDALE",{"$f":"VLOOKUP(B121,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Lonsdale"},{"$f":"VLOOKUP(B121,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},0,8.097165991902834]
[null,"MINTARO",{"$f":"VLOOKUP(B122,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mintaro GT"},{"$f":"VLOOKUP(B122,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},108,11.649341471249597]
[null,"MORTLK11",{"$f":"VLOOKUP(B123,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mortlake"},{"$f":"VLOOKUP(B123,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},450,9.716995863036832]
[null,"MORTLK12",{"$f":"VLOOKUP(B124,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mortlake"},{"$f":"VLOOKUP(B124,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},450,9.716995863036832]
[null,"MSTUART1",{"$f":"VLOOKUP(B125,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mt Stuart"},{"$f":"VLOOKUP(B125,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},108,11.261474092614742]
[null,"MSTUART2",{"$f":"VLOOKUP(B126,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mt Stuart"},{"$f":"VLOOKUP(B126,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},108,11.261474092614742]
[null,"MSTUART3",{"$f":"VLOOKUP(B127,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mt Stuart"},{"$f":"VLOOKUP(B127,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},108,11.179907344346603]
[null,"NPS",{"$f":"VLOOKUP(B128,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Newport"},{"$f":"VLOOKUP(B128,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},360,10.107067669172933]
[null,"OAKEY1",{"$f":"VLOOKUP(B129,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Oakey Power Station"},{"$f":"VLOOKUP(B129,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},162,10.116360825252723]
[null,"OAKEY2",{"$f":"VLOOKUP(B130,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Oakey Power Station"},{"$f":"VLOOKUP(B130,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},162,10.116360825252723]
[null,"OsborneGT",{"$f":"VLOOKUP(B131,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Osborne"},{"$f":"VLOOKUP(B131,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},324,9.9094076655052259]
[null,"OsborneST",{"$f":"VLOOKUP(B132,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Osborne"},{"$f":"VLOOKUP(B132,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Steam Turbine"},0,16.667532467532467]
[null,"PPCCGTGT1",{"$f":"VLOOKUP(B133,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Pelican Point"},{"$f":"VLOOKUP(B133,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},216,9.8571428571427262]
[null,"PPCCGTGT2",{"$f":"VLOOKUP(B134,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Pelican Point"},{"$f":"VLOOKUP(B134,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},216,9.8571428571427262]
[null,"PPCCGTST",{"$f":"VLOOKUP(B135,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Pelican Point"},{"$f":"VLOOKUP(B135,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Steam Turbine"},0,14.56491228070213]
[null,"POR01-1",{"$f":"VLOOKUP(B136,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Port Lincoln GT"},{"$f":"VLOOKUP(B136,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},25.2,12.917421630821597]
[null,"POR01-2",{"$f":"VLOOKUP(B137,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Port Lincoln GT"},{"$f":"VLOOKUP(B137,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},25.2,12.917421630821597]
[null,"POR01-3",{"$f":"VLOOKUP(B138,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Port Lincoln GT"},{"$f":"VLOOKUP(B138,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},25.2,12.853081205289683]
[null,"PTSTAN1_1",{"$f":"VLOOKUP(B139,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Port Stanvac 1"},{"$f":"VLOOKUP(B139,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},0,8.097165991902834]
[null,"PTSTAN1_2",{"$f":"VLOOKUP(B140,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Port Stanvac 1"},{"$f":"VLOOKUP(B140,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},0,8.097165991902834]
[null,"QPS1",{"$f":"VLOOKUP(B141,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Quarantine"},{"$f":"VLOOKUP(B141,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},18,10.65750583354939]
[null,"QPS2",{"$f":"VLOOKUP(B142,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Quarantine"},{"$f":"VLOOKUP(B142,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},10.8,10.828195488721805]
[null,"QPS3",{"$f":"VLOOKUP(B143,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Quarantine"},{"$f":"VLOOKUP(B143,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},18,10.65750583354939]
[null,"QPS4",{"$f":"VLOOKUP(B144,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Quarantine"},{"$f":"VLOOKUP(B144,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},10.8,10.828195488721805]
[null,"QPS5",{"$f":"VLOOKUP(B145,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Quarantine"},{"$f":"VLOOKUP(B145,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},266.40000000000003,9.1969454887218038]
[null,"ROMA_7",{"$f":"VLOOKUP(B146,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Roma"},{"$f":"VLOOKUP(B146,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},18,11.551200120012004]
[null,"ROMA_8",{"$f":"VLOOKUP(B147,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Roma"},{"$f":"VLOOKUP(B147,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},18,11.551200120012004]
[null,"SITHE01",{"$f":"VLOOKUP(B148,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Smithfield Energy Facility"},{"$f":"VLOOKUP(B148,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},72,6.9809615752378384]
[null,"SNAPPER1_1",{"$f":"VLOOKUP(B149,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Snapper Point Power Station"},{"$f":"VLOOKUP(B149,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},18,10.064315380051422]
[null,"SNAPPER1_2",{"$f":"VLOOKUP(B150,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Snapper Point Power Station"},{"$f":"VLOOKUP(B150,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},18,10.064315380051422]
[null,"SNAPPER1_3",{"$f":"VLOOKUP(B151,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Snapper Point Power Station"},{"$f":"VLOOKUP(B151,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},18,10.064315380051422]
[null,"SNAPPER1_4",{"$f":"VLOOKUP(B152,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Snapper Point Power Station"},{"$f":"VLOOKUP(B152,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},18,10.064315380051422]
[null,"SNAPPER1_5",{"$f":"VLOOKUP(B153,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Snapper Point Power Station"},{"$f":"VLOOKUP(B153,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},18,10.064315380051422]
[null,"SNUG1",{"$f":"VLOOKUP(B154,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Snuggery"},{"$f":"VLOOKUP(B154,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},18,12.991141494295825]
[null,"SNUG2",{"$f":"VLOOKUP(B155,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Snuggery"},{"$f":"VLOOKUP(B155,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},18,12.991141494295825]
[null,"SNUG3",{"$f":"VLOOKUP(B156,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Snuggery"},{"$f":"VLOOKUP(B156,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},18,12.991141494295825]
[null,"AGLSOM01",{"$f":"VLOOKUP(B157,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Somerton"},{"$f":"VLOOKUP(B157,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},36,14.179237194502143]
[null,"AGLSOM02",{"$f":"VLOOKUP(B158,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Somerton"},{"$f":"VLOOKUP(B158,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},36,14.179237194502143]
[null,"AGLSOM03",{"$f":"VLOOKUP(B159,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Somerton"},{"$f":"VLOOKUP(B159,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},36,14.179237194502143]
[null,"AGLSOM04",{"$f":"VLOOKUP(B160,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Somerton"},{"$f":"VLOOKUP(B160,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},36,14.179237194502143]
[null,"SWAN_E",{"$f":"VLOOKUP(B161,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Swanbank E GT"},{"$f":"VLOOKUP(B161,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT"},342,6.7797465889312187]
[null,"TALWA1",{"$f":"VLOOKUP(B162,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tallawarra"},{"$f":"VLOOKUP(B162,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT"},684,5.651940382708073]
[null,"Tallawarra B",{"$f":"VLOOKUP(B163,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tallawarra B"},{"$f":"VLOOKUP(B163,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},576,7.96]
[null,"TVCC201_GT",{"$f":"VLOOKUP(B164,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tamar Valley Combined Cycle"},{"$f":"VLOOKUP(B164,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},229.68,9.1864962406015032]
[null,"TVCC201_ST",{"$f":"VLOOKUP(B165,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tamar Valley Combined Cycle"},{"$f":"VLOOKUP(B165,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Steam Turbine"},0,14.87925696594427]
[null,"TVPP104",{"$f":"VLOOKUP(B166,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tamar Valley Peaking"},{"$f":"VLOOKUP(B166,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},108,10.987272505732355]
[null,"TORRB1",{"$f":"VLOOKUP(B167,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Torrens Island B"},{"$f":"VLOOKUP(B167,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},144,10.558195488721804]
[null,"TORRB2",{"$f":"VLOOKUP(B168,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Torrens Island B"},{"$f":"VLOOKUP(B168,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},144,10.558195488721804]
[null,"TORRB3",{"$f":"VLOOKUP(B169,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Torrens Island B"},{"$f":"VLOOKUP(B169,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},144,10.558195488721804]
[null,"TORRB4",{"$f":"VLOOKUP(B170,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Torrens Island B"},{"$f":"VLOOKUP(B170,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},144,10.558195488721804]
[null,"YABULU",{"$f":"VLOOKUP(B171,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Townsville Power Station"},{"$f":"VLOOKUP(B171,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},302.40000000000003,9.692278481012659]
[null,"YABULU2",{"$f":"VLOOKUP(B172,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Townsville Power Station"},{"$f":"VLOOKUP(B172,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Steam Turbine"},0,15.204339963833636]
[null,"URANQ11",{"$f":"VLOOKUP(B173,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Uranquinty"},{"$f":"VLOOKUP(B173,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},288,9.5933518690547288]
[null,"URANQ12",{"$f":"VLOOKUP(B174,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Uranquinty"},{"$f":"VLOOKUP(B174,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},288,9.5933518690547288]
[null,"URANQ13",{"$f":"VLOOKUP(B175,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Uranquinty"},{"$f":"VLOOKUP(B175,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},288,9.5933518690547288]
[null,"URANQ14",{"$f":"VLOOKUP(B176,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Uranquinty"},{"$f":"VLOOKUP(B176,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},288,9.5933518690547288]
[null,"VPGS1",{"$f":"VLOOKUP(B177,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Valley Power"},{"$f":"VLOOKUP(B177,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},108,12.866296018031555]
[null,"VPGS2",{"$f":"VLOOKUP(B178,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Valley Power"},{"$f":"VLOOKUP(B178,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},108,12.866296018031555]
[null,"VPGS3",{"$f":"VLOOKUP(B179,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Valley Power"},{"$f":"VLOOKUP(B179,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},108,12.866296018031555]
[null,"VPGS4",{"$f":"VLOOKUP(B180,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Valley Power"},{"$f":"VLOOKUP(B180,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},108,12.866296018031555]
[null,"VPGS5",{"$f":"VLOOKUP(B181,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Valley Power"},{"$f":"VLOOKUP(B181,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},108,12.866296018031555]
[null,"VPGS6",{"$f":"VLOOKUP(B182,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Valley Power"},{"$f":"VLOOKUP(B182,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},108,12.866296018031555]
[null,"YARWUN_1",{"$f":"VLOOKUP(B183,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Yarwun Cogen"},{"$f":"VLOOKUP(B183,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT"},381.6,8.4663671116861714]
[null,"Tully Sugar Mill Biomass",{"$f":"VLOOKUP(B184,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tully Sugar Mill Biomass"},{"$f":"VLOOKUP(B184,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Biomass"},46.080000000000005,16.095059331175833]
[null,"HUNTER1",{"$f":"VLOOKUP(B185,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hunter Power Station"},{"$f":"VLOOKUP(B185,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},675,9.1312436804853387]
[null,"HUNTER2",{"$f":"VLOOKUP(B186,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hunter Power Station"},{"$f":"VLOOKUP(B186,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},675,9.1312436804853387]
[null,"Kogan Gas",{"$f":"VLOOKUP(B187,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Brigalow GT"},{"$f":"VLOOKUP(B187,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},720,9.1312436804853387]
[null,"Lockyer Valley GT",{"$f":"VLOOKUP(B188,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Lockyer Valley GT"},{"$f":"VLOOKUP(B188,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},78,9.66]
[null,"Note: Sourced from GHD 2018 AEMO costs and technical parameter review and AEMO internal analysis."]
[null,"Note: Sourced from Aurecon 2024 Energy Technology Cost and Technical Parameter Review."]

{"sheet":"Max Ramp Rates","index":62,"n_rows":189,"n_cols":10,"rows_kept":189,"cut":false,"hidden":false,"merged":[]}
[null,"Go to Assumptions Summary"]
[null,"Maximum Ramp Rates (Time-Sequential Model)"]
[null,"Maximum rate of change in output of existing thermal generators is based on the higher of the highest ramp rate observed between January 2024 and July 2025."]
[null,"For units denoted with 'Assumed sufficiently high', it is assumed that ramp rate does not limit dispatch in half-hourly modelling"]
[]
[]
[null,"Existing thermal generators",null,null,null,null,null,"New entrant technologies"]
[null,"IASR ID","Power Station","Technology Type","Max Ramp Up\n(MW/min)","Max Ramp Down\n(MW/min)",null,"Technology","Max Ramp Up\n(MW/min)","Max Ramp Down\n(MW/min)"]
[null,"ANGAS1",{"$f":"VLOOKUP(B9,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Angaston"},{"$f":"VLOOKUP(B9,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},"Assumed sufficiently high","Assumed sufficiently high",null,"OCGT (small GT)",87,87]
[null,"ANGAS2",{"$f":"VLOOKUP(B10,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Angaston"},{"$f":"VLOOKUP(B10,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},"Assumed sufficiently high","Assumed sufficiently high",null,"OCGT (large GT)",22,22]
[null,"BDL01",{"$f":"VLOOKUP(B11,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bairnsdale"},{"$f":"VLOOKUP(B11,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},9,5,null,"CCGT",22,22]
[null,"BDL02",{"$f":"VLOOKUP(B12,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bairnsdale"},{"$f":"VLOOKUP(B12,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},9,7.2,null,"CCGT with CCS",22,22]
[null,"BARCALDN",{"$f":"VLOOKUP(B13,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barcaldine Power Station"},{"$f":"VLOOKUP(B13,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},3.3,3.3,null,"Biomass",1,1]
[null,"BIPS1_01",{"$f":"VLOOKUP(B14,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B14,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},5,4.25,null,"Large scale Solar PV","Assumed sufficiently high","Assumed sufficiently high"]
[null,"BIPS1_02",{"$f":"VLOOKUP(B15,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B15,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},5,4.25,null,"Solar Thermal (16hrs storage)",6,6]
[null,"BIPS1_03",{"$f":"VLOOKUP(B16,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B16,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},5,4.25,null,"Battery storage (1hr storage)","Assumed sufficiently high","Assumed sufficiently high"]
[null,"BIPS1_04",{"$f":"VLOOKUP(B17,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B17,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},5,4.25,null,"Battery storage (2hrs storage)","Assumed sufficiently high","Assumed sufficiently high"]
[null,"BIPS1_05",{"$f":"VLOOKUP(B18,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B18,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},5,4.25,null,"Battery storage (4hrs storage)","Assumed sufficiently high","Assumed sufficiently high"]
[null,"BIPS1_06",{"$f":"VLOOKUP(B19,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B19,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},5,4.25,null,"Battery storage (8hrs storage)","Assumed sufficiently high","Assumed sufficiently high"]
[null,"BIPS1_07",{"$f":"VLOOKUP(B20,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B20,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},5,4.25,null,"Wind","Assumed sufficiently high","Assumed sufficiently high"]
[null,"BIPS1_08",{"$f":"VLOOKUP(B21,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B21,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},5,4.25,null,"Wind - offshore (fixed)","Assumed sufficiently high","Assumed sufficiently high"]
[null,"BIPS1_09",{"$f":"VLOOKUP(B22,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B22,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},5,4.25,null,"Wind - offshore (floating)","Assumed sufficiently high","Assumed sufficiently high"]
[null,"BIPS1_10",{"$f":"VLOOKUP(B23,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B23,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},5,4.25,null,"Pumped Hydro (10hrs storage)","Assumed sufficiently high","Assumed sufficiently high"]
[null,"BIPS1_11",{"$f":"VLOOKUP(B24,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B24,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},5,4.25,null,"Pumped Hydro (24hrs storage)","Assumed sufficiently high","Assumed sufficiently high"]
[null,"BIPS1_12",{"$f":"VLOOKUP(B25,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B25,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},5,4.25,null,"Pumped Hydro (48hrs storage)","Assumed sufficiently high","Assumed sufficiently high"]
[null,"BW01",{"$f":"VLOOKUP(B26,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bayswater"},{"$f":"VLOOKUP(B26,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},5,5,null,"Distributed Resources Solar","Assumed sufficiently high","Assumed sufficiently high"]
[null,"BW02",{"$f":"VLOOKUP(B27,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bayswater"},{"$f":"VLOOKUP(B27,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},5,5,null,"Distributed Resources Batteries","Assumed sufficiently high","Assumed sufficiently high"]
[null,"BW03",{"$f":"VLOOKUP(B28,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bayswater"},{"$f":"VLOOKUP(B28,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},5,5,null,"Alkaline Electrolyser","Assumed sufficiently high","Assumed sufficiently high"]
[null,"BW04",{"$f":"VLOOKUP(B29,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bayswater"},{"$f":"VLOOKUP(B29,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},5,5,null,"BOTN - Cethana","Assumed sufficiently high","Assumed sufficiently high"]
[null,"BBTHREE1",{"$f":"VLOOKUP(B30,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bell Bay Three"},{"$f":"VLOOKUP(B30,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},7,8,null,"Notes: 1. Sourced from Aurecon 2024 Energy Technology Cost and Technical Parameter Review."]
[null,"BBTHREE2",{"$f":"VLOOKUP(B31,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bell Bay Three"},{"$f":"VLOOKUP(B31,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},7,8]
[null,"BBTHREE3",{"$f":"VLOOKUP(B32,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bell Bay Three"},{"$f":"VLOOKUP(B32,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},7,8]
[null,"BOLIVPS1_1",{"$f":"VLOOKUP(B33,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bolivar Power Station"},{"$f":"VLOOKUP(B33,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},"Assumed sufficiently high","Assumed sufficiently high"]
[null,"BOLIVPS1_2",{"$f":"VLOOKUP(B34,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bolivar Power Station"},{"$f":"VLOOKUP(B34,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},"Assumed sufficiently high","Assumed sufficiently high"]
[null,"BOLIVPS1_3",{"$f":"VLOOKUP(B35,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bolivar Power Station"},{"$f":"VLOOKUP(B35,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},"Assumed sufficiently high","Assumed sufficiently high"]
[null,"BOLIVPS1_4",{"$f":"VLOOKUP(B36,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bolivar Power Station"},{"$f":"VLOOKUP(B36,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},"Assumed sufficiently high","Assumed sufficiently high"]
[null,"BRAEMAR1",{"$f":"VLOOKUP(B37,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Braemar"},{"$f":"VLOOKUP(B37,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},22,14.1]
[null,"BRAEMAR2",{"$f":"VLOOKUP(B38,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Braemar"},{"$f":"VLOOKUP(B38,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},20,14.1]
[null,"BRAEMAR3",{"$f":"VLOOKUP(B39,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Braemar"},{"$f":"VLOOKUP(B39,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},14,14.1]
[null,"BRAEMAR5",{"$f":"VLOOKUP(B40,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Braemar 2 Power Station"},{"$f":"VLOOKUP(B40,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},20,11]
[null,"BRAEMAR6",{"$f":"VLOOKUP(B41,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Braemar 2 Power Station"},{"$f":"VLOOKUP(B41,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},16,11]
[null,"BRAEMAR7",{"$f":"VLOOKUP(B42,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Braemar 2 Power Station"},{"$f":"VLOOKUP(B42,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},16,11]
[null,"Kogan Gas",{"$f":"VLOOKUP(B43,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Brigalow GT"},{"$f":"VLOOKUP(B43,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},80,80]
[null,"CALL_B_1",{"$f":"VLOOKUP(B44,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Callide B"},{"$f":"VLOOKUP(B44,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},4,4]
[null,"CALL_B_2",{"$f":"VLOOKUP(B45,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Callide B"},{"$f":"VLOOKUP(B45,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},4,4]
[null,"CPP_3",{"$f":"VLOOKUP(B46,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Callide C"},{"$f":"VLOOKUP(B46,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Super Critical"},4,4]
[null,"CPP_4",{"$f":"VLOOKUP(B47,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Callide C"},{"$f":"VLOOKUP(B47,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Super Critical"},4,4]
[null,"CG1",{"$f":"VLOOKUP(B48,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Colongra"},{"$f":"VLOOKUP(B48,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},13.3,22.5]
[null,"CG2",{"$f":"VLOOKUP(B49,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Colongra"},{"$f":"VLOOKUP(B49,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},13.4,22.5]
[null,"CG3",{"$f":"VLOOKUP(B50,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Colongra"},{"$f":"VLOOKUP(B50,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},13.4,22.5]
[null,"CG4",{"$f":"VLOOKUP(B51,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Colongra"},{"$f":"VLOOKUP(B51,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},13.4,22.5]
[null,"CPSA_GT1",{"$f":"VLOOKUP(B52,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Condamine A"},{"$f":"VLOOKUP(B52,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},1.6,1.6]
[null,"CPSA_GT2",{"$f":"VLOOKUP(B53,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Condamine A"},{"$f":"VLOOKUP(B53,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},1.6,1.6]
[null,"CPSA_ST",{"$f":"VLOOKUP(B54,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Condamine A"},{"$f":"VLOOKUP(B54,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Steam Turbine"},0.4,5]
[null,"DDPS1_GT1",{"$f":"VLOOKUP(B55,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Darling Downs"},{"$f":"VLOOKUP(B55,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},4.75,4.3]
[null,"DDPS1_GT2",{"$f":"VLOOKUP(B56,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Darling Downs"},{"$f":"VLOOKUP(B56,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},4.75,4.3]
[null,"DDPS1_GT3",{"$f":"VLOOKUP(B57,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Darling Downs"},{"$f":"VLOOKUP(B57,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},4.75,4.3]
[null,"DDPS1_ST",{"$f":"VLOOKUP(B58,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Darling Downs"},{"$f":"VLOOKUP(B58,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Steam Turbine"},3.5,25]
[null,"DRYCGT1",{"$f":"VLOOKUP(B59,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Dry Creek GT"},{"$f":"VLOOKUP(B59,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},5.8,5]
[null,"DRYCGT2",{"$f":"VLOOKUP(B60,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Dry Creek GT"},{"$f":"VLOOKUP(B60,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},4.7,5]
[null,"DRYCGT3",{"$f":"VLOOKUP(B61,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Dry Creek GT"},{"$f":"VLOOKUP(B61,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},11.5,5]
[null,"ER01",{"$f":"VLOOKUP(B62,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Eraring"},{"$f":"VLOOKUP(B62,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},5,5]
[null,"ER02",{"$f":"VLOOKUP(B63,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Eraring"},{"$f":"VLOOKUP(B63,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},5,5]
[null,"ER03",{"$f":"VLOOKUP(B64,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Eraring"},{"$f":"VLOOKUP(B64,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},5,5]
[null,"ER04",{"$f":"VLOOKUP(B65,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Eraring"},{"$f":"VLOOKUP(B65,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},5,5]
[null,"GSTONE1",{"$f":"VLOOKUP(B66,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Gladstone"},{"$f":"VLOOKUP(B66,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},5,5]
[null,"GSTONE2",{"$f":"VLOOKUP(B67,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Gladstone"},{"$f":"VLOOKUP(B67,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},5,5]
[null,"GSTONE3",{"$f":"VLOOKUP(B68,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Gladstone"},{"$f":"VLOOKUP(B68,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},5,5]
[null,"GSTONE4",{"$f":"VLOOKUP(B69,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Gladstone"},{"$f":"VLOOKUP(B69,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},5,5]
[null,"GSTONE5",{"$f":"VLOOKUP(B70,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Gladstone"},{"$f":"VLOOKUP(B70,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},5,5]
[null,"GSTONE6",{"$f":"VLOOKUP(B71,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Gladstone"},{"$f":"VLOOKUP(B71,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},5,5]
[null,"AGLHAL01",{"$f":"VLOOKUP(B72,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B72,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},"Assumed sufficiently high","Assumed sufficiently high"]
[null,"AGLHAL02",{"$f":"VLOOKUP(B73,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B73,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},"Assumed sufficiently high","Assumed sufficiently high"]
[null,"AGLHAL03",{"$f":"VLOOKUP(B74,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B74,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},"Assumed sufficiently high","Assumed sufficiently high"]
[null,"AGLHAL04",{"$f":"VLOOKUP(B75,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B75,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},"Assumed sufficiently high","Assumed sufficiently high"]
[null,"AGLHAL05",{"$f":"VLOOKUP(B76,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B76,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},"Assumed sufficiently high","Assumed sufficiently high"]
[null,"AGLHAL06",{"$f":"VLOOKUP(B77,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B77,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},"Assumed sufficiently high","Assumed sufficiently high"]
[null,"AGLHAL07",{"$f":"VLOOKUP(B78,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B78,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},"Assumed sufficiently high","Assumed sufficiently high"]
[null,"AGLHAL08",{"$f":"VLOOKUP(B79,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B79,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},"Assumed sufficiently high","Assumed sufficiently high"]
[null,"AGLHAL09",{"$f":"VLOOKUP(B80,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B80,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},"Assumed sufficiently high","Assumed sufficiently high"]
[null,"AGLHAL10",{"$f":"VLOOKUP(B81,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B81,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},"Assumed sufficiently high","Assumed sufficiently high"]
[null,"AGLHAL11",{"$f":"VLOOKUP(B82,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B82,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},"Assumed sufficiently high","Assumed sufficiently high"]
[null,"AGLHAL12",{"$f":"VLOOKUP(B83,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B83,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},"Assumed sufficiently high","Assumed sufficiently high"]
[null,"AGLHALRE",{"$f":"VLOOKUP(B84,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B84,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},"Assumed sufficiently high","Assumed sufficiently high"]
[null,"HEZ1",{"$f":"VLOOKUP(B85,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hunter Economic Zone"},{"$f":"VLOOKUP(B85,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},"Assumed sufficiently high","Assumed sufficiently high"]
[null,"HUNTER1",{"$f":"VLOOKUP(B86,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hunter Power Station"},{"$f":"VLOOKUP(B86,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},40,40]
[null,"HUNTER2",{"$f":"VLOOKUP(B87,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hunter Power Station"},{"$f":"VLOOKUP(B87,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},40,40]
[null,"JLA01",{"$f":"VLOOKUP(B88,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Jeeralang A"},{"$f":"VLOOKUP(B88,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},11.7,9]
[null,"JLA02",{"$f":"VLOOKUP(B89,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Jeeralang A"},{"$f":"VLOOKUP(B89,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},15.6,9]
[null,"JLA03",{"$f":"VLOOKUP(B90,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Jeeralang A"},{"$f":"VLOOKUP(B90,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},14.3,9]
[null,"JLA04",{"$f":"VLOOKUP(B91,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Jeeralang A"},{"$f":"VLOOKUP(B91,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},15.2,9]
[null,"JLB01",{"$f":"VLOOKUP(B92,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Jeeralang B"},{"$f":"VLOOKUP(B92,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},7.8,8.1999999999999993]
[null,"JLB02",{"$f":"VLOOKUP(B93,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Jeeralang B"},{"$f":"VLOOKUP(B93,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},7.1,14.5]
[null,"JLB03",{"$f":"VLOOKUP(B94,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Jeeralang B"},{"$f":"VLOOKUP(B94,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},7.1,8.1999999999999993]
[null,"KPP_1",{"$f":"VLOOKUP(B95,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Kogan Creek"},{"$f":"VLOOKUP(B95,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Super Critical"},8,8]
[null,"LADBROK1",{"$f":"VLOOKUP(B96,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Ladbroke Grove"},{"$f":"VLOOKUP(B96,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},8.4,11]
[null,"LADBROK2",{"$f":"VLOOKUP(B97,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Ladbroke Grove"},{"$f":"VLOOKUP(B97,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},8.4,11]
[null,"LNGS1",{"$f":"VLOOKUP(B98,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Laverton North"},{"$f":"VLOOKUP(B98,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},25.7,26]
[null,"LNGS2",{"$f":"VLOOKUP(B99,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Laverton North"},{"$f":"VLOOKUP(B99,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},24.9,26]
[null,"Lockyer Valley GT",{"$f":"VLOOKUP(B100,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Lockyer Valley GT"},{"$f":"VLOOKUP(B100,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},22,22]
[null,"LONSDALE",{"$f":"VLOOKUP(B101,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Lonsdale"},{"$f":"VLOOKUP(B101,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},"Assumed sufficiently high","Assumed sufficiently high"]
[null,"LYA1",{"$f":"VLOOKUP(B102,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Loy Yang A Power Station"},{"$f":"VLOOKUP(B102,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},5.2,5.2]
[null,"LYA2",{"$f":"VLOOKUP(B103,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Loy Yang A Power Station"},{"$f":"VLOOKUP(B103,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},5.2,5.2]
[null,"LYA3",{"$f":"VLOOKUP(B104,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Loy Yang A Power Station"},{"$f":"VLOOKUP(B104,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},5.2,5.2]
[null,"LYA4",{"$f":"VLOOKUP(B105,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Loy Yang A Power Station"},{"$f":"VLOOKUP(B105,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},5.2,5.2]
[null,"LOYYB1",{"$f":"VLOOKUP(B106,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Loy Yang B"},{"$f":"VLOOKUP(B106,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},10,10]
[null,"LOYYB2",{"$f":"VLOOKUP(B107,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Loy Yang B"},{"$f":"VLOOKUP(B107,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},10,10]
[null,"MPP_1",{"$f":"VLOOKUP(B108,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Millmerran"},{"$f":"VLOOKUP(B108,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Super Critical"},5,5]
[null,"MPP_2",{"$f":"VLOOKUP(B109,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Millmerran"},{"$f":"VLOOKUP(B109,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Super Critical"},5,5]
[null,"MINTARO",{"$f":"VLOOKUP(B110,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mintaro GT"},{"$f":"VLOOKUP(B110,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},6.5,6.5]
[null,"MORTLK11",{"$f":"VLOOKUP(B111,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mortlake"},{"$f":"VLOOKUP(B111,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},25.6,34]
[null,"MORTLK12",{"$f":"VLOOKUP(B112,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mortlake"},{"$f":"VLOOKUP(B112,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},13.3,13.4]
[null,"MP1",{"$f":"VLOOKUP(B113,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mt Piper"},{"$f":"VLOOKUP(B113,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},6.2,6.2]
[null,"MP2",{"$f":"VLOOKUP(B114,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mt Piper"},{"$f":"VLOOKUP(B114,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},6.2,6.2]
[null,"MSTUART1",{"$f":"VLOOKUP(B115,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mt Stuart"},{"$f":"VLOOKUP(B115,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},11.1,14.5]
[null,"MSTUART2",{"$f":"VLOOKUP(B116,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mt Stuart"},{"$f":"VLOOKUP(B116,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},10.1,14.5]
[null,"MSTUART3",{"$f":"VLOOKUP(B117,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mt Stuart"},{"$f":"VLOOKUP(B117,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},13.6,14.5]
[null,"NPS",{"$f":"VLOOKUP(B118,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Newport"},{"$f":"VLOOKUP(B118,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},11.7,11.7]
[null,"OAKEY1",{"$f":"VLOOKUP(B119,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Oakey Power Station"},{"$f":"VLOOKUP(B119,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},12.1,11]
[null,"OAKEY2",{"$f":"VLOOKUP(B120,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Oakey Power Station"},{"$f":"VLOOKUP(B120,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},11,11]
[null,"OsborneGT",{"$f":"VLOOKUP(B121,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Osborne"},{"$f":"VLOOKUP(B121,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},4.2,0]
[null,"OsborneST",{"$f":"VLOOKUP(B122,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Osborne"},{"$f":"VLOOKUP(B122,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Steam Turbine"},5,18]
[null,"PPCCGTGT1",{"$f":"VLOOKUP(B123,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Pelican Point"},{"$f":"VLOOKUP(B123,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},5,4.0999999999999996]
[null,"PPCCGTGT2",{"$f":"VLOOKUP(B124,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Pelican Point"},{"$f":"VLOOKUP(B124,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},5,4.0999999999999996]
[null,"PPCCGTST",{"$f":"VLOOKUP(B125,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Pelican Point"},{"$f":"VLOOKUP(B125,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Steam Turbine"},2.5,33]
[null,"POR01-1",{"$f":"VLOOKUP(B126,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Port Lincoln GT"},{"$f":"VLOOKUP(B126,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},2.75,6.7]
[null,"POR01-2",{"$f":"VLOOKUP(B127,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Port Lincoln GT"},{"$f":"VLOOKUP(B127,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},2.75,6.7]
[null,"POR01-3",{"$f":"VLOOKUP(B128,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Port Lincoln GT"},{"$f":"VLOOKUP(B128,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},3,6.7]
[null,"PTSTAN1_1",{"$f":"VLOOKUP(B129,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Port Stanvac 1"},{"$f":"VLOOKUP(B129,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},5.75,5.75]
[null,"PTSTAN1_2",{"$f":"VLOOKUP(B130,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Port Stanvac 1"},{"$f":"VLOOKUP(B130,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},5.75,5.75]
[null,"QPS1",{"$f":"VLOOKUP(B131,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Quarantine"},{"$f":"VLOOKUP(B131,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},"Assumed sufficiently high","Assumed sufficiently high"]
[null,"QPS2",{"$f":"VLOOKUP(B132,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Quarantine"},{"$f":"VLOOKUP(B132,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},"Assumed sufficiently high","Assumed sufficiently high"]
[null,"QPS3",{"$f":"VLOOKUP(B133,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Quarantine"},{"$f":"VLOOKUP(B133,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},"Assumed sufficiently high","Assumed sufficiently high"]
[null,"QPS4",{"$f":"VLOOKUP(B134,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Quarantine"},{"$f":"VLOOKUP(B134,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},"Assumed sufficiently high","Assumed sufficiently high"]
[null,"QPS5",{"$f":"VLOOKUP(B135,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Quarantine"},{"$f":"VLOOKUP(B135,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},13.6,46.5]
[null,"ROMA_7",{"$f":"VLOOKUP(B136,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Roma"},{"$f":"VLOOKUP(B136,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},6.4,8.4]
[null,"ROMA_8",{"$f":"VLOOKUP(B137,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Roma"},{"$f":"VLOOKUP(B137,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},6.4,8.4]
[null,"SITHE01",{"$f":"VLOOKUP(B138,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Smithfield Energy Facility"},{"$f":"VLOOKUP(B138,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},24.7,26.2]
[null,"SNAPPER1_1",{"$f":"VLOOKUP(B139,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Snapper Point Power Station"},{"$f":"VLOOKUP(B139,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},6,6]
[null,"SNAPPER1_2",{"$f":"VLOOKUP(B140,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Snapper Point Power Station"},{"$f":"VLOOKUP(B140,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},6,6]
[null,"SNAPPER1_3",{"$f":"VLOOKUP(B141,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Snapper Point Power Station"},{"$f":"VLOOKUP(B141,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},6,6]
[null,"SNAPPER1_4",{"$f":"VLOOKUP(B142,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Snapper Point Power Station"},{"$f":"VLOOKUP(B142,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},6,6]
[null,"SNAPPER1_5",{"$f":"VLOOKUP(B143,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Snapper Point Power Station"},{"$f":"VLOOKUP(B143,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},6,6]
[null,"SNUG1",{"$f":"VLOOKUP(B144,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Snuggery"},{"$f":"VLOOKUP(B144,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},"Assumed sufficiently high","Assumed sufficiently high"]
[null,"SNUG2",{"$f":"VLOOKUP(B145,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Snuggery"},{"$f":"VLOOKUP(B145,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},"Assumed sufficiently high","Assumed sufficiently high"]
[null,"SNUG3",{"$f":"VLOOKUP(B146,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Snuggery"},{"$f":"VLOOKUP(B146,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},"Assumed sufficiently high","Assumed sufficiently high"]
[null,"AGLSOM01",{"$f":"VLOOKUP(B147,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Somerton"},{"$f":"VLOOKUP(B147,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},2.2000000000000002,27.5]
[null,"AGLSOM02",{"$f":"VLOOKUP(B148,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Somerton"},{"$f":"VLOOKUP(B148,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},2.2000000000000002,27.5]
[null,"AGLSOM03",{"$f":"VLOOKUP(B149,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Somerton"},{"$f":"VLOOKUP(B149,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},2.2000000000000002,27.5]
[null,"AGLSOM04",{"$f":"VLOOKUP(B150,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Somerton"},{"$f":"VLOOKUP(B150,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},2.2000000000000002,27.5]
[null,"STAN-1",{"$f":"VLOOKUP(B151,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Stanwell"},{"$f":"VLOOKUP(B151,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},4,4]
[null,"STAN-2",{"$f":"VLOOKUP(B152,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Stanwell"},{"$f":"VLOOKUP(B152,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},4,4]
[null,"STAN-3",{"$f":"VLOOKUP(B153,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Stanwell"},{"$f":"VLOOKUP(B153,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},4,4]
[null,"STAN-4",{"$f":"VLOOKUP(B154,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Stanwell"},{"$f":"VLOOKUP(B154,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},4,4]
[null,"SWAN_E",{"$f":"VLOOKUP(B155,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Swanbank E GT"},{"$f":"VLOOKUP(B155,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT"},24.5,37]
[null,"TALWA1",{"$f":"VLOOKUP(B156,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tallawarra"},{"$f":"VLOOKUP(B156,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT"},28,83.3]
[null,"Tallawarra B",{"$f":"VLOOKUP(B157,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tallawarra B"},{"$f":"VLOOKUP(B157,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},33,27.5]
[null,"TVCC201_GT",{"$f":"VLOOKUP(B158,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tamar Valley Combined Cycle"},{"$f":"VLOOKUP(B158,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},4.1500000000000004,9]
[null,"TVCC201_ST",{"$f":"VLOOKUP(B159,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tamar Valley Combined Cycle"},{"$f":"VLOOKUP(B159,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Steam Turbine"},0.4,3]
[null,"TVPP104",{"$f":"VLOOKUP(B160,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tamar Valley Peaking"},{"$f":"VLOOKUP(B160,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},11,9.1]
[null,"TARONG#1",{"$f":"VLOOKUP(B161,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tarong"},{"$f":"VLOOKUP(B161,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},4,4]
[null,"TARONG#2",{"$f":"VLOOKUP(B162,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tarong"},{"$f":"VLOOKUP(B162,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},4,4]
[null,"TARONG#3",{"$f":"VLOOKUP(B163,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tarong"},{"$f":"VLOOKUP(B163,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},4,4]
[null,"TARONG#4",{"$f":"VLOOKUP(B164,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tarong"},{"$f":"VLOOKUP(B164,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},4,4]
[null,"TNPS1",{"$f":"VLOOKUP(B165,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tarong North"},{"$f":"VLOOKUP(B165,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Super Critical"},4,4]
[null,"TORRB1",{"$f":"VLOOKUP(B166,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Torrens Island B"},{"$f":"VLOOKUP(B166,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},5,5]
[null,"TORRB2",{"$f":"VLOOKUP(B167,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Torrens Island B"},{"$f":"VLOOKUP(B167,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},5,5]
[null,"TORRB3",{"$f":"VLOOKUP(B168,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Torrens Island B"},{"$f":"VLOOKUP(B168,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},5,5]
[null,"TORRB4",{"$f":"VLOOKUP(B169,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Torrens Island B"},{"$f":"VLOOKUP(B169,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},5,5]
[null,"YABULU",{"$f":"VLOOKUP(B170,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Townsville Power Station"},{"$f":"VLOOKUP(B170,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},18,16]
[null,"YABULU2",{"$f":"VLOOKUP(B171,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Townsville Power Station"},{"$f":"VLOOKUP(B171,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Steam Turbine"},2.5,7.7]
[null,"Tully Sugar Mill Biomass",{"$f":"VLOOKUP(B172,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tully Sugar Mill Biomass"},{"$f":"VLOOKUP(B172,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Biomass"},1,1]
[null,"URANQ11",{"$f":"VLOOKUP(B173,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Uranquinty"},{"$f":"VLOOKUP(B173,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},14,11]
[null,"URANQ12",{"$f":"VLOOKUP(B174,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Uranquinty"},{"$f":"VLOOKUP(B174,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},14,11]
[null,"URANQ13",{"$f":"VLOOKUP(B175,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Uranquinty"},{"$f":"VLOOKUP(B175,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},14,11]
[null,"URANQ14",{"$f":"VLOOKUP(B176,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Uranquinty"},{"$f":"VLOOKUP(B176,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},14,11]
[null,"VP5",{"$f":"VLOOKUP(B177,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Vales Point B"},{"$f":"VLOOKUP(B177,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},6,6]
[null,"VP6",{"$f":"VLOOKUP(B178,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Vales Point B"},{"$f":"VLOOKUP(B178,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},6,6]
[null,"VPGS1",{"$f":"VLOOKUP(B179,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Valley Power"},{"$f":"VLOOKUP(B179,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},6,8.1999999999999993]
[null,"VPGS2",{"$f":"VLOOKUP(B180,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Valley Power"},{"$f":"VLOOKUP(B180,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},6,8.1999999999999993]
[null,"VPGS3",{"$f":"VLOOKUP(B181,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Valley Power"},{"$f":"VLOOKUP(B181,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},6,8.1999999999999993]
[null,"VPGS4",{"$f":"VLOOKUP(B182,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Valley Power"},{"$f":"VLOOKUP(B182,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},6,11.5]
[null,"VPGS5",{"$f":"VLOOKUP(B183,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Valley Power"},{"$f":"VLOOKUP(B183,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},6,11.5]
[null,"VPGS6",{"$f":"VLOOKUP(B184,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Valley Power"},{"$f":"VLOOKUP(B184,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},6,11.5]
[null,"YWPS1",{"$f":"VLOOKUP(B185,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Yallourn W"},{"$f":"VLOOKUP(B185,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},3,3]
[null,"YWPS2",{"$f":"VLOOKUP(B186,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Yallourn W"},{"$f":"VLOOKUP(B186,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},3,3]
[null,"YWPS3",{"$f":"VLOOKUP(B187,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Yallourn W"},{"$f":"VLOOKUP(B187,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},3,3]
[null,"YWPS4",{"$f":"VLOOKUP(B188,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Yallourn W"},{"$f":"VLOOKUP(B188,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Steam Sub Critical"},3,3]
[null,"YARWUN_1",{"$f":"VLOOKUP(B189,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Yarwun Cogen"},{"$f":"VLOOKUP(B189,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT"},2.2000000000000002,2.2000000000000002]

{"sheet":"Coal Min Stable Level","index":63,"n_rows":63,"n_cols":7,"rows_kept":63,"cut":false,"hidden":false,"merged":[[11,1,12,1],[11,2,12,2],[11,4,11,6],[11,3,12,3]]}
[null,"Go to Assumptions Summary"]
[null,"Coal generator minimum stable level"]
[null,"Three series of coal minimum stable levels are provided:"]
[null,"IASR 2023: Values as shown in the previous IASR (2023) and applicable to model backcasting."]
[null,"Typical Lowest Band: The power level typically offered at the lowest band of a generator's bidstack. This represents a 'preferred' minimum level when negative price exposure risk isn't material."]
[null,"Minimum Continuous Operating Level: Forward looking values representative of the minimum continous(1) power level which the generator could foreseeably offer(2) in their bid stack in response to increasing negative price exposure risk."]
[null,"These forward looking values are based on AEMO internal analysis of recent historical generation and bidstacks, and judgement based extrapolation of observed individual unit capabilities for stations with near identical generation units."]
[null,"These levels do not take into account the recent generator practice of 'two-shifting' (3). 'Two-shifting' effectively enables a market facing minimum stable level of zero, however still inccurs some level of equipment wear and variable costs."]
[]
[null,"For minimum stable level values applied to GPG in AEMO's Time-sequential model, refer to the GPG Min Stable Level Sheet.",null,null,null,null,"GPG Minimum Stable Levels"]
[]
[null,"IASR ID","Power Station","Technology Type","Minimum Stable Level (MW)"]
[null,null,null,null,"IASR 2023 (Backcasting)","Typical Lowest Band","Minimum Continuous Operating Level"]
[null,"BW01",{"$f":"_xlfn.XLOOKUP(B14,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B14,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},250,260,170]
[null,"BW02",{"$f":"_xlfn.XLOOKUP(B15,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B15,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},250,200,170]
[null,"BW03",{"$f":"_xlfn.XLOOKUP(B16,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B16,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},250,200,170]
[null,"BW04",{"$f":"_xlfn.XLOOKUP(B17,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Bayswater"},{"$f":"_xlfn.XLOOKUP(B17,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},250,200,170]
[null,"ER01",{"$f":"_xlfn.XLOOKUP(B18,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B18,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},210,182,180]
[null,"ER02",{"$f":"_xlfn.XLOOKUP(B19,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B19,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},210,182,180]
[null,"ER03",{"$f":"_xlfn.XLOOKUP(B20,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B20,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},210,182,180]
[null,"ER04",{"$f":"_xlfn.XLOOKUP(B21,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Eraring"},{"$f":"_xlfn.XLOOKUP(B21,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},210,182,180]
[null,"MP1",{"$f":"_xlfn.XLOOKUP(B22,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Mt Piper"},{"$f":"_xlfn.XLOOKUP(B22,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},270,220,150]
[null,"MP2",{"$f":"_xlfn.XLOOKUP(B23,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Mt Piper"},{"$f":"_xlfn.XLOOKUP(B23,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},270,220,150]
[null,"VP5",{"$f":"_xlfn.XLOOKUP(B24,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Vales Point B"},{"$f":"_xlfn.XLOOKUP(B24,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},250,200,180]
[null,"VP6",{"$f":"_xlfn.XLOOKUP(B25,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Vales Point B"},{"$f":"_xlfn.XLOOKUP(B25,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},250,200,180]
[null,"CALL_B_1",{"$f":"_xlfn.XLOOKUP(B26,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Callide B"},{"$f":"_xlfn.XLOOKUP(B26,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},155,180,140]
[null,"CALL_B_2",{"$f":"_xlfn.XLOOKUP(B27,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Callide B"},{"$f":"_xlfn.XLOOKUP(B27,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},155,180,140]
[null,"CPP_3",{"$f":"_xlfn.XLOOKUP(B28,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Callide C"},{"$f":"_xlfn.XLOOKUP(B28,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Super Critical"},180,180,170]
[null,"CPP_4",{"$f":"_xlfn.XLOOKUP(B29,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Callide C"},{"$f":"_xlfn.XLOOKUP(B29,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Super Critical"},180,180,126]
[null,"GSTONE1",{"$f":"_xlfn.XLOOKUP(B30,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B30,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},110,110,110]
[null,"GSTONE2",{"$f":"_xlfn.XLOOKUP(B31,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B31,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},110,110,110]
[null,"GSTONE3",{"$f":"_xlfn.XLOOKUP(B32,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B32,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},110,110,110]
[null,"GSTONE4",{"$f":"_xlfn.XLOOKUP(B33,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B33,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},110,110,110]
[null,"GSTONE5",{"$f":"_xlfn.XLOOKUP(B34,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B34,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},110,110,110]
[null,"GSTONE6",{"$f":"_xlfn.XLOOKUP(B35,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Gladstone"},{"$f":"_xlfn.XLOOKUP(B35,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},110,110,110]
[null,"KPP_1",{"$f":"_xlfn.XLOOKUP(B36,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Kogan Creek"},{"$f":"_xlfn.XLOOKUP(B36,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Super Critical"},330,320,180]
[null,"MPP_1",{"$f":"_xlfn.XLOOKUP(B37,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Millmerran"},{"$f":"_xlfn.XLOOKUP(B37,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Super Critical"},200,180,160]
[null,"MPP_2",{"$f":"_xlfn.XLOOKUP(B38,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Millmerran"},{"$f":"_xlfn.XLOOKUP(B38,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Super Critical"},200,180,160]
[null,"STAN-1",{"$f":"_xlfn.XLOOKUP(B39,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B39,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},140,185,115]
[null,"STAN-2",{"$f":"_xlfn.XLOOKUP(B40,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B40,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},140,170,115]
[null,"STAN-3",{"$f":"_xlfn.XLOOKUP(B41,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B41,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},140,185,115]
[null,"STAN-4",{"$f":"_xlfn.XLOOKUP(B42,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Stanwell"},{"$f":"_xlfn.XLOOKUP(B42,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},140,185,115]
[null,"TARONG#1",{"$f":"_xlfn.XLOOKUP(B43,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B43,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},140,170,140]
[null,"TARONG#2",{"$f":"_xlfn.XLOOKUP(B44,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B44,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},140,170,140]
[null,"TARONG#3",{"$f":"_xlfn.XLOOKUP(B45,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B45,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},140,140,140]
[null,"TARONG#4",{"$f":"_xlfn.XLOOKUP(B46,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Tarong"},{"$f":"_xlfn.XLOOKUP(B46,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},140,140,140]
[null,"TNPS1",{"$f":"_xlfn.XLOOKUP(B47,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Tarong North"},{"$f":"_xlfn.XLOOKUP(B47,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Super Critical"},180,200,180]
[null,"LOYYB1",{"$f":"_xlfn.XLOOKUP(B48,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Loy Yang B"},{"$f":"_xlfn.XLOOKUP(B48,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},320,240,200]
[null,"LOYYB2",{"$f":"_xlfn.XLOOKUP(B49,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Loy Yang B"},{"$f":"_xlfn.XLOOKUP(B49,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},320,240,200]
[null,"LYA1",{"$f":"_xlfn.XLOOKUP(B50,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B50,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},300,250,210]
[null,"LYA2",{"$f":"_xlfn.XLOOKUP(B51,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B51,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},300,250,210]
[null,"LYA3",{"$f":"_xlfn.XLOOKUP(B52,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B52,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},300,250,210]
[null,"LYA4",{"$f":"_xlfn.XLOOKUP(B53,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Loy Yang A Power Station"},{"$f":"_xlfn.XLOOKUP(B53,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},300,250,210]
[null,"YWPS1",{"$f":"_xlfn.XLOOKUP(B54,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B54,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},200,200,200]
[null,"YWPS2",{"$f":"_xlfn.XLOOKUP(B55,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B55,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},200,200,200]
[null,"YWPS3",{"$f":"_xlfn.XLOOKUP(B56,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B56,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},200,220,200]
[null,"YWPS4",{"$f":"_xlfn.XLOOKUP(B57,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$D$7:$D$662,\"not found\",0)","v":"Yallourn W"},{"$f":"_xlfn.XLOOKUP(B57,'Summary Mapping'!$C$7:$C$662,'Summary Mapping'!$E$7:$E$662,\"not found\",0)","v":"Steam Sub Critical"},200,220,200]
[null,"Notes: \n"]
[null,"1. These levels do not represent warm-up or warm-down hold points, or very low power levels (~10%) achievable for short durations (typically less than 2 hours). These activities can already be observed to be bid and cleared lower than the stated 'Minimum Continuous Operating Level'."]
[null,"2. Many coal generator units do not yet regularly operate at these levels, but have been recently seen (2023 and 2024) capable of bidding and clearing at these levels for sustained periods (or an identical unit within the station has)."]
[null,"3. The process of two-shifting involves rapidly taking a unit offline (desynchronising) and later rapidly bringing it back online (synchronising) within a twelve-hour period. Fuel is still used during the offline period to maintain a steam bypass to keep the unit in 'warm' status."]
[null,"4. Where the generating unit's negative price exposure is offset by a contracted load (customer load or energy storage) as part of a portfolio, it is expected the generator will endeavour to operate near the 'Typical Lowest Band' during typical negative price periods, and potentially down to the 'Minimum Continuous Operating Level' as suitable."]
[null,"5. Where the generating unit's negative price exposure cannot be fully (or commercially) offset as part of a portfolio, it is expected the generator will likely utilise 'two-shifting' instead of operating at the 'Minimum Continuous Operating Level'. "]

{"sheet":"GPG Min Stable Level","index":64,"n_rows":148,"n_cols":8,"rows_kept":148,"cut":false,"hidden":false,"merged":[]}
[null,"Go to Assumptions Summary"]
[null,"GPG Minimum Stable Level (Time-Sequential Model)"]
[null,"Minimum Stable Levels for CCGTs, Gas-fired steam turbines, and OCGTs. "]
[null,"These levels represent operational minimum levels, which typically conform to a local air quality constraint such as Nitrogen Oxide (NOx) emissions. The GTs can typically operate below this level for a short-period (less than 1 hour)."]
[null,"These assumptions are based on AEMO internal analysis of historical generation and operational experience."]
[]
[null,"For minimum stable level values applied to coal in AEMO's time-sequential model, refer to the Coal Min Stable Level sheet."]
[null,"Link","Coal Min Stable Level"]
[]
[null,"Existing GPG Generators",null,null,null,null,"New entrant technologies"]
[null,"IASR ID","Power Station","Technology Type","Min Stable Level (MW)",null,"Technology","Min Stable Level \n(% of nameplate)"]
[null,"ANGAS1",{"$f":"VLOOKUP(B12,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Angaston"},{"$f":"VLOOKUP(B12,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},3,null,"OCGT (small GT)",0.5]
[null,"ANGAS2",{"$f":"VLOOKUP(B13,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Angaston"},{"$f":"VLOOKUP(B13,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},3,null,"OCGT (large GT)",0.5]
[null,"BDL01",{"$f":"VLOOKUP(B14,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bairnsdale"},{"$f":"VLOOKUP(B14,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},20,null,"CCGT",0.46]
[null,"BDL02",{"$f":"VLOOKUP(B15,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bairnsdale"},{"$f":"VLOOKUP(B15,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},20,null,"CCGT with CCS",0.46]
[null,"BARCALDN",{"$f":"VLOOKUP(B16,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barcaldine Power Station"},{"$f":"VLOOKUP(B16,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},20,null,"Biomass",0.4]
[null,"BIPS1_01",{"$f":"VLOOKUP(B17,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B17,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},8,null,"Large scale Solar PV",0]
[null,"BIPS1_02",{"$f":"VLOOKUP(B18,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B18,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},8,null,"Solar Thermal (16hrs storage)",0.2]
[null,"BIPS1_03",{"$f":"VLOOKUP(B19,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B19,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},8,null,"Battery storage (1hr storage)",0]
[null,"BIPS1_04",{"$f":"VLOOKUP(B20,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B20,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},8,null,"Battery storage (2hrs storage)",0]
[null,"BIPS1_05",{"$f":"VLOOKUP(B21,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B21,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},8,null,"Battery storage (4hrs storage)",0]
[null,"BIPS1_06",{"$f":"VLOOKUP(B22,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B22,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},8,null,"Battery storage (8hrs storage)",0]
[null,"BIPS1_07",{"$f":"VLOOKUP(B23,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B23,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},8,null,"Wind",0]
[null,"BIPS1_08",{"$f":"VLOOKUP(B24,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B24,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},8,null,"Wind - offshore (fixed)",0]
[null,"BIPS1_09",{"$f":"VLOOKUP(B25,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B25,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},8,null,"Wind - offshore (floating)",0]
[null,"BIPS1_10",{"$f":"VLOOKUP(B26,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B26,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},8,null,"Pumped Hydro (10hrs storage)",0.4]
[null,"BIPS1_11",{"$f":"VLOOKUP(B27,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B27,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},8,null,"Pumped Hydro (24hrs storage)",0.4]
[null,"BIPS1_12",{"$f":"VLOOKUP(B28,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Barker Inlet Power Station"},{"$f":"VLOOKUP(B28,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},8,null,"Pumped Hydro (48hrs storage)",0.4]
[null,"BBTHREE1",{"$f":"VLOOKUP(B29,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bell Bay Three"},{"$f":"VLOOKUP(B29,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},20,null,"Distributed Resources Solar",0]
[null,"BBTHREE2",{"$f":"VLOOKUP(B30,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bell Bay Three"},{"$f":"VLOOKUP(B30,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},20,null,"Distributed Resources Batteries",0]
[null,"BBTHREE3",{"$f":"VLOOKUP(B31,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bell Bay Three"},{"$f":"VLOOKUP(B31,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},20,null,"Alkaline Electrolyser",0.1]
[null,"BOLIVPS1_1",{"$f":"VLOOKUP(B32,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bolivar Power Station"},{"$f":"VLOOKUP(B32,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},4,null,"BOTN - Cethana",0.4]
[null,"BOLIVPS1_2",{"$f":"VLOOKUP(B33,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bolivar Power Station"},{"$f":"VLOOKUP(B33,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},4,null,"Notes:"]
[null,"BOLIVPS1_3",{"$f":"VLOOKUP(B34,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bolivar Power Station"},{"$f":"VLOOKUP(B34,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},4,null,"1. Sourced from Aurecon 2024 Energy Technology Cost and Technical Parameter Review."]
[null,"BOLIVPS1_4",{"$f":"VLOOKUP(B35,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Bolivar Power Station"},{"$f":"VLOOKUP(B35,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},4,null,"2. The figure for BOTN - Cethana is assumed to be similar to a new entrant PHES."]
[null,"BRAEMAR1",{"$f":"VLOOKUP(B36,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Braemar"},{"$f":"VLOOKUP(B36,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},110]
[null,"BRAEMAR2",{"$f":"VLOOKUP(B37,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Braemar"},{"$f":"VLOOKUP(B37,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},110]
[null,"BRAEMAR3",{"$f":"VLOOKUP(B38,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Braemar"},{"$f":"VLOOKUP(B38,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},110]
[null,"BRAEMAR5",{"$f":"VLOOKUP(B39,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Braemar 2 Power Station"},{"$f":"VLOOKUP(B39,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},80]
[null,"BRAEMAR6",{"$f":"VLOOKUP(B40,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Braemar 2 Power Station"},{"$f":"VLOOKUP(B40,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},80]
[null,"BRAEMAR7",{"$f":"VLOOKUP(B41,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Braemar 2 Power Station"},{"$f":"VLOOKUP(B41,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},80]
[null,"CG1",{"$f":"VLOOKUP(B42,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Colongra"},{"$f":"VLOOKUP(B42,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},125]
[null,"CG2",{"$f":"VLOOKUP(B43,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Colongra"},{"$f":"VLOOKUP(B43,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},125]
[null,"CG3",{"$f":"VLOOKUP(B44,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Colongra"},{"$f":"VLOOKUP(B44,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},125]
[null,"CG4",{"$f":"VLOOKUP(B45,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Colongra"},{"$f":"VLOOKUP(B45,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},125]
[null,"CPSA_GT1",{"$f":"VLOOKUP(B46,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Condamine A"},{"$f":"VLOOKUP(B46,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},20]
[null,"CPSA_GT2",{"$f":"VLOOKUP(B47,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Condamine A"},{"$f":"VLOOKUP(B47,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},20]
[null,"CPSA_ST",{"$f":"VLOOKUP(B48,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Condamine A"},{"$f":"VLOOKUP(B48,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Steam Turbine"},13.1]
[null,"DDPS1_GT1",{"$f":"VLOOKUP(B49,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Darling Downs"},{"$f":"VLOOKUP(B49,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},58.3]
[null,"DDPS1_GT2",{"$f":"VLOOKUP(B50,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Darling Downs"},{"$f":"VLOOKUP(B50,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},58.3]
[null,"DDPS1_GT3",{"$f":"VLOOKUP(B51,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Darling Downs"},{"$f":"VLOOKUP(B51,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},58.3]
[null,"DDPS1_ST",{"$f":"VLOOKUP(B52,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Darling Downs"},{"$f":"VLOOKUP(B52,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Steam Turbine"},38.9]
[null,"DRYCGT1",{"$f":"VLOOKUP(B53,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Dry Creek GT"},{"$f":"VLOOKUP(B53,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},20]
[null,"DRYCGT2",{"$f":"VLOOKUP(B54,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Dry Creek GT"},{"$f":"VLOOKUP(B54,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},20]
[null,"DRYCGT3",{"$f":"VLOOKUP(B55,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Dry Creek GT"},{"$f":"VLOOKUP(B55,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},20]
[null,"AGLHAL01",{"$f":"VLOOKUP(B56,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B56,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},9]
[null,"AGLHAL02",{"$f":"VLOOKUP(B57,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B57,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},8]
[null,"AGLHAL03",{"$f":"VLOOKUP(B58,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B58,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},10]
[null,"AGLHAL04",{"$f":"VLOOKUP(B59,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B59,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},10]
[null,"AGLHAL05",{"$f":"VLOOKUP(B60,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B60,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},9]
[null,"AGLHAL06",{"$f":"VLOOKUP(B61,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B61,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},8.5]
[null,"AGLHAL07",{"$f":"VLOOKUP(B62,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B62,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},10.5]
[null,"AGLHAL08",{"$f":"VLOOKUP(B63,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B63,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},13]
[null,"AGLHAL09",{"$f":"VLOOKUP(B64,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B64,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},12]
[null,"AGLHAL10",{"$f":"VLOOKUP(B65,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B65,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},8]
[null,"AGLHAL11",{"$f":"VLOOKUP(B66,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B66,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},8]
[null,"AGLHAL12",{"$f":"VLOOKUP(B67,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B67,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},8]
[null,"AGLHALRE",{"$f":"VLOOKUP(B68,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hallett GT"},{"$f":"VLOOKUP(B68,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},18]
[null,"HEZ1",{"$f":"VLOOKUP(B69,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hunter Economic Zone"},{"$f":"VLOOKUP(B69,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},5.2]
[null,"JLA01",{"$f":"VLOOKUP(B70,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Jeeralang A"},{"$f":"VLOOKUP(B70,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},20]
[null,"JLA02",{"$f":"VLOOKUP(B71,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Jeeralang A"},{"$f":"VLOOKUP(B71,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},20]
[null,"JLA03",{"$f":"VLOOKUP(B72,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Jeeralang A"},{"$f":"VLOOKUP(B72,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},20]
[null,"JLA04",{"$f":"VLOOKUP(B73,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Jeeralang A"},{"$f":"VLOOKUP(B73,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},20]
[null,"JLB01",{"$f":"VLOOKUP(B74,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Jeeralang B"},{"$f":"VLOOKUP(B74,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},30]
[null,"JLB02",{"$f":"VLOOKUP(B75,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Jeeralang B"},{"$f":"VLOOKUP(B75,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},30]
[null,"JLB03",{"$f":"VLOOKUP(B76,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Jeeralang B"},{"$f":"VLOOKUP(B76,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},30]
[null,"LADBROK1",{"$f":"VLOOKUP(B77,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Ladbroke Grove"},{"$f":"VLOOKUP(B77,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},20]
[null,"LADBROK2",{"$f":"VLOOKUP(B78,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Ladbroke Grove"},{"$f":"VLOOKUP(B78,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},20]
[null,"LNGS1",{"$f":"VLOOKUP(B79,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Laverton North"},{"$f":"VLOOKUP(B79,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},65]
[null,"LNGS2",{"$f":"VLOOKUP(B80,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Laverton North"},{"$f":"VLOOKUP(B80,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},65]
[null,"LONSDALE",{"$f":"VLOOKUP(B81,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Lonsdale"},{"$f":"VLOOKUP(B81,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},1]
[null,"MINTARO",{"$f":"VLOOKUP(B82,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mintaro GT"},{"$f":"VLOOKUP(B82,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},30]
[null,"MORTLK11",{"$f":"VLOOKUP(B83,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mortlake"},{"$f":"VLOOKUP(B83,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},125]
[null,"MORTLK12",{"$f":"VLOOKUP(B84,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mortlake"},{"$f":"VLOOKUP(B84,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},125]
[null,"MSTUART1",{"$f":"VLOOKUP(B85,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mt Stuart"},{"$f":"VLOOKUP(B85,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},30]
[null,"MSTUART2",{"$f":"VLOOKUP(B86,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mt Stuart"},{"$f":"VLOOKUP(B86,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},30]
[null,"MSTUART3",{"$f":"VLOOKUP(B87,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Mt Stuart"},{"$f":"VLOOKUP(B87,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},30]
[null,"NPS",{"$f":"VLOOKUP(B88,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Newport"},{"$f":"VLOOKUP(B88,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},100]
[null,"OAKEY1",{"$f":"VLOOKUP(B89,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Oakey Power Station"},{"$f":"VLOOKUP(B89,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},45]
[null,"OAKEY2",{"$f":"VLOOKUP(B90,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Oakey Power Station"},{"$f":"VLOOKUP(B90,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},45]
[null,"OsborneGT",{"$f":"VLOOKUP(B91,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Osborne"},{"$f":"VLOOKUP(B91,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},90]
[null,"OsborneST",{"$f":"VLOOKUP(B92,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Osborne"},{"$f":"VLOOKUP(B92,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Steam Turbine"},20]
[null,"PPCCGTGT1",{"$f":"VLOOKUP(B93,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Pelican Point"},{"$f":"VLOOKUP(B93,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},60]
[null,"PPCCGTGT2",{"$f":"VLOOKUP(B94,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Pelican Point"},{"$f":"VLOOKUP(B94,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},60]
[null,"PPCCGTST",{"$f":"VLOOKUP(B95,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Pelican Point"},{"$f":"VLOOKUP(B95,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Steam Turbine"},42]
[null,"POR01-1",{"$f":"VLOOKUP(B96,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Port Lincoln GT"},{"$f":"VLOOKUP(B96,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},7]
[null,"POR01-2",{"$f":"VLOOKUP(B97,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Port Lincoln GT"},{"$f":"VLOOKUP(B97,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},7]
[null,"POR01-3",{"$f":"VLOOKUP(B98,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Port Lincoln GT"},{"$f":"VLOOKUP(B98,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},7]
[null,"PTSTAN1_1",{"$f":"VLOOKUP(B99,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Port Stanvac 1"},{"$f":"VLOOKUP(B99,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},0.9]
[null,"PTSTAN1_2",{"$f":"VLOOKUP(B100,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Port Stanvac 1"},{"$f":"VLOOKUP(B100,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Reciprocating engine"},0.9]
[null,"QPS1",{"$f":"VLOOKUP(B101,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Quarantine"},{"$f":"VLOOKUP(B101,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},5]
[null,"QPS2",{"$f":"VLOOKUP(B102,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Quarantine"},{"$f":"VLOOKUP(B102,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},3]
[null,"QPS3",{"$f":"VLOOKUP(B103,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Quarantine"},{"$f":"VLOOKUP(B103,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},5]
[null,"QPS4",{"$f":"VLOOKUP(B104,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Quarantine"},{"$f":"VLOOKUP(B104,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},3]
[null,"QPS5",{"$f":"VLOOKUP(B105,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Quarantine"},{"$f":"VLOOKUP(B105,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},74]
[null,"ROMA_7",{"$f":"VLOOKUP(B106,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Roma"},{"$f":"VLOOKUP(B106,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},5]
[null,"ROMA_8",{"$f":"VLOOKUP(B107,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Roma"},{"$f":"VLOOKUP(B107,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},5]
[null,"SITHE01",{"$f":"VLOOKUP(B108,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Smithfield Energy Facility"},{"$f":"VLOOKUP(B108,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},20]
[null,"SNAPPER1_1",{"$f":"VLOOKUP(B109,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Snapper Point Power Station"},{"$f":"VLOOKUP(B109,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},5]
[null,"SNAPPER1_2",{"$f":"VLOOKUP(B110,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Snapper Point Power Station"},{"$f":"VLOOKUP(B110,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},5]
[null,"SNAPPER1_3",{"$f":"VLOOKUP(B111,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Snapper Point Power Station"},{"$f":"VLOOKUP(B111,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},5]
[null,"SNAPPER1_4",{"$f":"VLOOKUP(B112,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Snapper Point Power Station"},{"$f":"VLOOKUP(B112,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},5]
[null,"SNAPPER1_5",{"$f":"VLOOKUP(B113,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Snapper Point Power Station"},{"$f":"VLOOKUP(B113,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},5]
[null,"SNUG1",{"$f":"VLOOKUP(B114,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Snuggery"},{"$f":"VLOOKUP(B114,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},5]
[null,"SNUG2",{"$f":"VLOOKUP(B115,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Snuggery"},{"$f":"VLOOKUP(B115,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},5]
[null,"SNUG3",{"$f":"VLOOKUP(B116,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Snuggery"},{"$f":"VLOOKUP(B116,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},5]
[null,"AGLSOM01",{"$f":"VLOOKUP(B117,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Somerton"},{"$f":"VLOOKUP(B117,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},10]
[null,"AGLSOM02",{"$f":"VLOOKUP(B118,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Somerton"},{"$f":"VLOOKUP(B118,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},10]
[null,"AGLSOM03",{"$f":"VLOOKUP(B119,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Somerton"},{"$f":"VLOOKUP(B119,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},10]
[null,"AGLSOM04",{"$f":"VLOOKUP(B120,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Somerton"},{"$f":"VLOOKUP(B120,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},10]
[null,"SWAN_E",{"$f":"VLOOKUP(B121,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Swanbank E GT"},{"$f":"VLOOKUP(B121,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT"},95]
[null,"TALWA1",{"$f":"VLOOKUP(B122,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tallawarra"},{"$f":"VLOOKUP(B122,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT"},190]
[null,"Tallawarra B",{"$f":"VLOOKUP(B123,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tallawarra B"},{"$f":"VLOOKUP(B123,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},160]
[null,"TVCC201_GT",{"$f":"VLOOKUP(B124,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tamar Valley Combined Cycle"},{"$f":"VLOOKUP(B124,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},70.8]
[null,"TVCC201_ST",{"$f":"VLOOKUP(B125,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tamar Valley Combined Cycle"},{"$f":"VLOOKUP(B125,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Steam Turbine"},41.4]
[null,"TVPP104",{"$f":"VLOOKUP(B126,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tamar Valley Peaking"},{"$f":"VLOOKUP(B126,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},30]
[null,"TORRB1",{"$f":"VLOOKUP(B127,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Torrens Island B"},{"$f":"VLOOKUP(B127,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},40]
[null,"TORRB2",{"$f":"VLOOKUP(B128,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Torrens Island B"},{"$f":"VLOOKUP(B128,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},40]
[null,"TORRB3",{"$f":"VLOOKUP(B129,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Torrens Island B"},{"$f":"VLOOKUP(B129,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},40]
[null,"TORRB4",{"$f":"VLOOKUP(B130,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Torrens Island B"},{"$f":"VLOOKUP(B130,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},40]
[null,"YABULU",{"$f":"VLOOKUP(B131,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Townsville Power Station"},{"$f":"VLOOKUP(B131,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Gas Turbine"},75]
[null,"YABULU2",{"$f":"VLOOKUP(B132,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Townsville Power Station"},{"$f":"VLOOKUP(B132,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT - Steam Turbine"},55]
[null,"URANQ11",{"$f":"VLOOKUP(B133,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Uranquinty"},{"$f":"VLOOKUP(B133,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},80]
[null,"URANQ12",{"$f":"VLOOKUP(B134,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Uranquinty"},{"$f":"VLOOKUP(B134,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},80]
[null,"URANQ13",{"$f":"VLOOKUP(B135,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Uranquinty"},{"$f":"VLOOKUP(B135,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},80]
[null,"URANQ14",{"$f":"VLOOKUP(B136,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Uranquinty"},{"$f":"VLOOKUP(B136,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},80]
[null,"VPGS1",{"$f":"VLOOKUP(B137,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Valley Power"},{"$f":"VLOOKUP(B137,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},30]
[null,"VPGS2",{"$f":"VLOOKUP(B138,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Valley Power"},{"$f":"VLOOKUP(B138,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},30]
[null,"VPGS3",{"$f":"VLOOKUP(B139,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Valley Power"},{"$f":"VLOOKUP(B139,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},30]
[null,"VPGS4",{"$f":"VLOOKUP(B140,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Valley Power"},{"$f":"VLOOKUP(B140,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},30]
[null,"VPGS5",{"$f":"VLOOKUP(B141,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Valley Power"},{"$f":"VLOOKUP(B141,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},30]
[null,"VPGS6",{"$f":"VLOOKUP(B142,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Valley Power"},{"$f":"VLOOKUP(B142,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},30]
[null,"YARWUN_1",{"$f":"VLOOKUP(B143,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Yarwun Cogen"},{"$f":"VLOOKUP(B143,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"CCGT"},106]
[null,"Tully Sugar Mill Biomass",{"$f":"VLOOKUP(B144,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Tully Sugar Mill Biomass"},{"$f":"VLOOKUP(B144,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"Biomass"},2]
[null,"HUNTER1",{"$f":"VLOOKUP(B145,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hunter Power Station"},{"$f":"VLOOKUP(B145,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},100]
[null,"HUNTER2",{"$f":"VLOOKUP(B146,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Hunter Power Station"},{"$f":"VLOOKUP(B146,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},100]
[null,"Kogan Gas",{"$f":"VLOOKUP(B147,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Brigalow GT"},{"$f":"VLOOKUP(B147,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (large GT)"},104]
[null,"Lockyer Valley GT",{"$f":"VLOOKUP(B148,'Summary Mapping'!$C$7:$E$662,2,FALSE)","v":"Lockyer Valley GT"},{"$f":"VLOOKUP(B148,'Summary Mapping'!$C$7:$E$662,3,FALSE)","v":"OCGT (small GT)"},22]

{"sheet":"Coal and Biomass price","index":65,"n_rows":61,"n_cols":33,"rows_kept":61,"cut":false,"hidden":false,"merged":[[2,1,2,2],[3,1,3,2],[4,1,4,2]]}
[null,"Go to Assumptions Summary"]
[null,"Coal Price ($/GJ, real Jun 2025 dollars)"]
[null,"Coal prices based on price forecasts delivered by ACIL Allen in November 2024"]
[null,"Biomass is based on an AEMO assumption."]
[]
[null,"Modelling Scenario"]
[]
[null,"Coal fuel price"]
[null,"Generator","Scenario","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,"Bayswater","Slower Growth",4.1444809999999999,3.9306379999999996,3.9713699999999998,4.8369249999999999,5.274794,4.9998529999999999,4.9693040000000002,4.8878399999999997,4.8063759999999993,4.7350950000000003,4.6536309999999999,4.5823499999999999,4.5008859999999995,4.4296049999999996,4.3481409999999991,4.2972259999999993,4.2666770000000005,4.2361279999999999,4.2055790000000002,4.1750299999999996,4.1444809999999999,4.1037490000000005,4.0731999999999999,4.0426510000000002,4.0324679999999997,4.0324679999999997,4.0324679999999997,4.0324679999999997,4.0324679999999997,4.0324679999999997]
[null,"Eraring","Slower Growth",7.0160869999999997,6.9040740000000005,6.3745579999999995,5.8552249999999999,5.3257090000000007,5.020219,4.9489380000000001,4.8674740000000005,4.7961929999999997,4.7249119999999998,4.6434479999999994,4.5721670000000003,4.5008859999999995,4.419422,4.3888729999999994,4.3685070000000001,4.3379579999999995,4.3074090000000007,4.2768600000000001,4.2463109999999995,4.2157619999999998,4.1852130000000001,4.1546640000000004,4.1241149999999998,4.1139320000000001,4.1139320000000001,4.1139320000000001,4.1139320000000001,4.1139320000000001,4.1139320000000001]
[null,"Mt Piper","Slower Growth",7.2197469999999999,7.1382829999999995,6.6189499999999999,6.0996170000000003,5.5802840000000007,5.2849770000000005,5.2035130000000001,5.1322320000000001,5.0609509999999993,4.9794869999999998,4.9082059999999998,4.8369249999999999,4.765644,4.6841799999999996,4.6536309999999999,4.6332649999999997,4.6027159999999991,4.5721670000000003,4.5416179999999997,4.511069,4.4907029999999999,4.4601540000000002,4.4296049999999996,4.3990559999999999,4.3786899999999997,4.3786899999999997,4.3786899999999997,4.3786899999999997,4.3786899999999997,4.3786899999999997]
[null,"Vales Point B","Slower Growth",7.0160869999999997,6.9040740000000005,6.3745579999999995,5.8552249999999999,5.3257090000000007,5.020219,4.9489380000000001,4.8674740000000005,4.7961929999999997,4.7249119999999998,4.6434479999999994,4.5721670000000003,4.5008859999999995,4.419422,4.3888729999999994,4.3685070000000001,4.3379579999999995,4.3074090000000007,4.2768600000000001,4.2463109999999995,4.2157619999999998,4.1852130000000001,4.1546640000000004,4.1241149999999998,4.1139320000000001,4.1139320000000001,4.1139320000000001,4.1139320000000001,4.1139320000000001,4.1139320000000001]
[null,"Callide B","Slower Growth",4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847]
[null,"Callide C","Slower Growth",4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847,4.164847]
[null,"Gladstone","Slower Growth",6.3643749999999999,6.3032770000000005,5.8552249999999999,5.3969899999999997,4.9489380000000001,4.6841799999999996,4.6230820000000001,4.5619840000000007,4.4907029999999999,4.4296049999999996,4.3786899999999997,4.3379579999999995,4.2972259999999993,4.256494,4.2361279999999999,4.2259450000000003,4.2157619999999998,4.1953959999999997,4.1750299999999996,4.164847,4.1444809999999999,4.1342979999999994,4.1139320000000001,4.0935659999999991,4.0935659999999991,4.0935659999999991,4.0935659999999991,4.0935659999999991,4.0935659999999991,4.0935659999999991]
[null,"Kogan Creek","Slower Growth",2.5559329999999996,2.5559329999999996,2.5559329999999996,2.5559329999999996,2.5559329999999996,2.5559329999999996,2.5559329999999996,2.5559329999999996,2.5559329999999996,2.5559329999999996,2.5559329999999996,2.5559329999999996,2.5559329999999996,2.5559329999999996,2.5559329999999996,2.5559329999999996,2.5559329999999996,2.5559329999999996,2.5559329999999996,2.5559329999999996,2.5559329999999996,2.5559329999999996,2.5559329999999996,2.5559329999999996,2.5559329999999996,2.5559329999999996,2.5559329999999996,2.5559329999999996,2.5559329999999996,2.5559329999999996]
[null,"Millmerran","Slower Growth",2.2606260000000002,2.2606260000000002,2.2606260000000002,2.2606260000000002,2.2606260000000002,2.2606260000000002,2.2606260000000002,2.2606260000000002,2.2606260000000002,2.2606260000000002,2.2606260000000002,2.2606260000000002,2.2606260000000002,2.2606260000000002,2.2606260000000002,2.2606260000000002,2.2606260000000002,2.2606260000000002,2.2606260000000002,2.2606260000000002,2.2606260000000002,2.2606260000000002,2.2606260000000002,2.2606260000000002,2.2606260000000002,2.2606260000000002,2.2606260000000002,2.2606260000000002,2.2606260000000002,2.2606260000000002]
[null,"Stanwell","Slower Growth",5.1933299999999996,6.7615119999999997,6.2421790000000001,5.712663,5.1831469999999999,4.8776570000000001,4.8063759999999993,4.7249119999999998,4.6536309999999999,4.5823499999999999,4.5008859999999995,4.4296049999999996,4.3583240000000005,4.2768600000000001,4.2463109999999995,4.2259450000000003,4.1953959999999997,4.164847,4.1342979999999994,4.1037490000000005,4.0731999999999999,4.0426510000000002,4.0121019999999996,3.9815529999999999,3.9713699999999998,3.9713699999999998,3.9713699999999998,3.9713699999999998,3.9713699999999998,3.9713699999999998]
[null,"Tarong","Slower Growth",4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003]
[null,"Tarong North","Slower Growth",4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003,4.0630170000000003]
[null,"Loy Yang A","Slower Growth",1.0183,1.0183,1.0183,1.0183,1.0183,1.0183,1.0183,1.0183,1.0183,1.0183,1.0183,1.0183,1.0183,1.0183,1.0183,1.0183,1.0183,1.0183,1.0183,1.0183,1.0183,1.0183,1.0183,1.0183,1.0183,1.0183,1.0183,1.0183,1.0183,1.0183]
[null,"Loy Yang B","Slower Growth",1.0386660000000001,1.0386660000000001,1.0386660000000001,1.0386660000000001,1.0386660000000001,1.0386660000000001,1.0386660000000001,1.0386660000000001,1.0386660000000001,1.0386660000000001,1.0386660000000001,1.0386660000000001,1.0386660000000001,1.0386660000000001,1.0386660000000001,1.0386660000000001,1.0386660000000001,1.0386660000000001,1.0386660000000001,1.0386660000000001,1.0386660000000001,1.0386660000000001,1.0386660000000001,1.0386660000000001,1.0386660000000001,1.0386660000000001,1.0386660000000001,1.0386660000000001,1.0386660000000001,1.0386660000000001]
[null,"Yallourn W","Slower Growth",1.059032,1.059032,1.059032,1.059032,1.059032,1.059032,1.059032,1.059032,1.059032,1.059032,1.059032,1.059032,1.059032,1.059032,1.059032,1.059032,1.059032,1.059032,1.059032,1.059032,1.059032,1.059032,1.059032,1.059032,1.059032,1.059032,1.059032,1.059032,1.059032,1.059032]
[null,"Bayswater","Step Change",4.1241149999999998,3.8288079999999995,3.747344,4.2768600000000001,4.3481409999999991,3.9306379999999996,3.838991,3.747344,3.66588,3.5742329999999995,3.482586,3.401122,3.3094749999999999,3.228011,3.1770960000000001,3.1770960000000001,3.1770960000000001,3.1770960000000001,3.1770960000000001,3.1770960000000001,3.1770960000000001,3.1770960000000001,3.1770960000000001,3.1770960000000001,3.1770960000000001,3.1770960000000001,3.1770960000000001,3.1770960000000001,3.1770960000000001,3.1770960000000001]
[null,"Eraring","Step Change",7.0160869999999997,6.3541920000000003,5.6922969999999999,5.0304020000000005,4.3685070000000001,3.991736,3.910272,3.8186249999999999,3.737161,3.6455139999999999,3.5640499999999999,3.482586,3.3909389999999999,3.3094749999999999,3.2687429999999997,3.2687429999999997,3.2687429999999997,3.2687429999999997,3.2687429999999997,3.2687429999999997,3.2687429999999997,3.2687429999999997,3.2687429999999997,3.2687429999999997,3.2687429999999997,3.2687429999999997,3.2687429999999997,3.2687429999999997,3.2687429999999997,3.2687429999999997]
[null,"Mt Piper","Step Change",7.2197469999999999,6.5680350000000001,5.9061399999999997,5.2544279999999999,4.6027159999999991,4.2768600000000001,4.2361279999999999,4.1546640000000004,4.0630170000000003,3.9815529999999999,3.9000889999999999,3.8084420000000003,3.7269779999999999,3.6455139999999999,3.5538670000000003,3.5131350000000001,3.5131350000000001,3.5131350000000001,3.5131350000000001,3.5131350000000001,3.5131350000000001,3.5131350000000001,3.5131350000000001,3.5131350000000001,3.5131350000000001,3.5131350000000001,3.5131350000000001,3.5131350000000001,3.5131350000000001,3.5131350000000001]
[null,"Vales Point B","Step Change",7.0160869999999997,6.3541920000000003,5.6922969999999999,5.0304020000000005,4.3685070000000001,4.0324679999999997,3.991736,3.910272,3.8186249999999999,3.737161,3.6455139999999999,3.5640499999999999,3.482586,3.3909389999999999,3.3094749999999999,3.2687429999999997,3.2687429999999997,3.2687429999999997,3.2687429999999997,3.2687429999999997,3.2687429999999997,3.2687429999999997,3.2687429999999997,3.2687429999999997,3.2687429999999997,3.2687429999999997,3.2687429999999997,3.2687429999999997,3.2687429999999997,3.2687429999999997]
[null,"Callide B","Step Change",3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996]
[null,"Callide C","Step Change",3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996,3.3196579999999996]
[null,"Gladstone","Step Change",6.3643749999999999,5.7941270000000005,5.2238790000000002,4.6536309999999999,4.1241149999999998,3.8593570000000001,3.8084420000000003,3.7677100000000001,3.7167949999999998,3.6760629999999996,3.6251479999999998,3.584416,3.5335010000000002,3.492769,3.4622199999999999,3.4622199999999999,3.4622199999999999,3.4622199999999999,3.4622199999999999,3.4622199999999999,3.4622199999999999,3.4622199999999999,3.4622199999999999,3.4622199999999999,3.4622199999999999,3.4622199999999999,3.4622199999999999,3.4622199999999999,3.4622199999999999,3.4622199999999999]
[null,"Kogan Creek","Step Change",2.3217239999999997,2.3217239999999997,2.3217239999999997,2.3217239999999997,2.3217239999999997,2.3217239999999997,2.3217239999999997,2.3217239999999997,2.3217239999999997,2.3217239999999997,2.3217239999999997,2.3217239999999997,2.3217239999999997,2.3217239999999997,2.3217239999999997,2.3217239999999997,2.3217239999999997,2.3217239999999997,2.3217239999999997,2.3217239999999997,2.3217239999999997,2.3217239999999997,2.3217239999999997,2.3217239999999997,2.3217239999999997,2.3217239999999997,2.3217239999999997,2.3217239999999997,2.3217239999999997,2.3217239999999997]
[null,"Millmerran","Step Change",2.0569660000000001,2.0569660000000001,2.0569660000000001,2.0569660000000001,2.0569660000000001,2.0569660000000001,2.0569660000000001,2.0569660000000001,2.0569660000000001,2.0569660000000001,2.0569660000000001,2.0569660000000001,2.0569660000000001,2.0569660000000001,2.0569660000000001,2.0569660000000001,2.0569660000000001,2.0569660000000001,2.0569660000000001,2.0569660000000001,2.0569660000000001,2.0569660000000001,2.0569660000000001,2.0569660000000001,2.0569660000000001,2.0569660000000001,2.0569660000000001,2.0569660000000001,2.0569660000000001,2.0569660000000001]
[null,"Stanwell","Step Change",4.9591209999999997,6.4967540000000001,5.7533950000000003,5.0100359999999995,4.2768600000000001,3.8593570000000001,3.7778929999999997,3.6964289999999997,3.6047820000000002,3.5233179999999997,3.4316710000000001,3.3502070000000002,3.2585600000000001,3.1770960000000001,3.1363639999999999,3.1363639999999999,3.1363639999999999,3.1363639999999999,3.1363639999999999,3.1363639999999999,3.1363639999999999,3.1363639999999999,3.1363639999999999,3.1363639999999999,3.1363639999999999,3.1363639999999999,3.1363639999999999,3.1363639999999999,3.1363639999999999,3.1363639999999999]
[null,"Tarong","Step Change",3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001]
[null,"Tarong North","Step Change",3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001,3.8593570000000001]
[null,"Loy Yang A","Step Change",0.86555499999999996,0.86555499999999996,0.86555499999999996,0.86555499999999996,0.86555499999999996,0.86555499999999996,0.86555499999999996,0.86555499999999996,0.86555499999999996,0.86555499999999996,0.86555499999999996,0.86555499999999996,0.86555499999999996,0.86555499999999996,0.86555499999999996,0.86555499999999996,0.86555499999999996,0.86555499999999996,0.86555499999999996,0.86555499999999996,0.86555499999999996,0.86555499999999996,0.86555499999999996,0.86555499999999996,0.86555499999999996,0.86555499999999996,0.86555499999999996,0.86555499999999996,0.86555499999999996,0.86555499999999996]
[null,"Loy Yang B","Step Change",0.87573800000000002,0.87573800000000002,0.87573800000000002,0.87573800000000002,0.87573800000000002,0.87573800000000002,0.87573800000000002,0.87573800000000002,0.87573800000000002,0.87573800000000002,0.87573800000000002,0.87573800000000002,0.87573800000000002,0.87573800000000002,0.87573800000000002,0.87573800000000002,0.87573800000000002,0.87573800000000002,0.87573800000000002,0.87573800000000002,0.87573800000000002,0.87573800000000002,0.87573800000000002,0.87573800000000002,0.87573800000000002,0.87573800000000002,0.87573800000000002,0.87573800000000002,0.87573800000000002,0.87573800000000002]
[null,"Yallourn W","Step Change",0.89610400000000001,0.89610400000000001,0.89610400000000001,0.89610400000000001,0.89610400000000001,0.89610400000000001,0.89610400000000001,0.89610400000000001,0.89610400000000001,0.89610400000000001,0.89610400000000001,0.89610400000000001,0.89610400000000001,0.89610400000000001,0.89610400000000001,0.89610400000000001,0.89610400000000001,0.89610400000000001,0.89610400000000001,0.89610400000000001,0.89610400000000001,0.89610400000000001,0.89610400000000001,0.89610400000000001,0.89610400000000001,0.89610400000000001,0.89610400000000001,0.89610400000000001,0.89610400000000001,0.89610400000000001]
[null,"Bayswater","Accelerated Transition",4.1037490000000005,3.747344,3.5640499999999999,3.8186249999999999,3.584416,3.1261809999999999,3.1261809999999999,3.1261809999999999,3.1261809999999999,3.1261809999999999,3.1261809999999999,3.1261809999999999,3.1261809999999999,3.1261809999999999,3.1261809999999999,3.1261809999999999,3.1261809999999999,3.1261809999999999,3.1261809999999999,3.1261809999999999,3.1261809999999999,3.1261809999999999,3.1261809999999999,3.1261809999999999,3.1261809999999999,3.1261809999999999,3.1261809999999999,3.1261809999999999,3.1261809999999999,3.1261809999999999]
[null,"Eraring","Accelerated Transition",7.0160869999999997,6.3949240000000005,5.4784540000000002,4.5619840000000007,3.6455139999999999,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002]
[null,"Mt Piper","Accelerated Transition",7.2197469999999999,6.5782179999999997,5.6719309999999998,4.765644,3.8695399999999998,3.4214879999999996,3.4214879999999996,3.4214879999999996,3.4214879999999996,3.4214879999999996,3.4214879999999996,3.4214879999999996,3.4214879999999996,3.4214879999999996,3.4214879999999996,3.4214879999999996,3.4214879999999996,3.4214879999999996,3.4214879999999996,3.4214879999999996,3.4214879999999996,3.4214879999999996,3.4214879999999996,3.4214879999999996,3.4214879999999996,3.4214879999999996,3.4214879999999996,3.4214879999999996,3.4214879999999996,3.4214879999999996]
[null,"Vales Point B","Accelerated Transition",7.0160869999999997,6.3949240000000005,5.4784540000000002,4.5619840000000007,3.6455139999999999,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002,3.1974620000000002]
[null,"Callide B","Accelerated Transition",2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999]
[null,"Callide C","Accelerated Transition",2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999,2.6984949999999999]
[null,"Gladstone","Accelerated Transition",6.3643749999999999,5.8043100000000001,5.020219,4.2259450000000003,3.5436839999999998,3.2585600000000001,3.2585600000000001,3.2585600000000001,3.2585600000000001,3.2585600000000001,3.2585600000000001,3.2585600000000001,3.2585600000000001,3.2585600000000001,3.2585600000000001,3.2585600000000001,3.2585600000000001,3.2585600000000001,3.2585600000000001,3.2585600000000001,3.2585600000000001,3.2585600000000001,3.2585600000000001,3.2585600000000001,3.2585600000000001,3.2585600000000001,3.2585600000000001,3.2585600000000001,3.2585600000000001,3.2585600000000001]
[null,"Kogan Creek","Accelerated Transition",2.0976979999999998,2.0976979999999998,2.0976979999999998,2.0976979999999998,2.0976979999999998,2.0976979999999998,2.0976979999999998,2.0976979999999998,2.0976979999999998,2.0976979999999998,2.0976979999999998,2.0976979999999998,2.0976979999999998,2.0976979999999998,2.0976979999999998,2.0976979999999998,2.0976979999999998,2.0976979999999998,2.0976979999999998,2.0976979999999998,2.0976979999999998,2.0976979999999998,2.0976979999999998,2.0976979999999998,2.0976979999999998,2.0976979999999998,2.0976979999999998,2.0976979999999998,2.0976979999999998,2.0976979999999998]
[null,"Millmerran","Accelerated Transition",1.8533060000000001,1.8533060000000001,1.8533060000000001,1.8533060000000001,1.8533060000000001,1.8533060000000001,1.8533060000000001,1.8533060000000001,1.8533060000000001,1.8533060000000001,1.8533060000000001,1.8533060000000001,1.8533060000000001,1.8533060000000001,1.8533060000000001,1.8533060000000001,1.8533060000000001,1.8533060000000001,1.8533060000000001,1.8533060000000001,1.8533060000000001,1.8533060000000001,1.8533060000000001,1.8533060000000001,1.8533060000000001,1.8533060000000001,1.8533060000000001,1.8533060000000001,1.8533060000000001,1.8533060000000001]
[null,"Stanwell","Accelerated Transition",4.7452779999999999,6.2829109999999995,5.3664409999999991,4.4499709999999997,3.5335010000000002,3.0752660000000001,3.0752660000000001,3.0752660000000001,3.0752660000000001,3.0752660000000001,3.0752660000000001,3.0752660000000001,3.0752660000000001,3.0752660000000001,3.0752660000000001,3.0752660000000001,3.0752660000000001,3.0752660000000001,3.0752660000000001,3.0752660000000001,3.0752660000000001,3.0752660000000001,3.0752660000000001,3.0752660000000001,3.0752660000000001,3.0752660000000001,3.0752660000000001,3.0752660000000001,3.0752660000000001,3.0752660000000001]
[null,"Tarong","Accelerated Transition",3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697]
[null,"Tarong North","Accelerated Transition",3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697,3.655697]
[null,"Loy Yang A","Accelerated Transition",0.70262699999999989,0.70262699999999989,0.70262699999999989,0.70262699999999989,0.70262699999999989,0.70262699999999989,0.70262699999999989,0.70262699999999989,0.70262699999999989,0.70262699999999989,0.70262699999999989,0.70262699999999989,0.70262699999999989,0.70262699999999989,0.70262699999999989,0.70262699999999989,0.70262699999999989,0.70262699999999989,0.70262699999999989,0.70262699999999989,0.70262699999999989,0.70262699999999989,0.70262699999999989,0.70262699999999989,0.70262699999999989,0.70262699999999989,0.70262699999999989,0.70262699999999989,0.70262699999999989,0.70262699999999989]
[null,"Loy Yang B","Accelerated Transition",0.722993,0.722993,0.722993,0.722993,0.722993,0.722993,0.722993,0.722993,0.722993,0.722993,0.722993,0.722993,0.722993,0.722993,0.722993,0.722993,0.722993,0.722993,0.722993,0.722993,0.722993,0.722993,0.722993,0.722993,0.722993,0.722993,0.722993,0.722993,0.722993,0.722993]
[null,"Yallourn W","Accelerated Transition",0.74335899999999999,0.74335899999999999,0.74335899999999999,0.74335899999999999,0.74335899999999999,0.74335899999999999,0.74335899999999999,0.74335899999999999,0.74335899999999999,0.74335899999999999,0.74335899999999999,0.74335899999999999,0.74335899999999999,0.74335899999999999,0.74335899999999999,0.74335899999999999,0.74335899999999999,0.74335899999999999,0.74335899999999999,0.74335899999999999,0.74335899999999999,0.74335899999999999,0.74335899999999999,0.74335899999999999,0.74335899999999999,0.74335899999999999,0.74335899999999999,0.74335899999999999,0.74335899999999999,0.74335899999999999]
[]
[]
[null,"Biomass"]
[null,"Biomass price","Scenario","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,"Biomass","Slower Growth",0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001]
[null,"Biomass","Step Change",0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001]
[null,"Biomass","Accelerated Transition",0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001,0.66189500000000001]

{"sheet":"Gas, Liquid fuel, H2 price","index":66,"n_rows":386,"n_cols":33,"rows_kept":281,"cut":true,"hidden":false,"merged":[[3,1,4,4],[3,6,3,8],[4,6,4,8],[5,6,5,8],[6,6,6,8],[3,9,3,10],[4,9,4,10],[5,9,5,10],[6,9,6,10],[3,11,3,12],[6,11,6,12],[6,13,6,14],[3,13,3,14],[4,11,4,12],[4,13,4,14],[5,11,5,12],[5,13,5,14]],"bounds":{"rows_first":125,"rows_last":31,"rows_between":125,"halvings":4}}
[null,"Go to Assumptions Summary"]
[null,"Gas Price ($/GJ, real Jun 2025 dollars)"]
[null,"Gas prices based on price forecasts delivered by ACIL Allen in November 2024",null,null,null,null,"Consultant's scenario mapping"]
[null,null,null,null,null,null,null,null,null,"Slower Growth",null,"Step Change",null,"Accelerated Transition"]
[null,null,null,null,null,null,"Gas price scenario",null,null,"Progressive Change",null,"Step Change",null,"Green Energy Exports"]
[null,null,null,null,null,null,"Liquid fuel price scenario",null,null,"Progressive Change",null,"Step Change",null,"Green Energy Exports"]
[null,"Existing gas-powered generation fuel costs",null,null,null,null,"Hydrogen price scenario",null,null,"Progressive Change",null,"Step Change",null,"Green Energy Exports"]
[]
[1,"Generator","Gas price scenario","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[1,"Bairnsdale","Slower Growth",17.186119150074838,15.782575582686061,16.653448310581503,16.312412930162942,15.812514893529171,14.097147098221722,15.08009152963918,14.65281797889452,15.428241855855472,14.927953604504758,15.218172662312391,15.724137671873795,15.421747017203842,15.104730987406143,15.318917220149173,15.760812008297085,15.130641379143155,15.621743669747117,15.826703187504217,15.826703187504217,15.826703187504217,15.878089178600002,15.880218891827186,16.110113652252011,16.110113652252011,16.110113652252011,16.110113652252011,16.110113652252011,16.110113652252011,16.110113652252011]
[1,"Barcaldine Power Station","Slower Growth",15.533230899242302,14.507505304465557,14.220613896393425,14.347909312806033,14.248816556512161,13.835843791557776,12.908948069295102,12.811964799307448,12.55198630489804,12.640369396693304,12.700516966922965,12.624654363329933,12.450577393758095,12.773358295098667,13.08156806400538,13.029716224293036,12.448894620261186,12.948835849732161,12.820310861894173,13.369950732129555,13.917206963782562,14.266714559275556,13.908374497578716,14.905846798595944,14.905846798595944,14.905846798595944,14.905846798595944,14.905846798595944,14.905846798595944,14.905846798595944]
[1,"Barker Inlet Power Station","Slower Growth",16.620305871544073,15.078347376365382,15.561169160945759,15.093260484681347,14.84117285407021,13.367879270182282,13.833122223029299,13.129755141676508,13.692783862061512,13.149555885781286,13.658974131425758,14.194136192727854,13.898920026207195,13.570649930416481,13.705485982771622,14.152205392060143,13.697990339086665,14.469169731259308,14.665012258526195,14.671504207872156,14.606290807433663,14.780800589741325,14.813851331433382,15.262648895972152,15.262648895972152,15.262648895972152,15.262648895972152,15.262648895972152,15.262648895972152,15.262648895972152]
[1,"Bell Bay Three","Slower Growth",17.902603855383521,16.927759927825605,17.624000405857203,17.034064141858735,16.831469271090498,15.342602931622688,16.608157709078981,15.952422443534322,16.499384605695273,16.056211783044557,16.317873126502192,16.880953564763598,16.52144748139364,16.204431451595941,16.390059969988972,16.831954758136884,16.373130415082954,17.035578991786917,17.240538509544017,17.240538509544017,17.240538509544017,17.2657656342952,17.242421866322182,17.44741429983381,17.44741429983381,17.44741429983381,17.44741429983381,17.44741429983381,17.44741429983381,17.44741429983381]
[1,"Bolivar Power Station","Slower Growth",17.375774320250624,15.763726802563806,16.268495031897835,15.796210238132876,15.515771620164307,14.00444494971477,14.491842328887838,13.754981576994439,14.344821188826348,13.775725213675635,14.309401471017459,14.870047440000608,14.56077336078849,14.21687135567441,14.358128172427415,14.826119934539198,14.350275593328886,15.158177813700231,15.363346175598872,15.370147265389877,15.301828464930502,15.484648236871864,15.519272823406402,15.989441700542255,15.989441700542255,15.989441700542255,15.989441700542255,15.989441700542255,15.989441700542255,15.989441700542255]
[1,"Braemar","Slower Growth",15.080806698293495,14.08495660627724,13.806421258634392,13.930009041559256,13.833802482050642,13.432858050056094,12.53295929057777,12.43880077602665,12.186394470774797,12.272203297760489,12.330598997012588,12.256945983815466,12.087939217240868,12.401318733105503,12.700551518451823,12.650209926498093,12.086305456564258,12.571685291002098,12.446903749411817,12.980534691387914,13.511851421148117,13.851179183762676,13.503276211241474,14.471695920966935,14.471695920966935,14.471695920966935,14.471695920966935,14.471695920966935,14.471695920966935,14.471695920966935]
[1,"Braemar 2 Power Station","Slower Growth",15.080806698293495,14.08495660627724,13.806421258634392,13.930009041559256,13.833802482050642,13.432858050056094,12.53295929057777,12.43880077602665,12.186394470774797,12.272203297760489,12.330598997012588,12.256945983815466,12.087939217240868,12.401318733105503,12.700551518451823,12.650209926498093,12.086305456564258,12.571685291002098,12.446903749411817,12.980534691387914,13.511851421148117,13.851179183762676,13.503276211241474,14.471695920966935,14.471695920966935,14.471695920966935,14.471695920966935,14.471695920966935,14.471695920966935,14.471695920966935]
[1,"Colongra","Slower Growth",18.408659059165156,16.924099185554365,17.063007728297805,16.747687020123532,16.419364165401223,14.336111528065624,14.82499390838489,13.979411010677889,14.487012224821447,14.000514341551314,14.571388887322497,15.157288570629138,14.823177324427842,14.495438385019948,14.671852198211269,15.14463254918622,14.680343339272357,15.344162686265117,15.599122449240788,15.600378988672187,15.679164186178339,15.847224992359781,15.92794511038699,16.34456716020156,16.34456716020156,16.34456716020156,16.34456716020156,16.34456716020156,16.34456716020156,16.34456716020156]
[1,"Condamine A","Slower Growth",13.709824271175904,12.80450600570658,12.551292053303991,12.663644583235685,12.576184074591492,12.793198142910564,11.93615170531216,11.846476929549191,11.606089972166473,11.687812664533798,11.743427616202466,11.673281889348061,11.512323064038922,11.810779745814763,12.095763350906498,12.047818977617231,11.510767101489767,11.97303361047819,11.854194047058874,12.362413991798014,12.868429924902967,13.191599222631119,12.860263058325211,13.782567543778033,13.782567543778033,13.782567543778033,13.782567543778033,13.782567543778033,13.782567543778033,13.782567543778033]
[1,"Darling Downs","Slower Growth",13.709824271175904,12.80450600570658,12.551292053303991,12.663644583235685,12.576184074591492,12.793198142910564,11.93615170531216,11.846476929549191,11.606089972166473,11.687812664533798,11.743427616202466,11.673281889348061,11.512323064038922,11.810779745814763,12.095763350906498,12.047818977617231,11.510767101489767,11.97303361047819,11.854194047058874,12.362413991798014,12.868429924902967,13.191599222631119,12.860263058325211,13.782567543778033,13.782567543778033,13.782567543778033,13.782567543778033,13.782567543778033,13.782567543778033,13.782567543778033]
[1,"Dry Creek GT","Slower Growth",17.375774320250624,15.763726802563806,16.268495031897835,15.796210238132876,15.515771620164307,14.00444494971477,14.491842328887838,13.754981576994439,14.344821188826348,13.775725213675635,14.309401471017459,14.870047440000608,14.56077336078849,14.21687135567441,14.358128172427415,14.826119934539198,14.350275593328886,15.158177813700231,15.363346175598872,15.370147265389877,15.301828464930502,15.484648236871864,15.519272823406402,15.989441700542255,15.989441700542255,15.989441700542255,15.989441700542255,15.989441700542255,15.989441700542255,15.989441700542255]
[1,"Hallett GT","Slower Growth",16.620305871544073,15.078347376365382,15.561169160945759,15.093260484681347,14.84117285407021,13.367879270182282,13.833122223029299,13.129755141676508,13.692783862061512,13.149555885781286,13.658974131425758,14.194136192727854,13.898920026207195,13.570649930416481,13.705485982771622,14.152205392060143,13.697990339086665,14.469169731259308,14.665012258526195,14.671504207872156,14.606290807433663,14.780800589741325,14.813851331433382,15.262648895972152,15.262648895972152,15.262648895972152,15.262648895972152,15.262648895972152,15.262648895972152,15.262648895972152]
[1,"Jeeralang A","Slower Growth",16.170940800127003,15.238481391158562,15.904450544058347,15.340163682842423,15.146377284716285,13.735254231715349,14.943283792014427,14.317354674903616,14.839454920602707,14.360177924429475,14.609945570457105,15.147431443342994,14.804266545580763,14.501660335319434,14.678851193785396,15.100659855199423,14.662691164102382,15.295028441865362,15.490671617906228,15.490671617906228,15.490671617906228,15.539721882134026,15.541754790214517,15.76119978880185,15.76119978880185,15.76119978880185,15.76119978880185,15.76119978880185,15.76119978880185,15.76119978880185]
[1,"Jeeralang B","Slower Growth",16.170940800127003,15.238481391158562,15.904450544058347,15.340163682842423,15.146377284716285,13.735254231715349,14.943283792014427,14.317354674903616,14.839454920602707,14.360177924429475,14.609945570457105,15.147431443342994,14.804266545580763,14.501660335319434,14.678851193785396,15.100659855199423,14.662691164102382,15.295028441865362,15.490671617906228,15.490671617906228,15.490671617906228,15.539721882134026,15.541754790214517,15.76119978880185,15.76119978880185,15.76119978880185,15.76119978880185,15.76119978880185,15.76119978880185,15.76119978880185]
[1,"Hunter Power Station","Slower Growth",18.408659059165156,16.924099185554365,17.063007728297805,16.747687020123532,16.419364165401223,14.336111528065624,14.82499390838489,13.979411010677889,14.487012224821447,14.000514341551314,14.571388887322497,15.157288570629138,14.823177324427842,14.495438385019948,14.671852198211269,15.14463254918622,14.680343339272357,15.344162686265117,15.599122449240788,15.600378988672187,15.679164186178339,15.847224992359781,15.92794511038699,16.34456716020156,16.34456716020156,16.34456716020156,16.34456716020156,16.34456716020156,16.34456716020156,16.34456716020156]
[1,"Ladbroke Grove","Slower Growth",17.662998455029715,16.506758833108485,17.231200497695127,16.372218243754663,16.445310104878171,14.785923301959974,15.992832444358154,15.408601074358138,15.75570031791834,14.79955886647363,15.225495348708394,16.013587109494914,15.745219474156123,15.331034477669819,15.53171491803165,15.966054106981277,15.520232841623464,16.12520042021734,16.358280357307425,16.172314628888085,16.169226222067334,16.475244351675595,16.667619054779273,16.679096283962437,16.679096283962437,16.679096283962437,16.679096283962437,16.679096283962437,16.679096283962437,16.679096283962437]
[1,"Laverton North","Slower Growth",17.260465475132822,16.285621547574909,16.981862025606503,16.391925761608032,16.189330890839802,14.728383611382888,15.99393838883918,15.338203123294521,15.885165285455473,15.213530748004757,15.475192091462391,16.038272529723798,15.678766446353839,15.361750416556143,15.547378934949171,15.989273723097085,15.530449380043155,16.192897956747117,16.397857474504217,16.397857474504217,16.397857474504217,16.449243465600002,16.451373178827183,16.68126793925201,16.68126793925201,16.68126793925201,16.68126793925201,16.68126793925201,16.68126793925201,16.68126793925201]
[1,"Lockyer Valley GT","Slower Growth",15.766297911852288,14.725181906562565,14.43398586129959,14.563191270721036,14.462611685780212,14.072517957201622,13.129766875843375,13.031124622504111,12.766698969383121,12.856593930987181,12.917770377822711,12.84061007828287,12.663555370442815,12.991857720396242,13.305339685997149,13.252600875378954,12.661843811638747,13.170336971526009,13.039613451764762,13.598655390977818,14.155272917393265,14.510759144894232,14.146289364157735,15.160824298155838,15.160824298155838,15.160824298155838,15.160824298155838,15.160824298155838,15.160824298155838,15.160824298155838]
[1,"Mintaro GT","Slower Growth",17.375774320250624,15.763726802563806,16.268495031897835,15.796210238132876,15.515771620164307,14.00444494971477,14.491842328887838,13.754981576994439,14.344821188826348,13.775725213675635,14.309401471017459,14.870047440000608,14.56077336078849,14.21687135567441,14.358128172427415,14.826119934539198,14.350275593328886,15.158177813700231,15.363346175598872,15.370147265389877,15.301828464930502,15.484648236871864,15.519272823406402,15.989441700542255,15.989441700542255,15.989441700542255,15.989441700542255,15.989441700542255,15.989441700542255,15.989441700542255]
[1,"Mortlake","Slower Growth",16.728133118068119,15.572693112148686,16.298048623594411,15.439980216513263,15.513871693638572,13.897695308687775,15.105367720905855,14.522008659271439,14.869871172651537,13.91460202957254,14.341301781627093,15.130265850779214,14.862661485260322,14.449239758593921,14.650683468775652,15.085894966090878,14.640836970552963,15.246567818966737,15.480411025876725,15.295208567277287,15.292883430276433,15.602717908984197,15.798799922641676,15.813984462378636,15.813984462378636,15.813984462378636,15.813984462378636,15.813984462378636,15.813984462378636,15.813984462378636]
[1,"Newport","Slower Growth",17.260465475132822,16.285621547574909,16.981862025606503,16.391925761608032,16.189330890839802,14.728383611382888,15.99393838883918,15.338203123294521,15.885165285455473,15.213530748004757,15.475192091462391,16.038272529723798,15.678766446353839,15.361750416556143,15.547378934949171,15.989273723097085,15.530449380043155,16.192897956747117,16.397857474504217,16.397857474504217,16.397857474504217,16.449243465600002,16.451373178827183,16.68126793925201,16.68126793925201,16.68126793925201,16.68126793925201,16.68126793925201,16.68126793925201,16.68126793925201]
[1,"Oakey Power Station","Slower Growth",15.080806698293495,14.08495660627724,13.806421258634392,13.930009041559256,13.833802482050642,13.432858050056094,12.53295929057777,12.43880077602665,12.186394470774797,12.272203297760489,12.330598997012588,12.256945983815466,12.087939217240868,12.401318733105503,12.700551518451823,12.650209926498093,12.086305456564258,12.571685291002098,12.446903749411817,12.980534691387914,13.511851421148117,13.851179183762676,13.503276211241474,14.471695920966935,14.471695920966935,14.471695920966935,14.471695920966935,14.471695920966935,14.471695920966935,14.471695920966935]
[1,"Osborne","Slower Growth",15.109368974130977,13.707588523968528,14.146517419041597,13.735834989680765,13.491975321882007,12.731313590649791,13.174402117170761,12.504528706358577,13.040746535296678,12.523386557886939,13.008546791834053,13.518224945455097,13.2370666916259,12.924428505158552,13.052843793115832,13.478290849581089,13.045705084844441,13.780161648818389,13.966678341453518,13.972861150354435,13.910753149936818,14.076952942610784,14.108429839460362,14.535856091402049,14.535856091402049,14.535856091402049,14.535856091402049,14.535856091402049,14.535856091402049,14.535856091402049]
[1,"Pelican Point","Slower Growth",15.109368974130977,13.707588523968528,14.146517419041597,13.721145895164861,13.491975321882007,12.731313590649791,13.174402117170761,12.504528706358577,13.040746535296678,12.523386557886939,13.008546791834053,13.518224945455097,13.2370666916259,12.924428505158552,13.052843793115832,13.478290849581089,13.045705084844441,13.780161648818389,13.966678341453518,13.972861150354435,13.910753149936818,14.076952942610784,14.108429839460362,14.535856091402049,14.535856091402049,14.535856091402049,14.535856091402049,14.535856091402049,14.535856091402049,14.535856091402049]
[1,"Quarantine","Slower Growth",16.620305871544073,15.078347376365382,15.561169160945759,15.093260484681347,14.84117285407021,13.367879270182282,13.833122223029299,13.129755141676508,13.692783862061512,13.149555885781286,13.658974131425758,14.194136192727854,13.898920026207195,13.570649930416481,13.705485982771622,14.152205392060143,13.697990339086665,14.469169731259308,14.665012258526195,14.671504207872156,14.606290807433663,14.780800589741325,14.813851331433382,15.262648895972152,15.262648895972152,15.262648895972152,15.262648895972152,15.262648895972152,15.262648895972152,15.262648895972152]
[1,"Roma","Slower Growth",15.080806698293495,14.08495660627724,13.806421258634392,13.930009041559256,13.833802482050642,13.432858050056094,12.53295929057777,12.43880077602665,12.186394470774797,12.272203297760489,12.330598997012588,12.256945983815466,12.087939217240868,12.401318733105503,12.700551518451823,12.650209926498093,12.086305456564258,12.571685291002098,12.446903749411817,12.980534691387914,13.511851421148117,13.851179183762676,13.503276211241474,14.471695920966935,14.471695920966935,14.471695920966935,14.471695920966935,14.471695920966935,14.471695920966935,14.471695920966935]
[1,"Smithfield Energy Facility","Slower Growth",17.900274628306459,16.418222641246761,16.765827746374896,16.450706076815834,16.140928608554173,14.630484447585424,15.117881826758376,14.270928158762691,14.777044371760045,14.289175718201113,14.858679493683498,15.443094175843939,15.10761215935384,14.77850244965715,14.95354549255967,15.424955073245819,14.959295093043158,15.621743669747117,15.830121006078581,15.830121006078581,15.86276166189397,15.9665170957855,16.012723305373026,16.29506211793414,16.29506211793414,16.29506211793414,16.29506211793414,16.29506211793414,16.29506211793414,16.29506211793414]
[null,"Snapper","Slower Growth",17.375774320250624,15.763726802563806,16.268495031897835,15.779317779439587,15.515771620164307,14.00444494971477,14.491842328887838,13.754981576994439,14.344821188826348,13.775725213675635,14.309401471017459,14.870047440000608,14.56077336078849,14.21687135567441,14.358128172427415,14.826119934539198,14.350275593328886,15.158177813700231,15.363346175598872,15.370147265389877,15.301828464930502,15.484648236871864,15.519272823406402,15.989441700542255,15.989441700542255,15.989441700542255,15.989441700542255,15.989441700542255,15.989441700542255,15.989441700542255]
[1,"Somerton","Slower Growth",16.510010454474873,15.577551045506437,16.243520198406223,15.679233337190297,15.485446939064158,14.058911629047302,15.266941189346488,14.641012072235677,15.163112317934768,14.52200662309545,14.77177426912319,15.309260142009078,14.966095244246848,14.663489033985408,14.840679892451481,15.262488553865399,14.824519862768467,15.456857140531339,15.652500316572205,15.652500316572205,15.652500316572205,15.701550580800001,15.703583488880493,15.923028487467827,15.923028487467827,15.923028487467827,15.923028487467827,15.923028487467827,15.923028487467827,15.923028487467827]
[1,"Swanbank E GT","Slower Growth",13.709824271175904,12.80450600570658,12.551292053303991,12.663644583235685,12.576184074591492,12.793198142910564,11.93615170531216,11.846476929549191,11.606089972166473,11.687812664533798,11.743427616202466,11.673281889348061,11.512323064038922,11.810779745814763,12.095763350906498,12.047818977617231,11.510767101489767,11.97303361047819,11.854194047058874,12.362413991798014,12.868429924902967,13.191599222631119,12.860263058325211,13.782567543778033,13.782567543778033,13.782567543778033,13.782567543778033,13.782567543778033,13.782567543778033,13.782567543778033]
[1,"Tallawarra","Slower Growth",15.565456198527357,14.276715340214576,14.57898064902165,14.304961805926814,14.035590094394934,13.30044040689584,13.743528933416705,12.973571053420626,13.433676701600039,12.990159743819191,13.507890448803179,14.039176523494488,13.734192872139854,13.435002226961045,13.594132265963335,14.022686430223471,13.599359175493777,14.201585154315559,14.391019096435075,14.391019096435075,14.42069241990361,14.515015541623182,14.55702118670275,14.813692834485581,14.813692834485581,14.813692834485581,14.813692834485581,14.813692834485581,14.813692834485581,14.813692834485581]
[1,"Tallawarra B","Slower Growth",17.122001818380092,15.704386874236032,16.036878713923816,15.735457986519494,15.439149103834428,13.965462427240633,14.430705380087542,13.622249606091659,14.105360536680044,13.639667731010153,14.183284971243339,14.741135349669214,14.420902515746848,14.106752338309098,14.273838879261504,14.723820751734644,14.279327134268467,14.911664412031339,15.110570051256827,15.110570051256827,15.14172704089879,15.240766318704342,15.284872246037889,15.55437747620986,15.55437747620986,15.55437747620986,15.55437747620986,15.55437747620986,15.55437747620986,15.55437747620986]
[1,"Tamar Valley Combined Cycle","Slower Growth",15.567481613376977,14.719791241587487,15.325217744223655,14.812229688572813,14.63606023573087,13.947820846929714,15.098325190071797,14.502202221394837,14.999440550632066,14.596556166404142,14.834430115001991,15.346321422512361,15.019497710357854,14.731301319632673,14.900054518171792,15.301777052851712,14.884664013711777,15.486889992533561,15.673216826858196,15.673216826858196,15.673216826858196,15.696150576632002,15.674928969383803,15.861285727121642,15.861285727121642,15.861285727121642,15.861285727121642,15.861285727121642,15.861285727121642,15.861285727121642]
[1,"Tamar Valley Peaking","Slower Growth",15.567481613376977,14.719791241587487,15.325217744223655,14.812229688572813,14.63606023573087,13.947820846929714,15.098325190071797,14.502202221394837,14.999440550632066,14.596556166404142,14.834430115001991,15.346321422512361,15.019497710357854,14.731301319632673,14.900054518171792,15.301777052851712,14.884664013711777,15.486889992533561,15.673216826858196,15.673216826858196,15.673216826858196,15.696150576632002,15.674928969383803,15.861285727121642,15.861285727121642,15.861285727121642,15.861285727121642,15.861285727121642,15.861285727121642,15.861285727121642]
[1,"Torrens Island B","Slower Growth",16.620305871544073,15.078347376365382,15.561169160945759,15.093260484681347,14.84117285407021,13.367879270182282,13.833122223029299,13.129755141676508,13.692783862061512,13.149555885781286,13.658974131425758,14.194136192727854,13.898920026207195,13.570649930416481,13.705485982771622,14.152205392060143,13.697990339086665,14.469169731259308,14.665012258526195,14.671504207872156,14.606290807433663,14.780800589741325,14.813851331433382,15.262648895972152,15.262648895972152,15.262648895972152,15.262648895972152,15.262648895972152,15.262648895972152,15.262648895972152]
[1,"Townsville Power Station","Slower Growth",13.572726028464146,12.676460945649513,12.676804973837033,12.790281029068041,12.701945915337406,12.921130124339671,12.055513222365281,11.964941698844683,11.722150871888138,11.804690791179137,11.86086189236449,11.790014708241543,11.627446294679311,11.928887543272911,12.216720984415561,12.168297167393403,11.625874772504666,12.092763946582972,11.972735987529463,12.486038131715995,12.997114224151996,13.32351521485743,12.988865688908463,13.920393219215812,13.920393219215812,13.920393219215812,13.920393219215812,13.920393219215812,13.920393219215812,13.920393219215812]
[1,"Uranquinty","Slower Growth",16.909819436517189,15.650539311836921,16.270246007011984,15.780418382248554,15.51217274766992,13.888042944245541,15.019959573800289,14.316592492447498,14.899618847916452,14.336393236552274,14.841680860151998,15.380973543498843,15.085757376978185,14.757487281187471,14.892323333542617,15.339042742831134,14.884827689857653,15.582811871382621,15.778654398649504,15.785146347995576,15.793128158204652,15.880130832451187,15.913181574143245,16.30730258124121,16.30730258124121,16.30730258124121,16.30730258124121,16.30730258124121,16.30730258124121,16.30730258124121]
[1,"Valley Power","Slower Growth",16.905983563769137,15.931139636211222,16.627380114242815,16.037443850244347,15.834848979476114,14.389313957035126,15.654868734491304,14.999133468946646,15.546095631107598,15.043995920830879,15.305657264288396,15.868737702549803,15.509231619179848,15.192215589382263,15.377844107775179,15.819738895923203,15.360914552869163,16.023363129573237,16.228322647330337,16.228322647330337,16.228322647330337,16.279708638426122,16.281838351653303,16.511733112078129,16.511733112078129,16.511733112078129,16.511733112078129,16.511733112078129,16.511733112078129,16.511733112078129]
[1,"Yarwun Cogen","Slower Growth",14.3953154847347,13.444731305991908,13.178856655969192,13.296826812397471,13.204993278321068,13.432858050056094,12.53295929057777,12.43880077602665,12.186394470774797,12.272203297760489,12.330598997012588,12.256945983815466,12.087939217240868,12.401318733105503,12.700551518451823,12.650209926498093,12.086305456564258,12.571685291002098,12.446903749411817,12.980534691387914,13.511851421148117,13.851179183762676,13.503276211241474,14.471695920966935,14.471695920966935,14.471695920966935,14.471695920966935,14.471695920966935,14.471695920966935,14.471695920966935]
[1,"Bairnsdale","Step Change",18.189451768510263,14.461720126127361,15.236134777777229,14.742663335671899,13.624025166722181,12.761922942095303,13.184228219027842,13.333837321702497,14.424914478702606,14.112646063354745,13.994384233741282,14.167589134611777,14.143787527509934,14.156598025830519,14.776764765952025,14.300225010133405,14.386126683285021,14.179303764777048,15.179988316992789,15.13943802967122,15.236153706115841,15.372053252941139,15.39199042286509,15.276391656707817,15.276391656707817,15.276391656707817,15.276391656707817,15.276391656707817,15.276391656707817,15.276391656707817]
[1,"Barcaldine Power Station","Step Change",14.905728652363246,13.760378308038865,14.197504066652376,14.832240500388261,14.222815057562581,13.021994064855088,12.903770905663709,12.843207308925876,12.814754645656146,12.390958724333604,11.813544758891929,11.783304415490559,10.268315617920001,10.663636368803497,11.033018346376965,10.840297263550369,10.096498087314144,9.9623564608734547,10.30729054709877,11.29328852962861,12.163913156568961,13.188449865033883,13.193758108082246,13.498146109378085,13.498146109378085,13.498146109378085,13.498146109378085,13.498146109378085,13.498146109378085,13.498146109378085]
[1,"Barker Inlet Power Station","Step Change",18.53451415393139,13.779630291929788,14.31217699864472,13.93444357316935,13.055836602501449,12.196854168986686,12.095818063364533,11.968221890040237,13.02768090166237,12.575191939089684,12.763915853368889,12.953416301598073,12.899719239654253,12.844349877496249,13.46251576308752,13.315484429358898,13.150589189122149,13.333252625261089,14.2015294060954,14.124835479489082,14.302169728742703,14.499714723737966,14.496393394240028,14.565817346914539,14.565817346914539,14.565817346914539,14.565817346914539,14.565817346914539,14.565817346914539,14.565817346914539]
[1,"Bell Bay Three","Step Change",19.305270383819707,15.897621826036243,16.637852411010321,16.139158529740236,15.1191564377879,14.227673358363129,14.667401017281906,14.733027057587089,15.813330486965821,15.494027132244586,15.361997847894564,15.531663617400637,15.519128615412184,15.536946493783255,16.166133015951566,15.661217401000414,15.820997263194766,15.71643451716454,16.725153324066312,16.667504209111023,16.76421988555564,16.873960566036455,16.868424254759866,16.727923161689617,16.727923161689617,16.727923161689617,16.727923161689617,16.727923161689617,16.727923161689617,16.727923161689617]
[1,"Bolivar Power Station","Step Change",19.391385763013474,14.405977123381142,14.962730498583113,14.567827371949772,13.649839089301985,12.807552935901814,12.671809399715112,12.540238127029802,13.648046658884388,13.174010602855862,13.37172137019598,13.570245649293222,13.513991584399692,13.45700075105931,14.105683110986265,13.949555116471227,13.776807721937489,13.973931785619454,14.904017834950714,14.811103515879321,14.997931792358273,15.245164606684126,15.209459921040615,15.346467881406067,15.346467881406067,15.346467881406067,15.346467881406067,15.346467881406067,15.346467881406067,15.346467881406067]
[1,"Braemar","Step Change",14.471581215886644,13.359590590328995,13.783984530730461,14.400233495522583,13.808558308313186,12.642712684325328,12.527932918120106,12.469133309636772,12.441509364714706,12.030057013916121,11.469460930963038,11.44010137426268,9.969238464,10.35304501825582,10.711668297453365,10.524560450048901,9.8024253274894591,9.6721907387120911,10.007078201066767,10.964357795755932,11.809624423853359,12.804320257314449,12.809473891341987,13.104996222697171,13.104996222697171,13.104996222697171,13.104996222697171,13.104996222697171,13.104996222697171,13.104996222697171]
[1,"Braemar 2 Power Station","Step Change",14.392985638304769,13.352385461266881,13.779867429535669,14.391943908028058,13.858552581817104,12.660237775537428,12.601561620082398,12.531864032666624,12.48663277828558,12.112625331339505,11.585870689483048,11.544267189645796,10.689767251765952,11.409538149944769,11.605717093981506,11.009096403444223,10.472458436740553,10.799606872647475,11.05994482026135,11.113452265690272,11.915768469881433,12.608306305241589,12.011416577827818,12.254150088934978,12.254150088934978,12.254150088934978,12.254150088934978,12.254150088934978,12.254150088934978,12.254150088934978]
[1,"Colongra","Step Change",19.679037358689261,15.513272742977097,15.607879821746664,15.132975223165511,14.193444086836708,12.93181099671401,12.9857215325226,12.661038921268478,13.641455627335421,13.246925304496477,13.514727022655288,13.655465024458923,13.671949731377627,13.639195888730669,14.229508407995068,13.777762330399987,14.013166972887628,13.927028543573471,14.889998582550396,14.899476633005129,15.023088493767938,15.215297989411553,15.271363986686064,15.217876261744548,15.217876261744548,15.217876261744548,15.217876261744548,15.217876261744548,15.217876261744548,15.217876261744548]
[1,"Condamine A","Step Change",13.084532398458879,12.138532237515344,12.527152208668786,13.083585370934596,12.598684165288276,12.057369310035646,12.001487257221331,11.935108602539641,11.892031217414837,11.535833648894766,11.034162561412426,10.994540180615042,10.180730715967576,10.866226809471208,11.053063899030004,10.484853717565928,9.9737699397529056,10.285339878711881,10.533280781201286,10.584240253038354,11.348350923696604,12.007910766896751,11.439444359836017,11.670619132319025,11.670619132319025,11.670619132319025,11.670619132319025,11.670619132319025,11.670619132319025,11.670619132319025]
[1,"Darling Downs","Step Change",13.084532398458879,12.138532237515344,12.527152208668786,13.083585370934596,12.598684165288276,12.057369310035646,12.001487257221331,11.935108602539641,11.892031217414837,11.535833648894766,11.034162561412426,10.994540180615042,10.180730715967576,10.866226809471208,11.053063899030004,10.484853717565928,9.9737699397529056,10.285339878711881,10.533280781201286,10.584240253038354,11.348350923696604,12.007910766896751,11.439444359836017,11.670619132319025,11.670619132319025,11.670619132319025,11.670619132319025,11.670619132319025,11.670619132319025,11.670619132319025]
[1,"Dry Creek GT","Step Change",19.391385763013474,14.405977123381142,14.962730498583113,14.567827371949772,13.649839089301985,12.807552935901814,12.671809399715112,12.540238127029802,13.648046658884388,13.174010602855862,13.37172137019598,13.570245649293222,13.513991584399692,13.45700075105931,14.105683110986265,13.949555116471227,13.776807721937489,13.973931785619454,14.904017834950714,14.811103515879321,14.997931792358273,15.245164606684126,15.209459921040615,15.346467881406067,15.346467881406067,15.346467881406067,15.346467881406067,15.346467881406067,15.346467881406067,15.346467881406067]
[1,"Hallett GT","Step Change",18.53451415393139,13.779630291929788,14.31217699864472,13.93444357316935,13.055836602501449,12.196854168986686,12.095818063364533,11.968221890040237,13.02768090166237,12.575191939089684,12.763915853368889,12.953416301598073,12.899719239654253,12.844349877496249,13.46251576308752,13.315484429358898,13.150589189122149,13.333252625261089,14.2015294060954,14.124835479489082,14.302169728742703,14.499714723737966,14.496393394240028,14.565817346914539,14.565817346914539,14.565817346914539,14.565817346914539,14.565817346914539,14.565817346914539,14.565817346914539]
[1,"Jeeralang A","Step Change",17.422320754283355,14.194205014864353,14.902251661361296,14.425240122755131,13.4495859478442,12.614754882688,13.034494920746834,13.097137959219962,14.128336687263408,13.823547121393029,13.697519168149826,13.859472857223803,13.847507628053117,13.864515602861756,14.465102737658892,13.983137832478247,14.135654973663657,14.035845079725711,14.998713031768423,14.943684331129171,15.036003840462779,15.165726135159657,15.184757070086954,15.074412793300466,15.074412793300466,15.074412793300466,15.074412793300466,15.074412793300466,15.074412793300466,15.074412793300466]
[1,"Jeeralang B","Step Change",17.422320754283355,14.194205014864353,14.902251661361296,14.425240122755131,13.4495859478442,12.614754882688,13.034494920746834,13.097137959219962,14.128336687263408,13.823547121393029,13.697519168149826,13.859472857223803,13.847507628053117,13.864515602861756,14.465102737658892,13.983137832478247,14.135654973663657,14.035845079725711,14.998713031768423,14.943684331129171,15.036003840462779,15.165726135159657,15.184757070086954,15.074412793300466,15.074412793300466,15.074412793300466,15.074412793300466,15.074412793300466,15.074412793300466,15.074412793300466]
[1,"Hunter Power Station","Step Change",19.679037358689261,15.513272742977097,15.607879821746664,15.132975223165511,14.193444086836708,12.93181099671401,12.9857215325226,12.661038921268478,13.641455627335421,13.246925304496477,13.514727022655288,13.655465024458923,13.671949731377627,13.639195888730669,14.229508407995068,13.777762330399987,14.013166972887628,13.927028543573471,14.889998582550396,14.899476633005129,15.023088493767938,15.215297989411553,15.271363986686064,15.217876261744548,15.217876261744548,15.217876261744548,15.217876261744548,15.217876261744548,15.217876261744548,15.217876261744548]
[1,"Ladbroke Grove","Step Change",19.958205370900053,15.535960102821669,16.139193354109885,15.670571958762805,14.550589874343364,13.530657982744664,13.94987377849845,13.696014550942655,15.485116882676838,14.692017038214056,14.938740217038943,14.995108107770507,14.973082420483736,14.672033962482294,15.208031477031042,14.953590127316065,15.004345785493676,15.09693969307313,15.932511425155466,15.858916152796615,15.963834132461194,16.112398956530097,16.107991569066101,15.976983384913389,15.976983384913389,15.976983384913389,15.976983384913389,15.976983384913389,15.976983384913389,15.976983384913389]
[1,"Laverton North","Step Change",18.663132003569004,15.016637107585542,15.756867692559499,15.258173811289536,14.238171719337199,13.384992323323328,13.824719982242108,13.890346022547288,14.970184972947322,14.651346097204787,14.519316812854765,14.688332003401408,14.676447580372383,14.69426545874334,15.323451980911649,14.818536365960501,14.978316228154853,14.873753482124622,15.882472289026401,15.824823174070994,15.921538850515725,16.057438397341024,16.077375567264863,15.960475643188733,15.960475643188733,15.960475643188733,15.960475643188733,15.960475643188733,15.960475643188733,15.960475643188733]
[1,"Lockyer Valley GT","Step Change",15.047212258227709,13.959312073142643,14.406225039969105,15.046123176574783,14.488486790081517,13.263106241039212,13.201635982943465,13.128619462793605,13.081234339156319,12.689417013784244,12.137578817553669,12.093994198676546,11.198803787564332,11.95284949041833,12.158370288933003,11.533339089322522,10.971146933728196,11.313873866583069,11.586608859321416,11.64266427834219,12.483186016066265,13.208701843586429,12.583388795819619,12.83768104555093,12.83768104555093,12.83768104555093,12.83768104555093,12.83768104555093,12.83768104555093,12.83768104555093]
[1,"Mintaro GT","Step Change",19.391385763013474,14.405977123381142,14.962730498583113,14.567827371949772,13.649839089301985,12.807552935901814,12.671809399715112,12.540238127029802,13.648046658884388,13.174010602855862,13.37172137019598,13.570245649293222,13.513991584399692,13.45700075105931,14.105683110986265,13.949555116471227,13.776807721937489,13.973931785619454,14.904017834950714,14.811103515879321,14.997931792358273,15.245164606684126,15.209459921040615,15.346467881406067,15.346467881406067,15.346467881406067,15.346467881406067,15.346467881406067,15.346467881406067,15.346467881406067]
[1,"Mortlake","Step Change",16.946415353938335,14.601894381861751,15.206041480009171,14.738333931521405,13.619151463103767,12.642429989472467,13.062409055046041,12.809422135855954,14.599287737410037,13.807060201312856,14.054546649957643,14.111786849054806,14.090524431587934,13.790239243406397,14.327000027775043,14.073430986425555,14.124949914422958,14.218307091822638,15.054642093724656,14.981810091185816,15.087491340670185,15.239872513838804,15.239172436928612,15.111871563329588,15.111871563329588,15.111871563329588,15.111871563329588,15.111871563329588,15.111871563329588,15.111871563329588]
[1,"Newport","Step Change",18.663132003569004,15.016637107585542,15.756867692559499,15.258173811289536,14.238171719337199,13.384992323323328,13.824719982242108,13.890346022547288,14.970184972947322,14.651346097204787,14.519316812854765,14.688332003401408,14.676447580372383,14.69426545874334,15.323451980911649,14.818536365960501,14.978316228154853,14.873753482124622,15.882472289026401,15.824823174070994,15.921538850515725,16.057438397341024,16.077375567264863,15.960475643188733,15.960475643188733,15.960475643188733,15.960475643188733,15.960475643188733,15.960475643188733,15.960475643188733]
[1,"Oakey Power Station","Step Change",14.471581215886644,13.359590590328995,13.783984530730461,14.400233495522583,13.808558308313186,12.642712684325328,12.527932918120106,12.469133309636772,12.441509364714706,12.030057013916121,11.469460930963038,11.44010137426268,9.969238464,10.35304501825582,10.711668297453365,10.524560450048901,9.8024253274894591,9.6721907387120911,10.007078201066767,10.964357795755932,11.809624423853359,12.804320257314449,12.809473891341987,13.104996222697171,13.104996222697171,13.104996222697171,13.104996222697171,13.104996222697171,13.104996222697171,13.104996222697171]
[1,"Osborne","Step Change",16.862074576533459,12.52693662902708,13.011069998767928,12.667675975608498,11.869425295045204,11.643229941728922,11.519826727013738,11.400216479118001,12.407315144440352,11.97637327532351,12.156110336541797,12.336586953902927,12.28544689490881,12.233637046417552,12.823348282714784,12.681413742246569,12.524370656306809,12.703574350563139,13.549107122682466,13.464639559890291,13.634483447598429,13.859240551531022,13.82678174640056,13.951334437641878,13.951334437641878,13.951334437641878,13.951334437641878,13.951334437641878,13.951334437641878,13.951334437641878]
[1,"Pelican Point","Step Change",16.849558321755811,12.52693662902708,13.011069998767928,12.667675975608498,11.868942365910408,11.616051589511128,11.519826727013841,11.398306561943082,12.407315144440352,11.97637327532351,12.156110336541797,12.336586953902927,12.28544689490881,12.232714169044046,12.821443583892876,12.681413742246569,12.524370656306809,12.698335833581988,13.525266101043236,13.45222426618008,13.621114027374002,13.809252117845682,13.806088946895265,13.872206997061465,13.872206997061465,13.872206997061465,13.872206997061465,13.872206997061465,13.872206997061465,13.872206997061465]
[1,"Quarantine","Step Change",18.53451415393139,13.779630291929788,14.31217699864472,13.93444357316935,13.055836602501449,12.196854168986686,12.095818063364533,11.968221890040237,13.02768090166237,12.575191939089684,12.763915853368889,12.953416301598073,12.899719239654253,12.844349877496249,13.46251576308752,13.315484429358898,13.150589189122149,13.333252625261089,14.2015294060954,14.124835479489082,14.302169728742703,14.499714723737966,14.496393394240028,14.565817346914539,14.565817346914539,14.565817346914539,14.565817346914539,14.565817346914539,14.565817346914539,14.565817346914539]
[1,"Roma","Step Change",14.392985638304769,13.352385461266881,13.779867429535669,14.391943908028058,13.858552581817104,12.660237775537428,12.601561620082398,12.531864032666624,12.48663277828558,12.112625331339505,11.585870689483048,11.544267189645796,10.689767251765952,11.409538149944769,11.605717093981506,11.009096403444223,10.472458436740553,10.799606872647475,11.05994482026135,11.113452265690272,11.915768469881433,12.608306305241589,12.011416577827818,12.254150088934978,12.254150088934978,12.254150088934978,12.254150088934978,12.254150088934978,12.254150088934978,12.254150088934978]
[1,"Smithfield Energy Facility","Step Change",19.17065292783056,15.007396198669618,15.317767409934365,14.845497710025416,13.91524351896105,13.14323065743956,13.199157772658301,12.944914332214136,13.92234210068492,13.529504587560286,13.798992381642481,13.936732531578267,13.954875622473551,13.916239200187455,14.50521238040454,14.052094145559632,14.284649118208515,14.148008967409146,15.076367719720333,15.061666058324665,15.164478559646492,15.308435287128015,15.340313548726876,15.263514465272062,15.263514465272062,15.263514465272062,15.263514465272062,15.263514465272062,15.263514465272062,15.263514465272062]
[null,"Snapper","Step Change",17.30006739001918,14.405977123381142,14.962730498583113,14.567827371949772,13.649283720796968,12.777656748462242,12.671809399715226,12.538137218137392,13.648046658884388,13.174010602855862,13.37172137019598,13.570245649293222,13.513991584399692,13.455985585948453,14.103587942282166,13.949555116471227,13.776807721937489,13.968169416940189,14.877792711147562,14.797446692798088,14.983225430111405,15.19017732963025,15.186697841584792,15.259427696767611,15.259427696767611,15.259427696767611,15.259427696767611,15.259427696767611,15.259427696767611,15.259427696767611]
[1,"Somerton","Step Change",17.761390408631225,14.363739842038349,15.071786488535174,14.594774949929123,13.619120775018194,12.776583581354085,13.196323619412921,13.258966657886049,14.289722019631535,13.985375820059115,13.859347866815911,14.020680548701343,14.009336326719094,14.026344301527734,14.626931436324758,14.144966531144114,14.297483672329632,14.197673778391685,15.160541730434289,15.105513029795038,15.197832539128648,15.327554833825523,15.346585768752822,15.234999477589243,15.234999477589243,15.234999477589243,15.234999477589243,15.234999477589243,15.234999477589243,15.234999477589243]
[1,"Swanbank E GT","Step Change",13.084532398458879,12.138532237515344,12.527152208668786,13.083585370934596,12.598684165288276,12.057369310035646,12.001487257221331,11.935108602539641,11.892031217414837,11.535833648894766,11.034162561412426,10.994540180615042,10.180730715967576,10.866226809471208,11.053063899030004,10.484853717565928,9.9737699397529056,10.285339878711881,10.533280781201286,10.584240253038354,11.348350923696604,12.007910766896751,11.439444359836017,11.670619132319025,11.670619132319025,11.670619132319025,11.670619132319025,11.670619132319025,11.670619132319025,11.670619132319025]
[1,"Tallawarra","Step Change",16.399229761591794,13.04990973797358,13.319797747769016,12.909128443500363,12.100211755618306,11.948391506763237,11.999234338780274,11.768103938376488,12.65667463698629,12.299549625054805,12.544538528765891,12.669756846889333,12.686250565885045,12.651126545624958,13.186556709458671,12.774631041417848,12.98604465291683,12.861826334008311,13.705788836109392,13.692423689386057,13.785889599678628,13.916759351934557,13.945739589751705,13.87592224115642,13.87592224115642,13.87592224115642,13.87592224115642,13.87592224115642,13.87592224115642,13.87592224115642]
[1,"Tallawarra B","Step Change",18.246845205750976,14.35490071177094,14.651777522545919,14.2000412878504,13.310232931180137,12.5458110821014,12.59919605571929,12.356509135295312,13.289508368835605,12.914527106307546,13.171765455204186,13.303244689233802,13.320563094179299,13.283682872906207,13.845884544931605,13.41336259348874,13.635346885562672,13.504917650708729,14.391078277914863,14.377044873855361,14.47518407966256,14.612597319531284,14.643026569239291,14.569718353214242,14.569718353214242,14.569718353214242,14.569718353214242,14.569718353214242,14.569718353214242,14.569718353214242]
[1,"Tamar Valley Combined Cycle","Step Change",16.516288418973662,13.824018979161952,14.467697748704627,14.034050895426292,13.147092554598176,12.934248507602844,13.334000924801732,13.393660961442807,14.375754988150744,14.085479211131442,13.96545258899506,14.119694197636941,14.1082987412838,14.12449681253023,14.696484559955966,14.23747036454583,14.382724784722514,14.287667742876852,15.204684840060285,15.152276553737291,15.240199895959673,15.33996415094223,15.334931140690781,15.207202874263286,15.207202874263286,15.207202874263286,15.207202874263286,15.207202874263286,15.207202874263286,15.207202874263286]
[1,"Tamar Valley Peaking","Step Change",16.516288418973662,13.824018979161952,14.467697748704627,14.034050895426292,13.147092554598176,12.934248507602844,13.334000924801732,13.393660961442807,14.375754988150744,14.085479211131442,13.96545258899506,14.119694197636941,14.1082987412838,14.12449681253023,14.696484559955966,14.23747036454583,14.382724784722514,14.287667742876852,15.204684840060285,15.152276553737291,15.240199895959673,15.33996415094223,15.334931140690781,15.207202874263286,15.207202874263286,15.207202874263286,15.207202874263286,15.207202874263286,15.207202874263286,15.207202874263286]
[1,"Torrens Island B","Step Change",18.53451415393139,13.779630291929788,14.31217699864472,13.93444357316935,13.055836602501449,12.196854168986686,12.095818063364533,11.968221890040237,13.02768090166237,12.575191939089684,12.763915853368889,12.953416301598073,12.899719239654253,12.844349877496249,13.46251576308752,13.315484429358898,13.150589189122149,13.333252625261089,14.2015294060954,14.124835479489082,14.302169728742703,14.499714723737966,14.496393394240028,14.565817346914539,14.565817346914539,14.565817346914539,14.565817346914539,14.565817346914539,14.565817346914539,14.565817346914539]
[1,"Townsville Power Station","Step Change",12.822841750489701,12.259917559890498,12.652423730755476,13.214421224643941,12.724671006941158,12.177943003136003,12.121502129793544,12.054459688565037,12.010951529588985,11.651191985383713,11.14450418702655,11.104485582421193,10.28253802312725,10.974889077565921,11.163594538020304,10.589702254741587,10.073507639150433,10.388193277498999,10.638613589013298,10.690082655568737,11.46183443293357,12.127989874565719,11.553838803434378,11.787325323642216,11.787325323642216,11.787325323642216,11.787325323642216,11.787325323642216,11.787325323642216,11.787325323642216]
[1,"Uranquinty","Step Change",18.098996784851522,14.414920208649393,14.90492066342377,14.474538866992809,13.60045183458729,12.74014573138412,13.282611474778118,13.388387133898785,14.204264107529655,13.97095426599207,13.902913198707394,14.088932951693662,14.055024028268615,14.384323646739082,14.955661041610574,14.54332695569969,14.693961929297705,14.596235608736764,15.495038949094488,15.444899082533359,15.60565690101437,15.838311068779246,15.823968857649666,15.887921039275293,15.887921039275293,15.887921039275293,15.887921039275293,15.887921039275293,15.887921039275293,15.887921039275293]
[1,"Valley Power","Step Change",18.308650092205319,14.839396151903641,15.579626736877715,15.080932855607635,14.060930763655296,13.215457496149336,13.655185155068112,13.720811195373294,14.801114624752142,14.481811270030791,14.349781985680769,14.519447755186844,14.506912753198504,14.52473063156946,15.153917153737886,14.649001538786736,14.808781400980971,14.704218654950745,15.712937461852633,15.655288346897226,15.752004023341961,15.887903570167261,15.907840740091096,15.792241973933821,15.792241973933821,15.792241973933821,15.792241973933821,15.792241973933821,15.792241973933821,15.792241973933821]
[1,"Yarwun Cogen","Step Change",13.738759018381824,12.745458849391111,13.153509819102227,13.737764639481327,13.22861837355269,12.660237775537428,12.601561620082398,12.531864032666624,12.48663277828558,12.112625331339505,11.585870689483048,11.544267189645796,10.689767251765952,11.409538149944769,11.605717093981506,11.009096403444223,10.472458436740553,10.799606872647475,11.05994482026135,11.113452265690272,11.915768469881433,12.608306305241589,12.011416577827818,12.254150088934978,12.254150088934978,12.254150088934978,12.254150088934978,12.254150088934978,12.254150088934978,12.254150088934978]
[1,"Bairnsdale","Accelerated Transition",14.923710445951778,11.55660038952675,11.781208400270154,11.872876643472445,10.866149203367737,10.300819774552302,10.929626719309111,11.173585103883484,11.46744167847657,11.489010827004678,11.766928539566944,11.740213953047562,12.023957713691647,12.262009250462658,12.273321437884761,11.989715505543973,11.62749715591521,11.69305272193659,11.211923283399006,11.018675432095925,11.067963051362417,11.078513524700682,11.158639260068176,11.172162090194879,11.172162090194879,11.172162090194879,11.172162090194879,11.172162090194879,11.172162090194879,11.172162090194879]
[1,"Barcaldine Power Station","Accelerated Transition",10.924764135027109,9.1869057824524791,10.64807753311797,12.083631529365078,10.823739201472119,9.7396177104477548,10.270052460087244,9.8727931335479244,10.039306648659565,10.151952535217163,10.12705169634298,10.108102333466292,10.633923553969758,10.038530068268601,10.045362325747098,10.032977394597703,9.8924130974725415,9.4422273053462789,10.261642502870677,10.21165604036883,10.394392167506711,10.424541140393956,10.554662342994694,10.954102409907462,10.954102409907462,10.954102409907462,10.954102409907462,10.954102409907462,10.954102409907462,10.954102409907462]
[1,"Barker Inlet Power Station","Accelerated Transition",15.305183108105037,11.726541561311514,11.75615623984495,12.237728267545354,11.267042320700352,10.716427313356187,10.818685179190448,10.95597275556606,11.159431103096471,11.209444744461743,11.198248152202098,11.21107837383231,11.447100042299031,11.400251819798418,11.438370441958199,11.570810521134534,11.56875010989218,11.582096919875839,11.652221993025629,11.693105597690785,11.848586881361275,11.918897196244748,12.017515064188741,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238]
[1,"Bell Bay Three","Accelerated Transition",15.823579905156084,13.03107775192546,13.284053654653867,13.366745293800992,12.433498438041742,11.870264977461106,12.537581559685199,12.847698090921076,13.158502826049082,13.194920357815622,13.427951946472373,13.393464633747762,13.667819556797431,13.903993326049465,13.924981659757492,13.637332883687476,13.605682665383666,13.487685573604301,12.982369968345399,12.7952853642766,12.841971946039603,12.825133998213278,12.885590574613907,12.865510560790719,12.865510560790719,12.865510560790719,12.865510560790719,12.865510560790719,12.865510560790719,12.865510560790719]
[1,"Bolivar Power Station","Accelerated Transition",15.305183108105037,11.726541561311514,11.75615623984495,12.237728267545354,11.267042320700352,10.716427313356187,10.818685179190448,10.95597275556606,11.159431103096471,11.209444744461743,11.198248152202098,11.21107837383231,11.447100042299031,11.400251819798418,11.438370441958199,11.570810521134534,11.56875010989218,11.582096919875839,11.652221993025629,11.693105597690785,11.848586881361275,11.918897196244748,12.017515064188741,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238]
[1,"Braemar","Accelerated Transition",10.504580899064528,8.833563252358152,10.238536089536511,11.618876470543343,10.407441539877036,9.3650170292766859,9.875050442391581,9.4930703207191574,9.6531794698649644,9.7614928223241932,9.7375497080220956,9.7193291667945108,10.224926494201688,9.652432757950578,9.6590022362952865,9.6470936486516372,9.5119356706466736,9.0790647166791132,9.8669639450679583,9.8189000388161816,9.9946078533718357,10.023597250378804,10.148713791341052,10.532790778757176,10.532790778757176,10.532790778757176,10.532790778757176,10.532790778757176,10.532790778757176,10.532790778757176]
[1,"Braemar 2 Power Station","Accelerated Transition",10.504580899064528,8.833563252358152,10.238536089536511,11.618876470543343,10.407441539877036,9.3650170292766859,9.875050442391581,9.4930703207191574,9.6531794698649644,9.7614928223241932,9.7375497080220956,9.7193291667945108,10.224926494201688,9.652432757950578,9.6590022362952865,9.6470936486516372,9.5119356706466736,9.0790647166791132,9.8669639450679583,9.8189000388161816,9.9946078533718357,10.023597250378804,10.148713791341052,10.532790778757176,10.532790778757176,10.532790778757176,10.532790778757176,10.532790778757176,10.532790778757176,10.532790778757176]
[1,"Colongra","Accelerated Transition",16.360218400122189,12.768081747683485,12.33481408310627,12.45290260655225,11.631679661121474,11.212782679416058,11.397841737510932,11.487266519710106,11.652224351648034,11.645956423303206,11.951977422166721,11.913213336785535,12.178953710542237,12.385285607891761,12.133067232662624,12.071006026010101,11.790205524304758,11.953749082450985,11.467152146495152,11.281181087990136,11.328169919819063,11.338642219910936,11.413776829844378,11.423392410608338,11.423392410608338,11.423392410608338,11.423392410608338,11.423392410608338,11.423392410608338,11.423392410608338]
[1,"Condamine A","Accelerated Transition",9.5837119747903063,8.1883754890254128,9.4200988037270914,10.646147859986058,9.6031668498481029,9.1136736869386379,9.5921990018283303,9.2448295598283412,9.3818925888471778,9.4801727884175673,9.4541204243309274,9.426911266488851,9.9164154390419377,9.3869836112751113,9.3954873410307531,9.386144750681586,9.2641151811290481,8.8535425478976233,8.9530230341266197,8.6914568032177932,8.8494723798493098,8.8761494596952932,8.9893807278577107,9.3386865119637008,9.3386865119637008,9.3386865119637008,9.3386865119637008,9.3386865119637008,9.3386865119637008,9.3386865119637008]
[1,"Darling Downs","Accelerated Transition",9.5837119747903063,8.1883754890254128,9.4200988037270914,10.646147859986058,9.6031668498481029,9.1136736869386379,9.5921990018283303,9.2448295598283412,9.3818925888471778,9.4801727884175673,9.4541204243309274,9.426911266488851,9.9164154390419377,9.3869836112751113,9.3954873410307531,9.386144750681586,9.2641151811290481,8.8535425478976233,8.9530230341266197,8.6914568032177932,8.8494723798493098,8.8761494596952932,8.9893807278577107,9.3386865119637008,9.3386865119637008,9.3386865119637008,9.3386865119637008,9.3386865119637008,9.3386865119637008,9.3386865119637008]
[1,"Dry Creek GT","Accelerated Transition",15.305183108105037,11.726541561311514,11.75615623984495,12.237728267545354,11.267042320700352,10.716427313356187,10.818685179190448,10.95597275556606,11.159431103096471,11.209444744461743,11.198248152202098,11.21107837383231,11.447100042299031,11.400251819798418,11.438370441958199,11.570810521134534,11.56875010989218,11.582096919875839,11.652221993025629,11.693105597690785,11.848586881361275,11.918897196244748,12.017515064188741,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238]
[1,"Hallett GT","Accelerated Transition",15.305183108105037,11.726541561311514,11.75615623984495,12.237728267545354,11.267042320700352,10.716427313356187,10.818685179190448,10.95597275556606,11.159431103096471,11.209444744461743,11.198248152202098,11.21107837383231,11.447100042299031,11.400251819798418,11.438370441958199,11.570810521134534,11.56875010989218,11.582096919875839,11.652221993025629,11.693105597690785,11.848586881361275,11.918897196244748,12.017515064188741,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238]
[1,"Jeeralang A","Accelerated Transition",14.826959613541698,12.034457460310955,12.287433363039364,12.370125002186608,11.436878146427272,10.916976002873389,11.584292585097408,11.894409116333287,12.205213851461297,12.241631383227835,12.474662971884587,12.440175659159973,12.714530582209527,12.950704351461678,12.971692685169705,12.684043909099691,12.652393690795762,12.534396599016512,12.02908099375761,11.841996389688813,11.888682971451816,11.898003889970317,11.983933947570922,11.988756260660931,11.988756260660931,11.988756260660931,11.988756260660931,11.988756260660931,11.988756260660931,11.988756260660931]
[1,"Jeeralang B","Accelerated Transition",14.826959613541698,12.034457460310955,12.287433363039364,12.370125002186608,11.436878146427272,10.916976002873389,11.584292585097408,11.894409116333287,12.205213851461297,12.241631383227835,12.474662971884587,12.440175659159973,12.714530582209527,12.950704351461678,12.971692685169705,12.684043909099691,12.652393690795762,12.534396599016512,12.02908099375761,11.841996389688813,11.888682971451816,11.898003889970317,11.983933947570922,11.988756260660931,11.988756260660931,11.988756260660931,11.988756260660931,11.988756260660931,11.988756260660931,11.988756260660931]
[1,"Hunter Power Station","Accelerated Transition",16.360218400122189,12.768081747683485,12.33481408310627,12.45290260655225,11.631679661121474,11.212782679416058,11.397841737510932,11.487266519710106,11.652224351648034,11.645956423303206,11.951977422166721,11.913213336785535,12.178953710542237,12.385285607891761,12.133067232662624,12.071006026010101,11.790205524304758,11.953749082450985,11.467152146495152,11.281181087990136,11.328169919819063,11.338642219910936,11.413776829844378,11.423392410608338,11.423392410608338,11.423392410608338,11.423392410608338,11.423392410608338,11.423392410608338,11.423392410608338]
[1,"Ladbroke Grove","Accelerated Transition",16.344580779709094,13.463249406410574,13.709336052769592,13.840908739626377,12.684920720459006,11.924147382172759,12.647204379271972,12.676954106607194,13.071782341432842,13.001974368798312,12.960424423414279,12.991194309127822,12.982378285289656,12.953254239786506,12.953592423136845,12.956362735880782,12.934291150352664,12.908958673109922,12.953720990494599,12.812624136530598,12.880434009705407,12.94580193980412,13.056458121347793,13.138514837979155,13.138514837979155,13.138514837979155,13.138514837979155,13.138514837979155,13.138514837979155,13.138514837979155]
[1,"Laverton North","Accelerated Transition",15.181441524905384,12.38893937167464,12.641915274403051,12.724606913550295,11.791360057790969,11.256045657221263,11.923362239445284,12.233249182698541,12.542739670614111,12.580701037575709,12.81373262623246,12.779245313507845,13.053600236557516,13.289774005809551,13.310762339517577,13.023113563447565,12.991463345143639,12.873466253364386,12.368150648105486,12.181066044036685,12.227752625799688,12.237073544318195,12.323003601918794,12.327825915008804,12.327825915008804,12.327825915008804,12.327825915008804,12.327825915008804,12.327825915008804,12.327825915008804]
[1,"Lockyer Valley GT","Accelerated Transition",11.021268771008849,9.4166318123792241,10.833113624286154,12.243070038983964,11.043641877325317,10.025041055632501,10.551418902011164,10.169312515811175,10.320081847731899,10.428190067259322,10.39953246676402,10.369602393137736,10.908056982946132,10.325681972402624,10.335036075133829,10.324759225749746,10.190526699241953,9.7388968026873872,9.8483253375392827,9.560602483539574,9.7344196178342433,9.7637644056648245,9.8883188006434821,10.272555163160073,10.272555163160073,10.272555163160073,10.272555163160073,10.272555163160073,10.272555163160073,10.272555163160073]
[1,"Mintaro GT","Accelerated Transition",15.305183108105037,11.726541561311514,11.75615623984495,12.237728267545354,11.267042320700352,10.716427313356187,10.818685179190448,10.95597275556606,11.159431103096471,11.209444744461743,11.198248152202098,11.21107837383231,11.447100042299031,11.400251819798418,11.438370441958199,11.570810521134534,11.56875010989218,11.582096919875839,11.652221993025629,11.693105597690785,11.848586881361275,11.918897196244748,12.017515064188741,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238]
[1,"Mortlake","Accelerated Transition",15.367221563794692,12.486726152679873,12.733768184391693,12.866296256601279,11.711144199617557,10.993622817792405,11.717479430893373,11.748143005087794,12.143770855915355,12.074876730139909,12.03412640075768,12.065810133330421,12.057793725494054,12.02946929599282,12.030607095344845,12.034291254948094,12.013019285421775,11.988486424180834,12.034048357567311,11.893751119604996,11.962360608781495,12.031726618889433,12.146266649584708,12.232207215367556,12.232207215367556,12.232207215367556,12.232207215367556,12.232207215367556,12.232207215367556,12.232207215367556]
[1,"Newport","Accelerated Transition",15.181441524905384,12.38893937167464,12.641915274403051,12.724606913550295,11.791360057790969,11.256045657221263,11.923362239445284,12.233249182698541,12.542739670614111,12.580701037575709,12.81373262623246,12.779245313507845,13.053600236557516,13.289774005809551,13.310762339517577,13.023113563447565,12.991463345143639,12.873466253364386,12.368150648105486,12.181066044036685,12.227752625799688,12.237073544318195,12.323003601918794,12.327825915008804,12.327825915008804,12.327825915008804,12.327825915008804,12.327825915008804,12.327825915008804,12.327825915008804]
[1,"Oakey Power Station","Accelerated Transition",10.504580899064528,8.833563252358152,10.238536089536511,11.618876470543343,10.407441539877036,9.3650170292766859,9.875050442391581,9.4930703207191574,9.6531794698649644,9.7614928223241932,9.7375497080220956,9.7193291667945108,10.224926494201688,9.652432757950578,9.6590022362952865,9.6470936486516372,9.5119356706466736,9.0790647166791132,9.8669639450679583,9.8189000388161816,9.9946078533718357,10.023597250378804,10.148713791341052,10.532790778757176,10.532790778757176,10.532790778757176,10.532790778757176,10.532790778757176,10.532790778757176,10.532790778757176]
[1,"Osborne","Accelerated Transition",13.313165089605231,10.196992662010013,10.222744556386914,10.694498188862577,9.8811230051709913,9.7485135426034546,9.8370825897197758,9.9599752323327824,10.144937366451337,10.19040431314704,10.180225592910999,10.191889430756644,10.407737698483032,10.363865290725835,10.398518583598362,10.518918655576849,10.517045554447435,10.529179018068945,10.59292908456875,10.630095997900714,10.771442619419339,10.835361087495224,10.925013694717036,11.147353424361125,11.147353424361125,11.147353424361125,11.147353424361125,11.147353424361125,11.147353424361125,11.147353424361125]
[1,"Pelican Point","Accelerated Transition",13.308854876613077,10.196992662010013,10.222744556386914,10.641502841343788,9.7974281049568273,9.7422066485056256,9.8351683447185891,9.9599752323327824,10.144937366451337,10.19040431314704,10.180225592910999,10.191889430756644,10.406454583908209,10.363865290725835,10.398518583598362,10.518918655576849,10.517045554447435,10.529179018068945,10.59292908456875,10.630095997900714,10.771442619419339,10.835361087495224,10.925013694717036,11.147353424361125,11.147353424361125,11.147353424361125,11.147353424361125,11.147353424361125,11.147353424361125,11.147353424361125]
[1,"Quarantine","Accelerated Transition",15.305183108105037,11.726541561311514,11.75615623984495,12.237728267545354,11.267042320700352,10.716427313356187,10.818685179190448,10.95597275556606,11.159431103096471,11.209444744461743,11.198248152202098,11.21107837383231,11.447100042299031,11.400251819798418,11.438370441958199,11.570810521134534,11.56875010989218,11.582096919875839,11.652221993025629,11.693105597690785,11.848586881361275,11.918897196244748,12.017515064188741,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238]
[1,"Roma","Accelerated Transition",10.504580899064528,8.833563252358152,10.238536089536511,11.618876470543343,10.407441539877036,9.3650170292766859,9.875050442391581,9.4930703207191574,9.6531794698649644,9.7614928223241932,9.7375497080220956,9.7193291667945108,10.224926494201688,9.652432757950578,9.6590022362952865,9.6470936486516372,9.5119356706466736,9.0790647166791132,9.8669639450679583,9.8189000388161816,9.9946078533718357,10.023597250378804,10.148713791341052,10.532790778757176,10.532790778757176,10.532790778757176,10.532790778757176,10.532790778757176,10.532790778757176,10.532790778757176]
[1,"Smithfield Energy Facility","Accelerated Transition",15.851833969263492,12.262205203375885,12.030566531072754,12.170199070355331,11.353032156665744,10.945288271072286,11.130949504217352,11.219821152067691,11.384791502455728,11.378988250287891,11.684459327509829,11.645818042943537,11.911044378989958,12.117394115130963,11.866224624249694,11.803659554123678,11.523875861233666,11.687419419379893,11.20082248342406,11.014919897058125,11.062329748805709,11.07231255683981,11.147447166773251,11.157062747537234,11.157062747537234,11.157062747537234,11.157062747537234,11.157062747537234,11.157062747537234,11.157062747537234]
[null,"Snapper","Accelerated Transition",15.305183108105037,11.726541561311514,11.75615623984495,12.237728267545354,11.267042320700352,10.716427313356187,10.818685179190448,10.95597275556606,11.159431103096471,11.209444744461743,11.198248152202098,11.21107837383231,11.447100042299031,11.400251819798418,11.438370441958199,11.570810521134534,11.56875010989218,11.582096919875839,11.652221993025629,11.693105597690785,11.848586881361275,11.918897196244748,12.017515064188741,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238]
[1,"Somerton","Accelerated Transition",15.181441524905384,12.38893937167464,12.641915274403051,12.724606913550295,11.791360057790969,11.256045657221263,11.923362239445284,12.233249182698541,12.542739670614111,12.580701037575709,12.81373262623246,12.779245313507845,13.053600236557516,13.289774005809551,13.310762339517577,13.023113563447565,12.991463345143639,12.873466253364386,12.368150648105486,12.181066044036685,12.227752625799688,12.237073544318195,12.323003601918794,12.327825915008804,12.327825915008804,12.327825915008804,12.327825915008804,12.327825915008804,12.327825915008804,12.327825915008804]
[1,"Swanbank E GT","Accelerated Transition",9.5837119747903063,8.1883754890254128,9.4200988037270914,10.646147859986058,9.6031668498481029,9.1136736869386379,9.5921990018283303,9.2448295598283412,9.3818925888471778,9.4801727884175673,9.4541204243309274,9.426911266488851,9.9164154390419377,9.3869836112751113,9.3954873410307531,9.386144750681586,9.2641151811290481,8.8535425478976233,8.9530230341266197,8.6914568032177932,8.8494723798493098,8.8761494596952932,8.9893807278577107,9.3386865119637008,9.3386865119637008,9.3386865119637008,9.3386865119637008,9.3386865119637008,9.3386865119637008,9.3386865119637008]
[1,"Tallawarra","Accelerated Transition",13.784203451533473,10.662787133370335,10.461362200932829,10.582781800308984,9.8722018753615188,9.9502620646111684,10.119045003833955,10.199837410970629,10.349810456777934,10.34453477298899,10.622235752281661,10.587107311766852,10.828222162718143,11.015812831937238,10.787476931136084,10.730599594657887,10.476250782939696,10.624926744890811,10.182565894021872,10.013563542780112,10.056663408005191,10.065738688036191,10.134042878884772,10.14278431594294,10.14278431594294,10.14278431594294,10.14278431594294,10.14278431594294,10.14278431594294,10.14278431594294]
[1,"Tallawarra B","Accelerated Transition",15.851833969263492,12.262205203375885,12.030566531072754,12.170199070355331,11.353032156665744,10.945288271072286,11.130949504217352,11.219821152067691,11.384791502455728,11.378988250287891,11.684459327509829,11.645818042943537,11.911044378989958,12.117394115130963,11.866224624249694,11.803659554123678,11.523875861233666,11.687419419379893,11.20082248342406,11.014919897058125,11.062329748805709,11.07231255683981,11.147447166773251,11.157062747537234,11.157062747537234,11.157062747537234,11.157062747537234,11.157062747537234,11.157062747537234,11.157062747537234]
[1,"Tamar Valley Combined Cycle","Accelerated Transition",13.759634700135727,11.331371958196051,11.551351004046843,11.623256777218256,10.811737772210211,10.791149979510097,11.397801417895634,11.679725537200977,11.962275296408256,11.995382143468747,12.207229042247612,12.17587693977069,12.425290506179481,12.63999393277224,12.659074236143173,12.397575348806797,12.36880242307606,12.261532339640272,11.802154516677634,11.632077603887819,11.674519950945093,11.659212725648432,11.714173249649006,11.695918691627925,11.695918691627925,11.695918691627925,11.695918691627925,11.695918691627925,11.695918691627925,11.695918691627925]
[1,"Tamar Valley Peaking","Accelerated Transition",13.759634700135727,11.331371958196051,11.551351004046843,11.623256777218256,10.811737772210211,10.791149979510097,11.397801417895634,11.679725537200977,11.962275296408256,11.995382143468747,12.207229042247612,12.17587693977069,12.425290506179481,12.63999393277224,12.659074236143173,12.397575348806797,12.36880242307606,12.261532339640272,11.802154516677634,11.632077603887819,11.674519950945093,11.659212725648432,11.714173249649006,11.695918691627925,11.695918691627925,11.695918691627925,11.695918691627925,11.695918691627925,11.695918691627925,11.695918691627925]
[1,"Torrens Island B","Accelerated Transition",15.305183108105037,11.726541561311514,11.75615623984495,12.237728267545354,11.267042320700352,10.716427313356187,10.818685179190448,10.95597275556606,11.159431103096471,11.209444744461743,11.198248152202098,11.21107837383231,11.447100042299031,11.400251819798418,11.438370441958199,11.570810521134534,11.56875010989218,11.582096919875839,11.652221993025629,11.693105597690785,11.848586881361275,11.918897196244748,12.017515064188741,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238]
[1,"Townsville Power Station","Accelerated Transition",9.3920377352944993,8.0246079792449052,9.608500779801636,10.859070817185778,9.795230186845064,9.2959471606774091,9.7840429818648982,9.4297261510249069,9.5695304406241224,9.6697762441859165,9.6432028328175452,9.6154494918186284,10.114743747822777,9.5747232835006137,9.5833970878513686,9.5738676456952181,9.4493974847516302,9.030613398855575,9.1320834948091516,8.8652859392821508,9.0264618274462975,9.0536724488892002,9.1691683424148653,9.5254602422029766,9.5254602422029766,9.5254602422029766,9.5254602422029766,9.5254602422029766,9.5254602422029766,9.5254602422029766]
[1,"Uranquinty","Accelerated Transition",15.650108123088057,12.471921546085298,12.538704410900134,12.678174811545921,11.808914602700543,11.295726200697384,11.988839941002468,12.193546665359701,12.438032576001296,12.496723008577298,12.720429903014457,12.731443642946337,13.225192245625376,13.465794636220295,13.520128989490049,13.352695245998355,13.332691163917913,13.275935198875819,12.77372993727343,12.695040054174264,12.769012847562347,12.779890699821959,12.851825341971976,12.884018741249392,12.884018741249392,12.884018741249392,12.884018741249392,12.884018741249392,12.884018741249392,12.884018741249392]
[1,"Valley Power","Accelerated Transition",14.826959613541698,12.034457460310955,12.287433363039364,12.370125002186608,11.436878146427272,10.916976002873389,11.584292585097408,11.894409116333287,12.205213851461297,12.241631383227835,12.474662971884587,12.440175659159973,12.714530582209527,12.950704351461678,12.971692685169705,12.684043909099691,12.652393690795762,12.534396599016512,12.02908099375761,11.841996389688813,11.888682971451816,11.898003889970317,11.983933947570922,11.988756260660931,11.988756260660931,11.988756260660931,11.988756260660931,11.988756260660931,11.988756260660931,11.988756260660931]
[1,"Yarwun Cogen","Accelerated Transition",10.062897573529822,8.5977942634766826,9.8911037439134457,11.178455252985358,10.083325192340508,9.5693573712855695,10.071808951919747,9.7070710378197589,9.8509872182895375,9.9541814278384457,9.9268264455474746,9.8982568298132936,10.412236210994037,9.8563327918388683,9.8652617080822917,9.8554519882156661,9.7273209401855016,9.2962196752925053,9.400674185832953,9.1260296433786845,9.2919459988417774,9.3199569326800589,9.4388497642505982,9.8056208375618876,9.8056208375618876,9.8056208375618876,9.8056208375618876,9.8056208375618876,9.8056208375618876,9.8056208375618876]
[]
[]
[1,"New generating stations","Gas price scenario","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[1,"QLD new CCGT","Slower Growth",13.709824271175904,12.80450600570658,12.551292053303991,12.663644583235685,12.576184074591492,12.793198142910564,11.93615170531216,11.846476929549191,11.606089972166473,11.687812664533798,11.743427616202466,11.673281889348061,11.512323064038922,11.810779745814763,12.095763350906498,12.047818977617231,11.510767101489767,11.97303361047819,11.854194047058874,12.362413991798014,12.868429924902967,13.191599222631119,12.860263058325211,13.782567543778033,13.782567543778033,13.782567543778033,13.782567543778033,13.782567543778033,13.782567543778033,13.782567543778033]
[1,"QLD new OCGT","Slower Growth",15.766297911852288,14.725181906562565,14.43398586129959,14.563191270721036,14.462611685780212,14.072517957201622,13.129766875843375,13.031124622504111,12.766698969383121,12.856593930987181,12.917770377822711,12.84061007828287,12.663555370442815,12.991857720396242,13.305339685997149,13.252600875378954,12.661843811638747,13.170336971526009,13.039613451764762,13.598655390977818,14.155272917393265,14.510759144894232,14.146289364157735,15.160824298155838,15.160824298155838,15.160824298155838,15.160824298155838,15.160824298155838,15.160824298155838,15.160824298155838]
[1,"SA new OCGT","Slower Growth",17.375774320250624,15.763726802563806,16.268495031897835,15.779317779439587,15.515771620164307,14.00444494971477,14.491842328887838,13.754981576994439,14.344821188826348,13.775725213675635,14.309401471017459,14.870047440000608,14.56077336078849,14.21687135567441,14.358128172427415,14.826119934539198,14.350275593328886,15.158177813700231,15.363346175598872,15.370147265389877,15.301828464930502,15.484648236871864,15.519272823406402,15.989441700542255,15.989441700542255,15.989441700542255,15.989441700542255,15.989441700542255,15.989441700542255,15.989441700542255]
[1,"TAS new CCGT","Slower Growth",15.567481613376977,14.719791241587487,15.325217744223655,14.812229688572813,14.63606023573087,13.947820846929714,15.098325190071797,14.502202221394837,14.999440550632066,14.596556166404142,14.834430115001991,15.346321422512361,15.019497710357854,14.731301319632673,14.900054518171792,15.301777052851712,14.884664013711777,15.486889992533561,15.673216826858196,15.673216826858196,15.673216826858196,15.696150576632002,15.674928969383803,15.861285727121642,15.861285727121642,15.861285727121642,15.861285727121642,15.861285727121642,15.861285727121642,15.861285727121642]
[1,"VIC new OCGT","Slower Growth",17.260465475132822,16.285621547574909,16.981862025606503,16.391925761608032,16.189330890839802,14.728383611382888,15.99393838883918,15.338203123294521,15.885165285455473,15.213530748004757,15.475192091462391,16.038272529723798,15.678766446353839,15.361750416556143,15.547378934949171,15.989273723097085,15.530449380043155,16.192897956747117,16.397857474504217,16.397857474504217,16.397857474504217,16.449243465600002,16.451373178827183,16.68126793925201,16.68126793925201,16.68126793925201,16.68126793925201,16.68126793925201,16.68126793925201,16.68126793925201]
[1,"NSW new CCGT","Step Change",16.399229761591794,13.04990973797358,13.319797747769016,12.909128443500363,12.100211755618306,11.948391506763237,11.999234338780274,11.768103938376488,12.65667463698629,12.299549625054805,12.544538528765891,12.669756846889333,12.686250565885045,12.651126545624958,13.186556709458671,12.774631041417848,12.98604465291683,12.861826334008311,13.705788836109392,13.692423689386057,13.785889599678628,13.916759351934557,13.945739589751705,13.87592224115642,13.87592224115642,13.87592224115642,13.87592224115642,13.87592224115642,13.87592224115642,13.87592224115642]
[1,"QLD new OCGT","Step Change",15.047212258227709,13.959312073142643,14.406225039969105,15.046123176574783,14.488486790081517,13.263106241039212,13.201635982943465,13.128619462793605,13.081234339156319,12.689417013784244,12.137578817553669,12.093994198676546,11.198803787564332,11.95284949041833,12.158370288933003,11.533339089322522,10.971146933728196,11.313873866583069,11.586608859321416,11.64266427834219,12.483186016066265,13.208701843586429,12.583388795819619,12.83768104555093,12.83768104555093,12.83768104555093,12.83768104555093,12.83768104555093,12.83768104555093,12.83768104555093]
[1,"SA new CCGT","Step Change",14.772633641755808,12.52693662902708,13.011069998767928,12.667675975608498,11.868942365910408,11.616051589511128,11.519826727013841,11.398306561943082,12.407315144440352,11.97637327532351,12.156110336541797,12.336586953902927,12.28544689490881,12.232714169044046,12.821443583892876,12.681413742246569,12.524370656306809,12.698335833581988,13.525266101043236,13.45222426618008,13.621114027374002,13.809252117845682,13.806088946895265,13.872206997061465,13.872206997061465,13.872206997061465,13.872206997061465,13.872206997061465,13.872206997061465,13.872206997061465]
[1,"TAS new CCGT","Step Change",16.516288418973662,13.824018979161952,14.467697748704627,14.034050895426292,13.147092554598176,12.934248507602844,13.334000924801732,13.393660961442807,14.375754988150744,14.085479211131442,13.96545258899506,14.119694197636941,14.1082987412838,14.12449681253023,14.696484559955966,14.23747036454583,14.382724784722514,14.287667742876852,15.204684840060285,15.152276553737291,15.240199895959673,15.33996415094223,15.334931140690781,15.207202874263286,15.207202874263286,15.207202874263286,15.207202874263286,15.207202874263286,15.207202874263286,15.207202874263286]
[1,"TAS new OCGT","Step Change",19.305270383819707,15.897621826036243,16.637852411010321,16.139158529740236,15.1191564377879,14.227673358363129,14.667401017281906,14.733027057587089,15.813330486965821,15.494027132244586,15.361997847894564,15.531663617400637,15.519128615412184,15.536946493783255,16.166133015951566,15.661217401000414,15.820997263194766,15.71643451716454,16.725153324066312,16.667504209111023,16.76421988555564,16.873960566036455,16.868424254759866,16.727923161689617,16.727923161689617,16.727923161689617,16.727923161689617,16.727923161689617,16.727923161689617,16.727923161689617]
[1,"NSW new CCGT","Accelerated Transition",13.784203451533473,10.662787133370335,10.461362200932829,10.582781800308984,9.8722018753615188,9.9502620646111684,10.119045003833955,10.199837410970629,10.349810456777934,10.34453477298899,10.622235752281661,10.587107311766852,10.828222162718143,11.015812831937238,10.787476931136084,10.730599594657887,10.476250782939696,10.624926744890811,10.182565894021872,10.013563542780112,10.056663408005191,10.065738688036191,10.134042878884772,10.14278431594294,10.14278431594294,10.14278431594294,10.14278431594294,10.14278431594294,10.14278431594294,10.14278431594294]
[1,"NSW new OCGT","Accelerated Transition",15.851833969263492,12.262205203375885,12.030566531072754,12.170199070355331,11.353032156665744,10.945288271072286,11.130949504217352,11.219821152067691,11.384791502455728,11.378988250287891,11.684459327509829,11.645818042943537,11.911044378989958,12.117394115130963,11.866224624249694,11.803659554123678,11.523875861233666,11.687419419379893,11.20082248342406,11.014919897058125,11.062329748805709,11.07231255683981,11.147447166773251,11.157062747537234,11.157062747537234,11.157062747537234,11.157062747537234,11.157062747537234,11.157062747537234,11.157062747537234]
[1,"SA new CCGT","Accelerated Transition",13.308854876613077,10.196992662010013,10.222744556386914,10.641502841343788,9.7974281049568273,9.7422066485056256,9.8351683447185891,9.9599752323327824,10.144937366451337,10.19040431314704,10.180225592910999,10.191889430756644,10.406454583908209,10.363865290725835,10.398518583598362,10.518918655576849,10.517045554447435,10.529179018068945,10.59292908456875,10.630095997900714,10.771442619419339,10.835361087495224,10.925013694717036,11.147353424361125,11.147353424361125,11.147353424361125,11.147353424361125,11.147353424361125,11.147353424361125,11.147353424361125]
[1,"SA new OCGT","Accelerated Transition",15.305183108105037,11.726541561311514,11.75615623984495,12.237728267545354,11.267042320700352,10.716427313356187,10.818685179190448,10.95597275556606,11.159431103096471,11.209444744461743,11.198248152202098,11.21107837383231,11.447100042299031,11.400251819798418,11.438370441958199,11.570810521134534,11.56875010989218,11.582096919875839,11.652221993025629,11.693105597690785,11.848586881361275,11.918897196244748,12.017515064188741,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238,12.262088766797238]
[1,"TAS new OCGT","Accelerated Transition",15.823579905156084,13.03107775192546,13.284053654653867,13.366745293800992,12.433498438041742,11.870264977461106,12.537581559685199,12.847698090921076,13.158502826049082,13.194920357815622,13.427951946472373,13.393464633747762,13.667819556797431,13.903993326049465,13.924981659757492,13.637332883687476,13.605682665383666,13.487685573604301,12.982369968345399,12.7952853642766,12.841971946039603,12.825133998213278,12.885590574613907,12.865510560790719,12.865510560790719,12.865510560790719,12.865510560790719,12.865510560790719,12.865510560790719,12.865510560790719]
[1,"VIC new CCGT","Accelerated Transition",13.201253499917728,10.772990757977947,10.992969803828741,11.064875577000256,10.253356571992148,10.232768779292055,10.83942021767753,11.121135620635037,11.402490609649192,11.437000943250643,11.648847842029509,11.617495739552586,11.866909305961377,12.081612732554136,12.100693035925071,11.839194148588694,11.810421222857853,11.703151139422168,11.24377331645953,11.073696403669715,11.116138750726989,11.124612313016538,11.202730547198904,11.207114468189822,11.207114468189822,11.207114468189822,11.207114468189822,11.207114468189822,11.207114468189822,11.207114468189822]
[1]
[1]
[1]
[1,"State","Gas price scenario","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[1,"Darwin","Slower Growth",7.78846755,9.34616106,9.34616106,9.34616106,9.34616106,9.34616106,9.34616106,9.34616106,9.34616106,9.34616106,8.2142371093999991,8.1311601222000007,7.9130830308000002,8.1830832391999984,8.4426988242000007,8.9619299942000001,8.4219295774000003,8.8996222538000005,8.7750067729999994,8.5673143050000018,9.1384685920000024,9.2215455792000007,9.2942379429999988,9.3565456833999985,9.3565456833999985,9.4500072939999988,9.4500072939999988,9.4500072939999988,9.4500072939999988,9.4500072939999988]
[1,"Hobart","Slower Growth",14.789107532708126,13.983801679508112,14.55895685701247,14.071618204144173,13.904257223944326,13.250429804583227,14.343408930568206,13.777092110325093,14.249468523100463,13.866728358083936,14.09270860925189,14.579005351386741,14.268522824839961,13.994736253651039,14.155051792263203,14.536688200209126,14.140430813026189,14.712545492906882,14.889555985515287,14.889555985515287,14.889555985515287,14.911343047800401,14.891182520914612,15.068221440765559,15.068221440765559,15.068221440765559,15.068221440765559,15.068221440765559,15.068221440765559,15.068221440765559]
[1,"Sydney","Slower Growth",15.098492512571537,13.848413880008138,14.141611229550998,13.875812951749008,13.614522391563087,12.901427194688964,13.331223065414203,12.584363921818007,13.030666400552038,12.600454951504615,13.102653735339082,13.618001227789655,13.322167085975659,13.031952160152212,13.186308297984434,13.602005837316765,13.191378400228963,13.775537599686093,13.959288523542021,13.959288523542021,13.9880716473065,14.079565075374486,14.120310551101667,14.369282049451014,14.369282049451014,14.369282049451014,14.369282049451014,14.369282049451014,14.369282049451014,14.369282049451014]
[1,"Adelaide","Step Change",13.786858059853135,12.151128530156267,12.620737898804888,12.287645696340244,11.512874094933096,11.267570041825795,11.174231925203427,11.056357365084789,12.035095690107141,11.617082077063806,11.791427026445543,11.966489345285838,11.916883488061545,11.865732743972726,12.43680027637609,12.30097132997917,12.148639536617603,12.317385758574529,13.11950811801194,13.048657538194677,13.212480606552782,13.394974554310311,13.391906278488408,13.45604078714962,13.45604078714962,13.45604078714962,13.45604078714962,13.45604078714962,13.45604078714962,13.45604078714962]
[1,"Hobart","Step Change",14.885665684524977,13.132818030203854,13.744312861269394,13.332348350654978,12.489737926868266,12.287536082222699,12.667300878561644,12.723977913370664,13.656967238743206,13.381205250574869,13.267179959545306,13.413709487755092,13.402883804219611,13.418271971903717,13.961660331958168,13.525596846318537,13.663588545486387,13.57328435573301,14.444450598057271,14.394662726050425,14.478189901161688,14.572965943395117,14.568184583656242,14.44684273055012,14.44684273055012,14.44684273055012,14.44684273055012,14.44684273055012,14.44684273055012,14.44684273055012]
[1,"Melbourne","Step Change",14.355203544317876,12.405048045396754,13.016542876462196,12.604578365847878,11.761967942061165,11.559766097415601,11.939530893754545,11.996207928563566,12.928796112999958,12.653435265767767,12.539409974738204,12.685377639301214,12.675113819412511,12.690501987096521,13.233890347150968,12.797826861511339,12.93581856067919,12.845514370925809,13.716680613250073,13.666892741243128,13.750419916354488,13.867787706794521,13.885006171728744,13.784047146390266,13.784047146390266,13.784047146390266,13.784047146390266,13.784047146390266,13.784047146390266,13.784047146390266]
[1,"Brisbane","Accelerated Transition",11.3088548826,9.6639305360400005,9.4182374537925266,10.570272935266622,9.5320288229941195,8.9811867527016513,9.4241698491571615,9.0734620324705038,9.3045815818809832,9.414958103807276,9.3934068387149789,9.3769206965688099,9.8261381142736486,9.3278739920084757,9.5162062266642522,9.5061693424905958,9.3835012696656346,8.9767882649012041,9.1167026488946181,8.8069431880697167,8.966680942512923,8.9895805453146167,9.1224864648324591,9.4615722761738326,9.4615722761738326,9.4615722761738326,9.4615722761738326,9.4615722761738326,9.4615722761738326,9.4615722761738326]
[1,"Darwin","Accelerated Transition",7.78846755,8.8269298900000006,8.8269298900000006,8.8269298900000006,8.8269298900000006,8.8269298900000006,8.8269298900000006,8.8269298900000006,8.8269298900000006,8.8269298900000006,7.411365056075736,7.3947123872412233,7.8484673546198458,7.3451702614227035,7.3469277924343954,7.3369883151382416,7.2155107227189887,6.8127448237643149,6.9513013537637329,6.6445480750700288,6.8027355918488048,6.8254129564771402,6.957029038392216,7.2928240585361781,7.2928240585361781,7.2928240585361781,7.2928240585361781,7.2928240585361781,7.2928240585361781,7.2928240585361781]
[1,"Melbourne","Accelerated Transition",12.200394188817876,10.234341220079049,10.443321313637304,10.511631798150241,9.7406887433925409,9.721130340327452,10.297449206793653,10.565078839603284,10.83236607916673,10.865150896088112,11.066405449928034,11.036620952574957,11.273563840663307,11.47753209592643,11.495658384128816,11.247234441159261,11.219900161714959,11.11799358245106,10.681584650636553,10.520011583486227,10.560331813190638,10.568381697365712,10.642594019838956,10.646758744780328,10.646758744780328,10.646758744780328,10.646758744780328,10.646758744780328,10.646758744780328,10.646758744780328]
[1,"Sydney","Accelerated Transition",12.885327459344039,10.342903519369225,10.147521334904845,10.265298346299716,9.5760358191006727,9.6517542026728336,9.8154736537189375,9.8938422886415083,10.039316143074595,10.03419872979932,10.303568679713212,10.269494092413845,10.503375497836599,10.68533844697912,10.463852623202001,10.408681606818151,10.161963259451504,10.306178942544086,9.8770889172012151,9.7131566364967075,9.7549635057650352,9.763766527395104,9.8300215925182286,9.8385007864646497,9.8385007864646497,9.8385007864646497,9.8385007864646497,9.8385007864646497,9.8385007864646497,9.8385007864646497]
[1]
[1,"Residential/Commercial fuel costs ($/GJ, real Jun 2025 dollars)"]
[1,"State","Gas price scenario","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[1,"Adelaide","Slower Growth",15.109368974130977,13.707588523968528,14.146517419041597,13.721145895164861,13.491975321882007,12.731313590649791,13.174402117170761,12.504528706358577,13.040746535296678,12.523386557886939,13.008546791834053,13.518224945455097,13.2370666916259,12.924428505158552,13.052843793115832,13.478290849581089,13.045705084844441,13.780161648818389,13.966678341453518,13.972861150354435,13.910753149936818,14.076952942610784,14.108429839460362,14.535856091402049,14.535856091402049,14.535856091402049,14.535856091402049,14.535856091402049,14.535856091402049,14.535856091402049]
[1,"Darwin","Slower Growth",7.78846755,9.34616106,9.34616106,9.34616106,9.34616106,9.34616106,9.34616106,9.34616106,9.34616106,9.34616106,8.2103878210774059,8.1260185221269676,7.9125026194449468,8.1853679858956276,8.4463233506820643,8.9657271279196031,8.4218990474104292,8.9030837801860194,8.7775739639652546,8.5692283089135017,9.1381547153256317,9.2171873124172876,9.2890668589998846,9.3525458277728148,9.3525458277728148,9.4500072939999988,9.4500072939999988,9.4500072939999988,9.4500072939999988,9.4500072939999988]
[1,"Hobart","Slower Growth",15.567481613376977,14.719791241587487,15.325217744223655,14.812229688572813,14.63606023573087,13.947820846929714,15.098325190071797,14.502202221394837,14.999440550632066,14.596556166404142,14.834430115001991,15.346321422512361,15.019497710357854,14.731301319632673,14.900054518171792,15.301777052851712,14.884664013711777,15.486889992533561,15.673216826858196,15.673216826858196,15.673216826858196,15.696150576632002,15.674928969383803,15.861285727121642,15.861285727121642,15.861285727121642,15.861285727121642,15.861285727121642,15.861285727121642,15.861285727121642]
[1,"Adelaide","Step Change",14.51301805675581,12.52693662902708,13.011069998767928,12.667675975608498,11.868942365910408,11.616051589511128,11.519826727013841,11.398306561943082,12.407315144440352,11.97637327532351,12.156110336541797,12.336586953902927,12.28544689490881,12.232714169044046,12.821443583892876,12.681413742246569,12.524370656306809,12.698335833581988,13.525266101043236,13.45222426618008,13.621114027374002,13.809252117845682,13.806088946895265,13.872206997061465,13.872206997061465,13.872206997061465,13.872206997061465,13.872206997061465,13.872206997061465,13.872206997061465]
[1,"Brisbane","Step Change",14.01924159,12.181714974009417,12.567961152578851,13.074515249284827,12.532717657673086,12.05084488680504,11.93463355930986,11.875245498286358,11.833945097787426,11.502421878827437,11.561717577203549,11.544167324296282,10.703234885438494,11.381565470621737,11.571800768089659,10.997585162249464,10.48978421075647,10.824151851080778,11.080711149740493,11.098211698078858,11.875425697347159,12.584174335283134,12.021311893486702,12.201653284594411,12.201653284594411,12.201653284594411,12.201653284594411,12.201653284594411,12.201653284594411,12.201653284594411]
[1,"Melbourne","Step Change",15.43867604875566,13.057945310943952,13.701624080486523,13.267977227208293,12.381018886380174,12.168174839384843,12.567927256583733,12.627587293224806,13.609259066315747,13.319405542913442,13.199378920777058,13.353029094001279,13.342225073065803,13.358423144312127,13.930410891737864,13.471396696327727,13.616651116504411,13.521594074658747,14.438611171842181,14.386202885519083,14.474126227741566,14.597671270310022,14.615795970240784,14.509523311989755,14.509523311989755,14.509523311989755,14.509523311989755,14.509523311989755,14.509523311989755,14.509523311989755]
[1,"Sydney","Step Change",15.879998591591793,13.04990973797358,13.319797747769016,12.909128443500363,12.100211755618306,11.948391506763237,11.999234338780274,11.768103938376488,12.65667463698629,12.299549625054805,12.544538528765891,12.669756846889333,12.686250565885045,12.651126545624958,13.186556709458671,12.774631041417848,12.98604465291683,12.861826334008311,13.705788836109392,13.692423689386057,13.785889599678628,13.916759351934557,13.945739589751705,13.87592224115642,13.87592224115642,13.87592224115642,13.87592224115642,13.87592224115642,13.87592224115642,13.87592224115642]
[1,"Brisbane","Accelerated Transition",11.423085739999999,9.7615459960000006,9.5133711654469959,10.677043368956186,9.6283119424183017,9.0719058108097475,9.5193634839971324,9.1651131641116201,9.3985672544252346,9.5100586907144198,9.4882897360757354,9.4716370672412236,9.925392034619847,9.4220949414227029,9.6123295218830851,9.6021912550410082,9.4782841107733677,9.0674628938396005,9.208790554439009,8.8959022101714318,9.0572534772857818,9.0803843892066833,9.2146327927600602,9.5571437133069015,9.5571437133069015,9.5571437133069015,9.5571437133069015,9.5571437133069015,9.5571437133069015,9.5571437133069015]
[1,"Darwin","Accelerated Transition",7.78846755,8.8269298900000006,8.8269298900000006,8.8269298900000006,8.8269298900000006,8.8269298900000006,8.8269298900000006,8.8269298900000006,8.8269298900000006,8.8269298900000006,7.411365056075736,7.3947123872412233,7.8484673546198458,7.3451702614227035,7.3469277924343954,7.3369883151382416,7.2155107227189887,6.8127448237643149,6.9513013537637329,6.6445480750700288,6.8027355918488048,6.8254129564771402,6.957029038392216,7.2928240585361781,7.2928240585361781,7.2928240585361781,7.2928240585361781,7.2928240585361781,7.2928240585361781,7.2928240585361781]
[1,"Sydney","Accelerated Transition",13.283842741591794,10.662787133370335,10.461362200932829,10.582781800308984,9.8722018753615188,9.9502620646111684,10.119045003833955,10.199837410970629,10.349810456777934,10.34453477298899,10.622235752281661,10.587107311766852,10.828222162718143,11.015812831937238,10.787476931136084,10.730599594657887,10.476250782939696,10.624926744890811,10.182565894021872,10.013563542780112,10.056663408005191,10.065738688036191,10.134042878884772,10.14278431594294,10.14278431594294,10.14278431594294,10.14278431594294,10.14278431594294,10.14278431594294,10.14278431594294]
[1]
[1,"Liquid fuel price ($/GJ, real Jun 2025 dollars)"]
[1,"Based on price forecasts delivered by ACIL Allen in November 2024"]
[1,"Generator","Gas price scenario","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[1,"Angaston","Slower Growth",31.891178461399999,32.472717371800002,32.773871450400001,32.919256177999998,33.023102412,33.023102412,32.971179294999999,32.971179294999999,32.867333061000004,32.825794567399996,32.742717580200001,32.670025216400006,32.618102099400005,32.576563605800004,32.472717371800002,32.420794254800001,32.3792557612,32.327332644199998,32.275409527199997,32.223486410200003,32.181947916599995,32.130024799600001,32.0781016826,32.036563188999999,32.036563188999999,32.036563188999999,32.036563188999999,32.036563188999999,32.036563188999999,32.036563188999999]
[1,"Mt Stuart","Slower Growth",32.867333061000004,33.448871971399996,33.750026050000002,33.895410777600006,33.999257011600001,33.999257011600001,33.947333894599993,33.947333894599993,33.853872283999998,33.801949167000004,33.729256803199995,33.646179816,33.604641322399999,33.552718205400005,33.448871971399996,33.396948854400001,33.355410360799993,33.303487243799999,33.251564126800005,33.210025633200004,33.158102516200003,33.106179399199995,33.054256282200001,33.0127177886,33.0127177886,33.189132599377096,33.189132599377096,33.189132599377096,33.189132599377096,33.189132599377096]
[1,"Port Lincoln","Slower Growth",31.615472161404224,32.202788698641314,32.500376169664676,32.650152205777566,32.750366711556964,32.750366711556964,32.700223077163514,32.700223077163514,32.600154097399106,32.55022875202814,32.475477164610759,32.400889293960233,32.351255000619261,32.301693470285777,32.202788698641314,32.153445457330314,32.104174979026837,32.054977263730834,32.005852311442339,31.95680012216134,31.907820695887825,31.858914032621826,31.810080132363304,31.761318995112291,31.761318995112291,31.761318995112291,31.761318995112291,31.761318995112291,31.761318995112291,31.761318995112291]
[1,"Angaston","Step Change",29.689638300600002,29.243099494399999,28.796560688200003,28.370791128800001,27.945021569400001,27.643867490800002,27.363482659000002,27.072713203799999,26.792328372000004,26.511943540200004,26.231558708400001,25.961558499999999,25.6915582916,25.431942706600001,25.172327121599999,24.912711536599996,24.653095951600001,24.403864989999999,24.1546340284,23.915787690200002,23.676941352000004,23.438095013799998,23.209633299000004,22.981171584199998,22.7527098694,22.7527098694,22.7527098694,22.7527098694,22.7527098694,22.7527098694]
[1,"Hunter Economic Zone","Step Change",29.428002124583724,28.979098467122139,28.537581357391257,28.103450795391101,27.676706781121656,27.382380967032812,27.091674561332027,26.804587564019297,26.521119975094614,26.241271794557978,25.965043022409393,25.692433658648856,25.42344370327638,25.158073156291952,24.896322017695564,24.638190287487234,24.383677965666948,24.13278505223472,23.885511547190543,23.641857450534413,23.401822762266338,23.165407482386307,22.93261161089433,22.703435147790405,22.477878093074523,22.477878093074523,22.477878093074523,22.477878093074523,22.477878093074523,22.477878093074523]
[1,"Mt Stuart","Step Change",30.665792900200003,30.219254094,29.772715287800004,29.346945728400001,28.921176169000002,28.630406713799999,28.3396372586,28.048867803400004,27.768482971600001,27.488098139799998,27.218097931400003,26.948097722999997,26.678097514600001,26.408097306200002,26.1484817212,25.899250759600005,25.639635174600002,25.390404213,25.151557874800002,24.902326913200003,24.663480575000001,24.435018860200003,24.196172522000001,23.9677108072,23.749633715800002,23.92717898627653,23.92717898627653,23.92717898627653,23.92717898627653,23.92717898627653]
[1,"Port Lincoln","Step Change",29.416034967119646,28.9688070637701,28.52885546117021,28.096180159319989,27.670781158219416,27.377331256395063,27.087446741938042,26.801127614848365,26.518373875126013,26.239185522770999,25.963562557783312,25.691504980162957,25.423012789909944,25.158085987024258,24.896724571505914,24.63892854335489,24.384697902571205,24.134032649154857,23.886932783105841,23.64339830442416,23.40342921310981,23.167025509162787,22.934187192583103,22.70491426337075,22.479206721525735,22.479206721525735,22.479206721525735,22.479206721525735,22.479206721525735,22.479206721525735]
[1,"Angaston","Accelerated Transition",26.3146356956,24.798480679199997,23.915787690200002,23.074633194800001,22.430786544000004,22.015401607999998,21.735016776199998,21.454631944400003,21.215785606200001,21.0080931382,20.800400670200002,20.5719389554,20.343477240600002,20.146169395999998,19.969630798200001,19.720399836599999,19.502322745200001,19.543861238800002,19.346553394200001,19.242707160200002,19.055783939000001,18.889629964600001,18.920783834800002,18.744245237000001,18.775399107199998,18.775399107199998,18.775399107199998,18.775399107199998,18.775399107199998,18.775399107199998]
[1,"Hunter Economic Zone","Accelerated Transition",26.043596201351022,24.528670385271841,23.641857450534413,22.801210439113955,22.161932294765812,21.747122378386894,21.463288907293823,21.18612179552774,20.9437808782247,20.734382585713405,20.529139226300618,20.301552938089692,20.079303430614207,19.875002545080726,19.70011720779755,19.456559577249848,19.243673208066671,19.278738776287351,19.082231387653408,18.980358629470196,18.792013376078696,18.630258316430503,18.662276933712256,18.483035600398861,18.514278630168889,18.514278630168889,18.514278630168889,18.514278630168889,18.514278630168889,18.514278630168889]
[1,"Port Lincoln","Accelerated Transition",26.041948161313737,24.529535976402617,23.64339830442416,22.802737512131067,22.162952231670065,21.747550702429059,21.463180466346984,21.185377091691475,20.942382547599507,20.732341377379921,20.526393126332025,20.297932992987501,20.07472998693461,19.869458927967852,19.693666809265494,19.448720066756486,19.234489235639348,19.2697850822417,19.07193998430137,18.96932677983165,18.779521994219699,18.616412963835423,18.648707336378546,18.467870591440551,18.499400952404955,18.499400952404955,18.499400952404955,18.499400952404955,18.499400952404955,18.499400952404955]
[1,"Port Stanvac","Accelerated Transition",26.155392655249152,24.642980470338031,23.756842798359571,22.916182006066478,22.276396725605483,21.86099519636447,21.576624960282395,21.298821585626893,21.055827041534922,20.845785871315339,20.639837620267436,20.411377486922916,20.188174480870025,19.982903421903263,19.807111303200909,19.562164560691901,19.347933729574759,19.383229576177119,19.185384478236788,19.082771273767065,18.89296648815511,18.729857457770841,18.762151830313961,18.581315085375962,18.612845446340366,18.612845446340366,18.612845446340366,18.612845446340366,18.612845446340366,18.612845446340366]
[1]
[1]
[1,"Based on price forecasts delivered by ACIL Allen in November 2024"]
[1]
[0,"Barcaldine Power Station_2nd_Fuel","Slower Growth",33.637124782205028,34.224950660494599,34.522852335413965,34.672800356817298,34.773135031806049,34.773135031806049,34.722930761573032,34.722930761573032,34.622743817538883,34.572761143737765,34.497925630806058,34.423256315198273,34.373569103306394,34.32395575689182,34.224950660494599,34.175558910511938,34.126241026006596,34.076997006978544,34.027826853427818,33.978730565354397,33.92970814275828,33.880759585639467,33.831884893997966,33.783084067833769,33.783084067833769,33.783084067833769,33.783084067833769,33.783084067833769,33.783084067833769,33.783084067833769]
[0,"Barker Inlet Power Station_2nd_Fuel","Slower Growth",31.631430714067925,32.218747251305018,32.516334722328374,32.666110758441263,32.766325264220669,32.766325264220669,32.716181629827219,32.716181629827219,32.61611265006281,32.566187304691837,32.491435717274463,32.416847846623931,32.367213553282959,32.317652022949481,32.218747251305018,32.169404009994018,32.120133531690534,32.070935816394531,32.021810864106037,31.972758674825037,31.923779248551529,31.874872585285523,31.826038685027005,31.777277547775991,31.777277547775991,31.777277547775991,31.777277547775991,31.777277547775991,31.777277547775991,31.777277547775991]
[0,"Bolivar Power Station_2nd_Fuel","Slower Growth",31.654674692947655,32.241991230184745,32.539578701208107,32.689354737321004,32.789569243100395,32.789569243100395,32.739425608706945,32.739425608706945,32.639356628942544,32.589431283571571,32.51467969615419,32.440091825503664,32.390457532162692,32.340896001829215,32.241991230184745,32.192647988873752,32.143377510570268,32.094179795274265,32.04505484298577,31.996002653704771,31.947023227431259,31.898116564165257,31.849282663906735,31.800521526655725,31.800521526655725,31.800521526655725,31.800521526655725,31.800521526655725,31.800521526655725,31.800521526655725]
[0,"Braemar_2nd_Fuel","Slower Growth",32.495741341692778,33.083567219982342,33.381468894901715,33.531416916305048,33.631751591293806,33.631751591293806,33.581547321060775,33.581547321060775,33.481360377026633,33.431377703225515,33.356542190293808,33.28187287468603,33.232185662794151,33.18257231637957,33.083567219982342,33.034175469999688,32.984857585494346,32.935613566466301,32.886443412915568,32.837347124842147,32.788324702246022,32.739376145127217,32.690501453485716,32.641700627321519,32.641700627321519,32.641700627321519,32.641700627321519,32.641700627321519,32.641700627321519,32.641700627321519]
[0,"Condamine A_2nd_Fuel","Slower Growth",32.735119631648239,33.32294550993781,33.620847184857176,33.770795206260495,33.871129881249253,33.871129881249253,33.820925611016236,33.820925611016236,33.720738666982086,33.670755993180968,33.595920480249255,33.521251164641484,33.471563952749605,33.421950606335017,33.32294550993781,33.273553759955142,33.224235875449807,33.174991856421755,33.125821702871029,33.0767254147976,33.027702992201483,32.978754435082678,32.92987974344117,32.881078917276973,32.881078917276973,32.881078917276973,32.881078917276973,32.881078917276973,32.881078917276973,32.881078917276973]
[0,"Darling Downs_2nd_Fuel","Slower Growth",32.533903098062488,33.121728976352053,33.419630651271419,33.569578672674751,33.669913347663503,33.669913347663503,33.619709077430485,33.619709077430485,33.519522133396343,33.469539459595225,33.394703946663512,33.320034631055741,33.270347419163855,33.220734072749273,33.121728976352053,33.072337226369399,33.02301934186405,32.973775322836012,32.924605169285279,32.875508881211857,32.826486458615733,32.777537901496935,32.728663209855426,32.67986238369123,32.67986238369123,32.67986238369123,32.67986238369123,32.67986238369123,32.67986238369123,32.67986238369123]
[0,"Jeeralang A_2nd_Fuel","Slower Growth",31.988574644686953,32.582095882017846,32.882845236457875,33.034217097621543,33.135500999117177,33.135500999117177,33.084822115630715,33.084822115630715,32.983685945089682,32.933228658035112,32.857681225223246,32.7822999897353,32.732138164589976,32.68205020492195,32.582095882017846,32.532229518781747,32.48243702102296,32.432718388741471,32.383073621937299,32.333502720610433,32.284005684760864,32.23458251438862,32.185233209493667,32.135957770076033,32.135957770076033,32.135957770076033,32.135957770076033,32.135957770076033,32.135957770076033,32.135957770076033]
[0,"Jeeralang B_2nd_Fuel","Slower Growth",31.988574644686953,32.582095882017846,32.882845236457875,33.034217097621543,33.135500999117177,33.135500999117177,33.084822115630715,33.084822115630715,32.983685945089682,32.933228658035112,32.857681225223246,32.7822999897353,32.732138164589976,32.68205020492195,32.582095882017846,32.532229518781747,32.48243702102296,32.432718388741471,32.383073621937299,32.333502720610433,32.284005684760864,32.23458251438862,32.185233209493667,32.135957770076033,32.135957770076033,32.135957770076033,32.135957770076033,32.135957770076033,32.135957770076033,32.135957770076033]
[0,"Laverton North_2nd_Fuel","Slower Growth",31.494553362228153,32.08807459955905,32.388823953999079,32.54019581516274,32.641479716658381,32.641479716658381,32.590800833171919,32.590800833171919,32.489664662630886,32.439207375576316,32.363659942764443,32.288278707276504,32.23811688213118,32.188028922463161,32.08807459955905,32.038208236322951,31.988415738564161,31.938697106282675,31.8890523394785,31.83948143815164,31.789984402302071,31.740561231929824,31.691211927034868,31.641936487617233,31.641936487617233,31.641936487617233,31.641936487617233,31.641936487617233,31.641936487617233,31.641936487617233]
[0,"Lockyer Valley GT_2nd_Fuel","Slower Growth",32.111328782628192,32.699154660917763,32.997056335837129,33.147004357240448,33.247339032229206,33.247339032229206,33.197134761996196,33.197134761996196,33.09694781796204,33.046965144160929,32.972129631229215,32.897460315621437,32.847773103729558,32.798159757314977,32.699154660917763,32.649762910935102,32.600445026429753,32.551201007401708,32.502030853850982,32.452934565777561,32.403912143181437,32.354963586062631,32.30608889442113,32.257288068256926,32.257288068256926,32.257288068256926,32.257288068256926,32.257288068256926,32.257288068256926,32.257288068256926]
[0,"Mortlake_2nd_Fuel","Slower Growth",32.182852677114568,32.776373914445465,33.077123268885494,33.228495130049154,33.329779031544788,33.329779031544788,33.279100148058326,33.279100148058326,33.177963977517301,33.127506690462731,33.051959257650857,32.976578022162919,32.926416197017595,32.876328237349568,32.776373914445465,32.726507551209359,32.676715053450579,32.626996421169089,32.577351654364918,32.527780753038051,32.478283717188482,32.428860546816239,32.379511241921286,32.330235802503651,32.330235802503651,32.330235802503651,32.330235802503651,32.330235802503651,32.330235802503651,32.330235802503651]
[0,"Newport_2nd_Fuel","Slower Growth",31.46957475805889,32.063095995389787,32.363845349829816,32.515217210993477,32.616501112489118,32.616501112489118,32.565822229002649,32.565822229002649,32.464686058461623,32.414228771407053,32.33868133859518,32.263300103107241,32.213138277961917,32.163050318293891,32.063095995389787,32.013229632153681,31.963437134394898,31.913718502113412,31.864073735309233,31.814502833982377,31.765005798132808,31.715582627760561,31.666233322865605,31.61695788344797,31.61695788344797,31.61695788344797,31.61695788344797,31.61695788344797,31.61695788344797,31.61695788344797]
[0,"Pelican Point_2nd_Fuel","Slower Growth",31.642879240978836,32.230195778215929,32.527783249239292,32.677559285352181,32.777773791131573,32.777773791131573,32.72763015673813,32.72763015673813,32.627561176973721,32.577635831602755,32.502884244185374,32.428296373534842,32.378662080193877,32.329100549860392,32.230195778215929,32.180852536904929,32.131582058601445,32.082384343305449,32.033259391016948,31.984207201735952,31.93522777546244,31.886321112196438,31.837487211937916,31.788726074686902,31.788726074686902,31.788726074686902,31.788726074686902,31.788726074686902,31.788726074686902,31.788726074686902]
[0,"Quarantine_2nd_Fuel","Slower Growth",31.64218539086302,32.22950192810012,32.527089399123476,32.676865435236365,32.777079941015764,32.777079941015764,32.726936306622314,32.726936306622314,32.626867326857912,32.576941981486939,32.502190394069558,32.427602523419033,32.377968230078061,32.328406699744576,32.22950192810012,32.18015868678912,32.130888208485636,32.081690493189633,32.032565540901139,31.983513351620136,31.934533925346624,31.885627262080622,31.836793361822103,31.788032224571094,31.788032224571094,31.788032224571094,31.788032224571094,31.788032224571094,31.788032224571094,31.788032224571094]
[null,"Snapper_2nd_Fuel","Slower Growth",31.642879240978836,32.230195778215929,32.527783249239292,32.677559285352181,32.777773791131573,32.777773791131573,32.72763015673813,32.72763015673813,32.627561176973721,32.577635831602755,32.502884244185374,32.428296373534842,32.378662080193877,32.329100549860392,32.230195778215929,32.180852536904929,32.131582058601445,32.082384343305449,32.033259391016948,31.984207201735952,31.93522777546244,31.886321112196438,31.837487211937916,31.788726074686902,31.788726074686902,31.788726074686902,31.788726074686902,31.788726074686902,31.788726074686902,31.788726074686902]
[0,"Somerton_2nd_Fuel","Slower Growth",31.561162973346192,32.15468421067709,32.455433565117112,32.606805426280779,32.70808932777642,32.70808932777642,32.657410444289951,32.657410444289951,32.556274273748926,32.505816986694356,32.430269553882482,32.354888318394543,32.304726493249213,32.2546385335812,32.15468421067709,32.104817847440991,32.055025349682197,32.005306717400714,31.955661950596539,31.906091049269676,31.856594013420107,31.807170843047864,31.757821538152907,31.708546098735269,31.708546098735269,31.708546098735269,31.708546098735269,31.708546098735269,31.708546098735269,31.708546098735269]
[0,"Tallawarra_2nd_Fuel","Slower Growth",31.944861572927078,32.534956334086772,32.833992450441194,32.984507692562062,33.085220514695841,33.085220514695841,33.034827170890303,33.034827170890303,32.934262079711132,32.8840903323375,32.808971209047037,32.734018283080488,32.684141997616095,32.634339577629014,32.534956334086772,32.485375510531604,32.435868552453755,32.386435459853189,32.337076232729956,32.287790871084013,32.238579374915389,32.189441744224069,32.140377979010047,32.091388079273358,32.091388079273358,32.091388079273358,32.091388079273358,32.091388079273358,32.091388079273358,32.091388079273358]
[0,"Tallawarra B_2nd_Fuel","Slower Growth",31.944861572927078,32.534956334086772,32.833992450441194,32.984507692562062,33.085220514695841,33.085220514695841,33.034827170890303,33.034827170890303,32.934262079711132,32.8840903323375,32.808971209047037,32.734018283080488,32.684141997616095,32.634339577629014,32.534956334086772,32.485375510531604,32.435868552453755,32.386435459853189,32.337076232729956,32.287790871084013,32.238579374915389,32.189441744224069,32.140377979010047,32.091388079273358,32.091388079273358,32.091388079273358,32.091388079273358,32.091388079273358,32.091388079273358,32.091388079273358]
[0,"Torrens Island B_2nd_Fuel","Slower Growth",31.630389938894201,32.217706476131298,32.515293947154653,32.665069983267543,32.765284489046948,32.765284489046948,32.715140854653498,32.715140854653498,32.61507187488909,32.565146529518117,32.490394942100743,32.41580707145021,32.366172778109238,32.316611247775761,32.217706476131298,32.168363234820298,32.119092756516814,32.069895041220811,32.020770088932316,31.971717899651317,31.922738473377809,31.873831810111803,31.82499790985328,31.776236772602271,31.776236772602271,31.776236772602271,31.776236772602271,31.776236772602271,31.776236772602271,31.776236772602271]
[0,"Townsville Power Station_2nd_Fuel","Slower Growth",31.619755570478972,32.207581448768536,32.505483123687902,32.655431145091235,32.755765820079986,32.755765820079986,32.705561549846976,32.705561549846976,32.60537460581282,32.555391932011709,32.480556419080003,32.405887103472224,32.356199891580339,32.306586545165757,32.207581448768536,32.158189698785883,32.108871814280533,32.059627795252489,32.010457641701763,31.961361353628341,31.912338931032217,31.863390373913411,31.81451568227191,31.765714856107714,31.765714856107714,31.765714856107714,31.765714856107714,31.765714856107714,31.765714856107714,31.765714856107714]
[0,"Yarwun Cogen_2nd_Fuel","Slower Growth",33.040413682605923,33.628239560895487,33.92614123581486,34.076089257218186,34.176423932206937,34.176423932206937,34.12621966197392,34.12621966197392,34.026032717939778,33.97605004413866,33.901214531206946,33.826545215599168,33.776858003707289,33.727244657292701,33.628239560895487,33.578847810912833,33.529529926407484,33.480285907379439,33.431115753828713,33.382019465755292,33.332997043159168,33.284048486040362,33.235173794398861,33.186372968234657,33.186372968234657,33.186372968234657,33.186372968234657,33.186372968234657,33.186372968234657,33.186372968234657]
[0,"Bairnsdale_2nd_Fuel","Step Change",30.179205101669336,29.727446047398416,29.283073540858208,28.846087582048707,28.416488170969931,28.12016357911455,27.827458395647227,27.538372620567966,27.252906253876745,26.971059295573575,26.692831745658452,26.418223604131377,26.147234870992367,25.879865546241401,25.616115629878482,25.355985121903618,25.099474022316794,24.846582331118036,24.597310048307317,24.35165717388465,24.109623707850037,23.871209650203483,23.636415000944965,23.405239760074501,23.177683927592089,23.177683927592089,23.177683927592089,23.177683927592089,23.177683927592089,23.177683927592089]
[0,"Barker Inlet Power Station_2nd_Fuel","Step Change",29.431993519783347,28.984765616433798,28.544814013833911,28.11213871198369,27.686739710883117,27.393289809058768,27.103405294601739,26.817086167512066,26.534332427789717,26.255144075434696,25.979521110447013,25.707463532826658,25.438971342573645,25.174044539687962,24.912683124169611,24.654887096018591,24.400656455234902,24.149991201818555,23.902891335769539,23.659356857087857,23.419387765773511,23.182984061826492,22.950145745246804,22.720872816034454,22.495165274189432,22.495165274189432,22.495165274189432,22.495165274189432,22.495165274189432,22.495165274189432]
[0,"Bell Bay Three_2nd_Fuel","Step Change",30.664527257014541,30.209322984585633,29.761836000830606,29.322066305749459,28.890013899342197,28.592169001618068,28.298105575344135,28.007823620520423,27.721323137146893,27.438604125223581,27.159666584750461,26.884510515727548,26.613135918154835,26.34554279203233,26.081731137360027,25.82170095413791,25.565452242366003,25.312985002044311,25.064299233172804,24.819394935751507,24.578272109780414,24.340930755259521,24.107370872188824,23.877592460568341,23.65159552039805,23.65159552039805,23.65159552039805,23.65159552039805,23.65159552039805,23.65159552039805]
[0,"Braemar 2 Power Station_2nd_Fuel","Step Change",30.333999559048049,29.886986637311558,29.447360263305786,29.015120437030728,28.59026715848638,28.297264859405118,28.007881968711903,27.722118486406739,27.439974412489619,27.161449746960557,26.886544489819546,26.615258641066578,26.347592200701669,26.083545168724807,25.823117545136004,25.56630932993524,25.313120523122521,25.063551124697867,24.817601134661263,24.575270553012704,24.336559379752195,24.101467614879738,23.869995258395324,23.642142310298969,23.417908770590664,23.417908770590664,23.417908770590664,23.417908770590664,23.417908770590664,23.417908770590664]
[0,"Colongra_2nd_Fuel","Step Change",29.829741341639405,29.38083768417782,28.939320574446938,28.505190012446786,28.078445998177337,27.784120184088493,27.493413778387712,27.206326781074978,26.922859192150295,26.643011011613659,26.366782239465074,26.094172875704537,25.825182920332065,25.559812373347633,25.298061234751245,25.039929504542915,24.785417182722629,24.534524269290401,24.287250764246227,24.043596667590094,23.803561979322019,23.567146699441988,23.334350827950011,23.105174364846086,22.879617310130204,22.879617310130204,22.879617310130204,22.879617310130204,22.879617310130204,22.879617310130204]
[0,"Dry Creek GT_2nd_Fuel","Step Change",29.448992847620762,29.001764944271212,28.561813341671325,28.129138039821104,27.703739038720531,27.410289136896179,27.120404622439153,26.834085495349477,26.551331755627128,26.272143403272114,25.996520438284428,25.724462860664072,25.455970670411055,25.191043867525373,24.929682452007025,24.671886423856002,24.41765578307232,24.166990529655973,23.919890663606957,23.676356184925272,23.436387093610922,23.199983389663902,22.967145073084218,22.737872143871865,22.512164602026846,22.512164602026846,22.512164602026846,22.512164602026846,22.512164602026846,22.512164602026846]
[0,"Hallett GT_2nd_Fuel","Step Change",30.081784153242143,29.634556249892594,29.194604647292707,28.761929345442486,28.336530344341913,28.043080442517564,27.753195928060535,27.466876800970859,27.18412306124851,26.904934708893496,26.629311743905809,26.357254166285454,26.088761976032441,25.823835173146755,25.562473757628407,25.30467772947739,25.050447088693701,24.799781835277354,24.552681969228338,24.309147490546657,24.069178399232303,23.832774695285288,23.599936378705603,23.37066344949325,23.144955907648228,23.144955907648228,23.144955907648228,23.144955907648228,23.144955907648228,23.144955907648228]
[0,"Jeeralang B_2nd_Fuel","Step Change",29.766364282760652,29.314605228489732,28.870232721949524,28.433246763140023,28.003647352061247,27.707322760205866,27.414617576738546,27.125531801659278,26.840065434968057,26.558218476664891,26.279990926749768,26.005382785222693,25.73439405208368,25.467024727332713,25.203274810969798,24.943144302994934,24.68663320340811,24.433741512209348,24.18446922939863,23.938816354975966,23.696782888941357,23.458368831294795,23.223574182036277,22.992398941165817,22.764843108683404,22.764843108683404,22.764843108683404,22.764843108683404,22.764843108683404,22.764843108683404]
[0,"Hunter Power Station_2nd_Fuel","Step Change",29.999734620013573,29.550830962551984,29.109313852821103,28.67518329082095,28.248439276551501,27.954113462462658,27.663407056761873,27.376320059449142,27.092852470524459,26.813004289987823,26.536775517839235,26.264166154078701,25.995176198706226,25.729805651721797,25.468054513125413,25.209922782917079,24.955410461096797,24.704517547664562,24.457244042620392,24.213589945964259,23.97355525769618,23.737139977816152,23.504344106324179,23.275167643220247,23.049610588504368,23.049610588504368,23.049610588504368,23.049610588504368,23.049610588504368,23.049610588504368]
[0,"Lockyer Valley GT_2nd_Fuel","Step Change",29.911425243613749,29.464412321877262,29.024785947871486,28.592546121596428,28.16769284305208,27.874690543970818,27.585307653277599,27.299544170972439,27.017400097055315,26.73887543152626,26.463970174385249,26.192684325632275,25.925017885267366,25.660970853290511,25.4005432297017,25.14373501450094,24.890546207688224,24.64097680926357,24.395026819226963,24.1526962375784,23.913985064317895,23.678893299445441,23.447420942961028,23.219567994864665,22.995334455156364,22.995334455156364,22.995334455156364,22.995334455156364,22.995334455156364,22.995334455156364]
[0,"Mintaro GT_2nd_Fuel","Step Change",29.890975371393591,29.443747468044041,29.003795865444154,28.571120563593929,28.14572156249336,27.852271660669011,27.562387146211982,27.276068019122306,26.993314279399957,26.71412592704494,26.438502962057257,26.166445384436901,25.897953194183884,25.633026391298202,25.371664975779854,25.113868947628834,24.859638306845145,24.608973053428798,24.361873187379782,24.118338708698101,23.878369617383751,23.641965913436735,23.409127596857047,23.179854667644697,22.954147125799675,22.954147125799675,22.954147125799675,22.954147125799675,22.954147125799675,22.954147125799675]
[0,"Oakey Power Station_2nd_Fuel","Step Change",29.94197424361375,29.494961321877263,29.055334947871486,28.623095121596432,28.198241843052081,27.905239543970819,27.6158566532776,27.33009317097244,27.047949097055316,26.769424431526261,26.49451917438525,26.223233325632275,25.95556688526737,25.691519853290512,25.431092229701701,25.174284014500941,24.921095207688225,24.671525809263571,24.425575819226964,24.183245237578401,23.944534064317896,23.709442299445442,23.477969942961028,23.250116994864666,23.025883455156364,23.025883455156364,23.025883455156364,23.025883455156364,23.025883455156364,23.025883455156364]
[0,"Osborne_2nd_Fuel","Step Change",29.434075070130788,28.986847166781235,28.546895564181348,28.114220262331127,27.688821261230554,27.395371359406205,27.105486844949176,26.819167717859504,26.536413978137155,26.257225625782137,25.981602660794451,25.709545083174099,25.441052892921082,25.1761260900354,24.914764674517052,24.656968646366028,24.402738005582339,24.152072752165996,23.90497288611698,23.661438407435295,23.421469316120948,23.185065612173929,22.952227295594241,22.722954366381892,22.497246824536873,22.497246824536873,22.497246824536873,22.497246824536873,22.497246824536873,22.497246824536873]
[0,"Quarantine_2nd_Fuel","Step Change",29.442748196578446,28.995520293228896,28.555568690629009,28.122893388778788,27.697494387678216,27.404044485853866,27.114159971396838,26.827840844307161,26.545087104584812,26.265898752229798,25.990275787242112,25.718218209621757,25.449726019368743,25.184799216483057,24.92343780096471,24.665641772813689,24.411411132030004,24.160745878613657,23.913646012564641,23.670111533882956,23.430142442568606,23.19373873862159,22.960900422041902,22.731627492829553,22.505919950984531,22.505919950984531,22.505919950984531,22.505919950984531,22.505919950984531,22.505919950984531]
[0,"Roma_2nd_Fuel","Step Change",31.055603679493483,30.608590757756993,30.168964383751216,29.736724557476158,29.311871278931815,29.018868979850549,28.729486089157334,28.44372260685217,28.161578532935049,27.883053867405991,27.60814861026498,27.336862761512009,27.0691963211471,26.805149289170242,26.544721665581434,26.287913450380675,26.034724643567955,25.785155245143301,25.539205255106697,25.296874673458134,25.05816350019763,24.823071735325172,24.591599378840758,24.363746430744399,24.139512891036098,24.139512891036098,24.139512891036098,24.139512891036098,24.139512891036098,24.139512891036098]
[0,"Somerton_2nd_Fuel","Step Change",29.338952611419895,28.887193557148972,28.442821050608764,28.005835091799266,27.576235680720487,27.279911088865102,26.987205905397786,26.698120130318522,26.412653763627301,26.130806805324131,25.852579255409005,25.577971113881933,25.30698238074292,25.039613055991953,24.775863139629038,24.515732631654171,24.25922153206735,24.006329840868588,23.757057558057873,23.51140468363521,23.269371217600597,23.030957159954035,22.796162510695517,22.564987269825057,22.337431437342644,22.337431437342644,22.337431437342644,22.337431437342644,22.337431437342644,22.337431437342644]
[0,"Swanbank E GT_2nd_Fuel","Step Change",29.56556055578524,29.118547634048749,28.678921260042976,28.246681433767922,27.821828155223574,27.528825856142308,27.239442965449093,26.953679483143929,26.671535409226809,26.393010743697747,26.11810548655674,25.846819637803769,25.579153197438863,25.315106165461998,25.054678541873194,24.797870326672431,24.544681519859711,24.295112121435057,24.049162131398454,23.806831549749894,23.568120376489386,23.333028611616928,23.101556255132518,22.873703307036159,22.649469767327858,22.649469767327858,22.649469767327858,22.649469767327858,22.649469767327858,22.649469767327858]
[0,"Tamar Valley Combined Cycle_2nd_Fuel","Step Change",30.68568968554683,30.230485413117925,29.782998429362895,29.343228734281748,28.911176327874486,28.613331430150357,28.319268003876424,28.028986049052712,27.742485565679189,27.459766553755873,27.18082901328275,26.905672944259841,26.634298346687125,26.366705220564622,26.102893565892316,25.842863382670199,25.586614670898296,25.3341474305766,25.0854616617051,24.840557364283796,24.599434538312707,24.36209318379181,24.128533300721113,23.898754889100637,23.672757948930339,23.672757948930339,23.672757948930339,23.672757948930339,23.672757948930339,23.672757948930339]
[0,"Tamar Valley Peaking_2nd_Fuel","Step Change",30.68568968554683,30.230485413117925,29.782998429362895,29.343228734281748,28.911176327874486,28.613331430150357,28.319268003876424,28.028986049052712,27.742485565679189,27.459766553755873,27.18082901328275,26.905672944259841,26.634298346687125,26.366705220564622,26.102893565892316,25.842863382670199,25.586614670898296,25.3341474305766,25.0854616617051,24.840557364283796,24.599434538312707,24.36209318379181,24.128533300721113,23.898754889100637,23.672757948930339,23.672757948930339,23.672757948930339,23.672757948930339,23.672757948930339,23.672757948930339]
[0,"Townsville Power Station_2nd_Fuel","Step Change",29.419852031464533,28.972839109728042,28.533212735722266,28.100972909447208,27.676119630902861,27.383117331821598,27.093734441128383,26.807970958823219,26.525826884906099,26.247302219377037,25.972396962236029,25.701111113483059,25.433444673118149,25.169397641141291,24.908970017552484,24.652161802351724,24.398972995539005,24.149403597114347,23.903453607077747,23.66112302542918,23.422411852168679,23.187320087296222,22.955847730811808,22.727994782715449,22.503761243007148,22.503761243007148,22.503761243007148,22.503761243007148,22.503761243007148,22.503761243007148]
[0,"Uranquinty_2nd_Fuel","Step Change",30.75510069779406,30.303341643523137,29.858969136982928,29.421983178173431,28.992383767094651,28.69605917523927,28.403353991771951,28.114268216692686,27.828801850001465,27.546954891698299,27.268727341783176,26.994119200256097,26.723130467117084,26.455761142366118,26.192011226003203,25.931880718028339,25.675369618441518,25.42247792724276,25.173205644432041,24.927552770009374,24.685519303974761,24.447105246328199,24.212310597069688,23.981135356199225,23.753579523716812,23.753579523716812,23.753579523716812,23.753579523716812,23.753579523716812,23.753579523716812]
[0,"Bairnsdale_2nd_Fuel","Accelerated Transition",26.77195600396195,25.245608600645419,24.35165717388465,23.503871670440859,22.85888273247404,22.440218030402519,22.153671932340586,21.873792193605624,21.62902418901465,21.417484348896352,21.210099441876565,20.980086066377698,20.755409471614275,20.548824268633329,20.37194015358363,20.125527126226583,19.910070899915009,19.945564777657086,19.746630301735198,19.643472614987793,19.452700274308352,19.288803667053159,19.321250593856313,19.139582173254986,19.171253512546418,19.171253512546418,19.171253512546418,19.171253512546418,19.171253512546418,19.171253512546418]
[0,"Barcaldine Power Station_2nd_Fuel","Accelerated Transition",28.067941205758697,26.560578332579912,25.67849223715524,24.842572065047534,24.207075392149591,23.794817968999556,23.512780696845343,23.237409784018098,22.9966759920814,22.788695751363925,22.584870443744965,22.358891280900373,22.138248898791218,21.935460601837821,21.761898779562223,21.520231884739623,21.309047177709036,21.343829135570953,21.14892887230334,21.047906945196427,20.861168817171258,20.700831809316892,20.732566816239888,20.554932608292823,20.585892027704087,20.585892027704087,20.585892027704087,20.585892027704087,20.585892027704087,20.585892027704087]
[0,"Bolivar Power Station_2nd_Fuel","Accelerated Transition",26.081150692857172,24.568738507946051,23.682600835967587,22.841940043674498,22.2021547632135,21.786753233972494,21.502382997890415,21.224579623234909,20.981585079142938,20.771543908923356,20.565595657875456,20.337135524530932,20.113932518478045,19.908661459511283,19.732869340808925,19.487922598299921,19.273691767182779,19.308987613785135,19.111142515844804,19.008529311375085,18.81872452576313,18.655615495378857,18.687909867921981,18.507073122983982,18.538603483948386,18.538603483948386,18.538603483948386,18.538603483948386,18.538603483948386,18.538603483948386]
[0,"Braemar_2nd_Fuel","Accelerated Transition",26.926557765246443,25.419194892067662,24.53710879664299,23.701188624535284,23.065691951637344,22.65343452848731,22.371397256333093,22.096026343505848,21.855292551569153,21.647312310851675,21.443487003232718,21.217507840388119,20.996865458278972,20.794077161325568,20.620515339049973,20.378848444227369,20.167663737196786,20.202445695058699,20.007545431791087,19.906523504684181,19.719785376659008,19.559448368804645,19.591183375727635,19.413549167780573,19.444508587191837,19.444508587191837,19.444508587191837,19.444508587191837,19.444508587191837,19.444508587191837]
[0,"Colongra_2nd_Fuel","Accelerated Transition",26.445335418406703,24.930409602327522,24.043596667590094,23.202949656169636,22.563671511821493,22.148861595442575,21.865028124349511,21.587861012583421,21.345520095280385,21.136121802769086,20.930878443356303,20.703292155145373,20.481042647669888,20.276741762136407,20.101856424853235,19.858298794305529,19.645412425122355,19.680477993343032,19.483970604709093,19.38209784652588,19.193752593134377,19.031997533486184,19.064016150767941,18.884774817454545,18.91601784722457,18.91601784722457,18.91601784722457,18.91601784722457,18.91601784722457,18.91601784722457]
[0,"Condamine A_2nd_Fuel","Accelerated Transition",27.165936055201904,25.658573182023119,24.776487086598447,23.940566914490745,23.305070241592801,22.892812818442767,22.610775546288551,22.335404633461309,22.094670841524611,21.886690600807128,21.682865293188176,21.456886130343577,21.236243748234429,21.033455451281025,20.85989362900543,20.61822673418283,20.407042027152244,20.44182398501416,20.246923721746548,20.145901794639638,19.959163666614465,19.798826658760103,19.830561665683092,19.65292745773603,19.683886877147298,19.683886877147298,19.683886877147298,19.683886877147298,19.683886877147298,19.683886877147298]
[0,"Hallett GT_2nd_Fuel","Accelerated Transition",26.707697347436234,25.195285162525114,24.309147490546657,23.46848669825356,22.828701417792566,22.413299888551556,22.128929652469481,21.851126277813975,21.608131733722004,21.398090563502421,21.192142312454518,20.963682179109998,20.740479173057107,20.535208114090345,20.359415995387991,20.114469252878983,19.900238421761841,19.935534268364201,19.73768917042387,19.635075965954147,19.445271180342193,19.282162149957923,19.314456522501043,19.133619777563045,19.165150138527451,19.165150138527451,19.165150138527451,19.165150138527451,19.165150138527451,19.165150138527451]
[0,"Jeeralang A_2nd_Fuel","Accelerated Transition",26.359115185053266,24.832767781736734,23.938816354975966,23.091030851532174,22.446041913565359,22.027377211493835,21.740831113431902,21.46095137469694,21.21618337010597,21.004643529987668,20.797258622967881,20.567245247469014,20.342568652705591,20.135983449724641,19.959099334674942,19.712686307317899,19.497230081006322,19.532723958748399,19.333789482826514,19.230631796079109,19.039859455399672,18.875962848144475,18.908409774947629,18.726741354346302,18.758412693637734,18.758412693637734,18.758412693637734,18.758412693637734,18.758412693637734,18.758412693637734]
[0,"Ladbroke Grove_2nd_Fuel","Accelerated Transition",27.467463224251375,25.955051039340258,25.068913367361798,24.228252575068709,23.58846729460771,23.173065765366701,22.888695529284622,22.610892154629116,22.367897610537149,22.157856440317563,21.951908189269663,21.723448055925143,21.500245049872252,21.29497399090549,21.119181872203136,20.874235129694128,20.660004298576986,20.695300145179342,20.497455047239011,20.394841842769292,20.205037057157341,20.041928026773064,20.074222399316184,19.893385654378193,19.924916015342596,19.924916015342596,19.924916015342596,19.924916015342596,19.924916015342596,19.924916015342596]
[0,"Laverton North_2nd_Fuel","Accelerated Transition",25.865093902594467,24.338746499277939,23.44479507251717,22.597009569073375,21.95202063110656,21.533355929035039,21.246809830973106,20.96693009223814,20.72216208764717,20.510622247528872,20.303237340509082,20.073223965010218,19.848547370246791,19.641962167265845,19.465078052216143,19.218665024859103,19.003208798547522,19.038702676289599,18.839768200367718,18.736610513620313,18.545838172940869,18.381941565685679,18.414388492488833,18.232720071887503,18.264391411178931,18.264391411178931,18.264391411178931,18.264391411178931,18.264391411178931,18.264391411178931]
[0,"Mintaro GT_2nd_Fuel","Accelerated Transition",26.516888565587678,25.004476380676557,24.118338708698101,23.277677916405008,22.637892635944013,22.222491106703,21.938120870620924,21.660317495965419,21.417322951873452,21.207281781653865,21.001333530605965,20.772873397261446,20.549670391208551,20.344399332241792,20.168607213539438,19.923660471030431,19.709429639913289,19.744725486515645,19.546880388575314,19.444267184105591,19.25446239849364,19.091353368109367,19.123647740652487,18.942810995714492,18.974341356678895,18.974341356678895,18.974341356678895,18.974341356678895,18.974341356678895,18.974341356678895]
[0,"Mortlake_2nd_Fuel","Accelerated Transition",26.553393217480885,25.027045814164353,24.133094387403585,23.285308883959793,22.640319945992974,22.221655243921454,21.935109145859521,21.655229407124555,21.410461402533585,21.198921562415286,20.9915366553955,20.761523279896632,20.536846685133209,20.33026148215226,20.153377367102561,19.906964339745517,19.69150811343394,19.727001991176017,19.528067515254133,19.424909828506728,19.234137487827287,19.070240880572094,19.102687807375247,18.921019386773917,18.952690726065349,18.952690726065349,18.952690726065349,18.952690726065349,18.952690726065349,18.952690726065349]
[0,"Osborne_2nd_Fuel","Accelerated Transition",26.059988264324879,24.547576079413759,23.661438407435295,22.820777615142205,22.180992334681207,21.765590805440198,21.481220569358118,21.203417194702613,20.960422650610646,20.750381480391063,20.544433229343163,20.31597309599864,20.092770089945752,19.88749903097899,19.711706912276632,19.466760169767625,19.252529338650483,19.287825185252839,19.089980087312512,18.987366882842789,18.797562097230838,18.634453066846561,18.666747439389681,18.48591069445169,18.517441055416093,18.517441055416093,18.517441055416093,18.517441055416093,18.517441055416093,18.517441055416093]
[0,"Pelican Point_2nd_Fuel","Accelerated Transition",26.069355240888353,24.556943055977232,23.670805383998772,22.830144591705679,22.190359311244681,21.774957782003671,21.490587545921596,21.212784171266087,20.969789627174119,20.759748456954537,20.553800205906636,20.325340072562113,20.102137066509226,19.896866007542464,19.721073888840106,19.476127146331102,19.26189631521396,19.297192161816312,19.099347063875989,18.996733859406262,18.806929073794311,18.643820043410035,18.676114415953158,18.495277671015163,18.526808031979566,18.526808031979566,18.526808031979566,18.526808031979566,18.526808031979566,18.526808031979566]
[0,"Smithfield Energy Facility_2nd_Fuel","Accelerated Transition",26.12651129019067,24.611585474111486,23.724772539374055,22.8841255279536,22.244847383605457,21.830037467226539,21.546203996133471,21.269036884367384,21.026695967064349,20.817297674553046,20.612054315140263,20.384468026929337,20.162218519453848,19.957917633920371,19.783032296637199,19.539474666089497,19.326588296906319,19.361653865126996,19.165146476493053,19.063273718309844,18.874928464918341,18.713173405270144,18.745192022551901,18.565950689238509,18.597193719008537,18.597193719008537,18.597193719008537,18.597193719008537,18.597193719008537,18.597193719008537]
[null,"Snapper_2nd_Fuel","Accelerated Transition",26.069355240888353,24.556943055977232,23.670805383998772,22.830144591705679,22.190359311244681,21.774957782003671,21.490587545921596,21.212784171266087,20.969789627174119,20.759748456954537,20.553800205906636,20.325340072562113,20.102137066509226,19.896866007542464,19.721073888840106,19.476127146331102,19.26189631521396,19.297192161816312,19.099347063875989,18.996733859406262,18.806929073794311,18.643820043410035,18.676114415953158,18.495277671015163,18.526808031979566,18.526808031979566,18.526808031979566,18.526808031979566,18.526808031979566,18.526808031979566]
[0,"Tallawarra_2nd_Fuel","Accelerated Transition",26.35166565277196,24.836739836692779,23.949926901955351,23.109279890534896,22.470001746186746,22.055191829807832,21.771358358714764,21.494191246948677,21.251850329645642,21.042452037134339,20.837208677721559,20.609622389510626,20.387372882035145,20.183071996501663,20.008186659218492,19.76462902867079,19.551742659487612,19.586808227708289,19.390300839074346,19.288428080891137,19.100082827499634,18.93832776785144,18.970346385133194,18.791105051819802,18.82234808158983,18.82234808158983,18.82234808158983,18.82234808158983,18.82234808158983,18.82234808158983]
[0,"Tallawarra B_2nd_Fuel","Accelerated Transition",26.35166565277196,24.836739836692779,23.949926901955351,23.109279890534896,22.470001746186746,22.055191829807832,21.771358358714764,21.494191246948677,21.251850329645642,21.042452037134339,20.837208677721559,20.609622389510626,20.387372882035145,20.183071996501663,20.008186659218492,19.76462902867079,19.551742659487612,19.586808227708289,19.390300839074346,19.288428080891137,19.100082827499634,18.93832776785144,18.970346385133194,18.791105051819802,18.82234808158983,18.82234808158983,18.82234808158983,18.82234808158983,18.82234808158983,18.82234808158983]
[0,"Tamar Valley Combined Cycle_2nd_Fuel","Accelerated Transition",27.260139588984234,25.7325794688761,24.840557364283796,23.996768313903264,23.3564648726313,22.941710768786542,22.658277907660892,22.381809899563418,22.140347512890667,21.931922839030808,21.727839140050008,21.501792037503336,21.281320676023547,21.078911628684978,20.905855288817527,20.665191641522526,20.455192640773188,20.489758376743509,20.296181766292193,20.195957338284494,20.010908331817824,19.8522601699045,19.883642524296835,19.708105076120731,19.738677115202307,19.738677115202307,19.738677115202307,19.738677115202307,19.738677115202307,19.738677115202307]
[0,"Tamar Valley Peaking_2nd_Fuel","Accelerated Transition",27.260139588984234,25.7325794688761,24.840557364283796,23.996768313903264,23.3564648726313,22.941710768786542,22.658277907660892,22.381809899563418,22.140347512890667,21.931922839030808,21.727839140050008,21.501792037503336,21.281320676023547,21.078911628684978,20.905855288817527,20.665191641522526,20.455192640773188,20.489758376743509,20.296181766292193,20.195957338284494,20.010908331817824,19.8522601699045,19.883642524296835,19.708105076120731,19.738677115202307,19.738677115202307,19.738677115202307,19.738677115202307,19.738677115202307,19.738677115202307]
[0,"Torrens Island B_2nd_Fuel","Accelerated Transition",26.056865938803718,24.544453753892597,23.658316081914137,22.817655289621044,22.177870009160049,21.762468479919036,21.478098243836961,21.200294869181455,20.957300325089488,20.747259154869905,20.541310903822001,20.312850770477482,20.089647764424591,19.884376705457829,19.708584586755475,19.463637844246467,19.249407013129325,19.284702859731681,19.086857761791354,18.984244557321627,18.794439771709676,18.631330741325403,18.663625113868523,18.482788368930528,18.514318729894931,18.514318729894931,18.514318729894931,18.514318729894931,18.514318729894931,18.514318729894931]
[0,"Townsville Power Station_2nd_Fuel","Accelerated Transition",26.050571994032641,24.543209120853856,23.66112302542918,22.825202853321478,22.189706180423535,21.7774487572735,21.495411485119288,21.220040572292042,20.979306780355344,20.771326539637869,20.567501232018909,20.341522069174314,20.120879687065162,19.918091390111762,19.744529567836167,19.502862673013567,19.291677965982981,19.326459923844897,19.131559660577285,19.030537733470371,18.843799605445202,18.683462597590836,18.715197604513833,18.537563396566767,18.568522815978032,18.568522815978032,18.568522815978032,18.568522815978032,18.568522815978032,18.568522815978032]
[0,"Uranquinty_2nd_Fuel","Accelerated Transition",27.34785160008667,25.821504196770142,24.927552770009374,24.079767266565579,23.434778328598764,23.016113626527243,22.729567528465306,22.449687789730348,22.204919785139374,21.993379945021076,21.785995038001285,21.555981662502422,21.331305067738995,21.124719864758049,20.94783574970835,20.701422722351307,20.48596649603973,20.521460373781803,20.322525897859922,20.219368211112517,20.028595870433076,19.864699263177879,19.897146189981036,19.715477769379707,19.747149108671138,19.747149108671138,19.747149108671138,19.747149108671138,19.747149108671138,19.747149108671138]
[0,"Valley Power_2nd_Fuel","Accelerated Transition",26.362584435632325,24.8362370323158,23.942285605555032,23.094500102111237,22.449511164144422,22.030846462072901,21.744300364010964,21.464420625275999,21.219652620685032,21.00811278056673,20.800727873546943,20.570714498048076,20.346037903284653,20.139452700303703,19.962568585254004,19.716155557896965,19.500699331585384,19.536193209327461,19.33725873340558,19.234101046658175,19.04332870597873,18.879432098723537,18.911879025526694,18.730210604925361,18.761881944216793,18.761881944216793,18.761881944216793,18.761881944216793,18.761881944216793,18.761881944216793]
[0,"Yarwun Cogen_2nd_Fuel","Accelerated Transition",27.471230106159584,25.9638672329808,25.081781137556131,24.245860965448422,23.610364292550482,23.198106869400448,22.916069597246231,22.640698684418989,22.399964892482295,22.191984651764812,21.988159344145856,21.762180181301261,21.541537799192106,21.338749502238709,21.165187679963115,20.923520785140511,20.712336078109928,20.747118035971841,20.552217772704228,20.451195845597315,20.264457717572146,20.104120709717787,20.135855716640776,19.958221508693715,19.989180928104979,19.989180928104979,19.989180928104979,19.989180928104979,19.989180928104979,19.989180928104979]
[0]
[0]
[0]
[0,"Hydrogen price ($/GJ, real 2025 dollars)"]
[0,"Hydrogen price (delivered, excluding distribution network costs) is developed based on the 2024 multi-sectoral model outcome (AusTIMES) conducted by CSIRO, and ACIL Allen 2025."]
[1,"Hydrogen price","Hydrogen price scenario","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[1,"Hydrogen","Slower Growth",41.856018035760762,41.259805301068887,40.067379831685138,38.874954362301381,37.682528892917631,37.621547867978336,36.655411287483467,35.689274706988598,34.723138126493737,33.757626660036685,32.859304987978469,32.121712997935447,31.584270925099119,31.215658807499523,31.180353887196866,31.182643206442972,31.178711862552781,30.915952428987758,30.661382784039624,30.425014030856929,30.208624930747298,30.023552758935793,29.871958159510598,29.754402132893656,29.643284478234985,29.542547003560649,29.432886467819568,29.316369719447991,29.168712761129203,28.997037613595737]
[1,"Hydrogen","Step Change",41.856018035760762,41.259805301068887,40.067379831685138,38.874954362301381,37.682528892917631,36.490103423533881,35.297677954150132,34.105252484766375,32.912827015382632,31.796456289666324,30.822704987978476,30.085112997935447,29.547670925099119,29.179058807499523,29.143753887196866,29.146043206442972,29.142111862552781,28.879352428987758,28.624782784039624,28.388414030856929,28.172024930747298,27.986952758935793,27.835358159510598,27.717802132893656,27.606684478234985,27.505947003560649,27.396286467819568,27.279769719447991,27.132112761129203,26.960437613595737]
[null,"Hydrogen","Accelerated Transition",41.856018035760762,41.259805301068887,40.067379831685138,38.874954362301381,37.682528892917631,35.668942986214141,34.103066099477964,32.537189212741794,30.971312326005624,29.565061302850047,28.389791775925328,27.596387783968204,27.072956962757942,26.783384446203872,26.60015543576203,26.475551358039677,26.349685356179386,26.199159806344785,26.020049934438873,25.83842103728232,25.635911787629425,25.438815380720317,25.246618433358616,25.085776855591963,24.931759026827759,24.797977706342497,24.665657349194177,24.534163369548054,24.380217740595214,24.207466839943415]
[1]
[1,"Biomethane price ($/GJ, real 2025 dollars)"]
[1,"Biomethane prices are developed based on consultant ACIL Allen forecast (2025) "]
[1,"Biomethane price","Biomethane price scenario","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[1,"Biomethane (Landfill gas)","Slower Growth",16.631673028915525,16.457455849916904,16.264614941997973,16.074030285144538,15.885675691320243,15.735870991515217,15.623906069079567,15.512735226753328,15.402353020151457,15.292754040487209,15.183932914346421,15.075884303463178,14.968602904496917,14.862083448810981,14.756320702252525,14.651309464933888,14.547044571015292,14.443520888488967,14.340733318964654,14.238676797456396,14.137346292170831,14.036736804296691,13.936843367795699,13.837661049194805,13.739184947379748,13.641409815541847,13.544330345959764,13.447941601407438,13.3522387263483,13.257216889020301]
[1,"Biomethane (Waste)","Slower Growth",29.583444350867349,29.046321353502645,28.483154522954337,27.931053625599656,27.389801221648479,27.016519812340452,26.806669052657387,26.598471914161216,26.391915366339028,26.18698648135819,25.983672433257254,25.781960497143128,25.581838048394722,25.383292561872821,25.186311611136112,24.990882867663458,24.796994100082326,24.604633173403261,24.413788048260319,24.224446780157617,24.036597518721734,23.85022850696005,23.665328080524883,23.48188466698344,23.299886785093545,23.119259732934999,22.939986426287799,22.762112652099869,22.585626180295186,22.410514767226971]
[1,"Biomethane (Crop residue)","Slower Growth",42.76121949498819,42.096322021913416,41.399185231293259,40.715746813399221,40.045737602383383,39.58365746987667,39.323885982674177,39.066161491325467,38.810467865530534,38.556789102095891,38.305109323933031,38.055412779064675,37.807683839638884,37.561907000951081,37.318066880473467,37.076148216892364,36.836135869153061,36.598014815512165,36.36177015259743,36.12738709447494,35.894850971723763,35.664147230517813,35.435261431714977,35.208179249953361,34.982886472754707,34.758465539141312,34.534819803567714,34.312748503152186,34.092221776499734,33.873208373298482]
[1,"Biomethane (Landfill gas)","Step Change",13.305338423132422,13.165964679933523,13.01169195359838,12.859224228115627,12.708540553056196,12.588696793212174,12.499124855263652,12.410188181402665,12.321882416121166,12.23420323238977,12.147146331477138,12.060707442770541,11.974882323597534,11.889666759048785,11.80505656180202,11.721047571947111,11.637635656812236,11.554816710791174,11.472586655171719,11.390941437965118,11.309877033736665,11.22938944343735,11.149474694236558,11.070128839355842,10.991347957903796,10.913127852433476,10.835464276767812,10.758353281125952,10.68179098107864,10.60577351121624]
[1,"Biomethane (Waste)","Step Change",25.566709585670313,25.102515236880588,24.615813193868178,24.13867459103199,23.670911511782567,23.348312923453275,23.166954952910142,22.987026080755559,22.808515045713303,22.63141067524581,22.455701884855031,22.281377677388569,22.108427142351442,21.936839455223243,21.766603876780628,21.597709752425182,21.4301465115166,21.263903666711073,21.098970813304923,20.935337628583408,20.772993871174609,20.611929380408515,20.452134075681066,20.293597955823181,20.136311098474899,19.980208944476793,19.825276729243463,19.671554022934032,19.51903025602865,19.367694847279324]
[1,"Biomethane (Crop residue)","Step Change",36.544162759901269,35.975934777592677,35.380154754403122,34.796081496557505,34.223484972249622,33.828586702979685,33.606583410725079,33.386329501451904,33.167811190045597,32.951014800018115,32.735926762651971,32.522533616151001,32.310822004797778,32.100778678117756,31.892390490050012,31.68564439812431,31.480527462644979,31.277026845880961,31.075129811262336,30.874823722583177,30.67609604321072,30.478934335300657,30.283326259018807,30.089259571768626,29.896722127425114,29.704929769266151,29.513799903048987,29.324015564750614,29.135551234526364,28.948380205549391]
[1,"Biomethane (Landfill gas)","Accelerated Transition",10.386660000000001,10.386660000000001,10.386660000000001,10.386660000000001,10.386660000000001,10.386660000000001,10.386660000000001,10.386660000000001,10.386660000000001,10.386660000000001,10.386660000000001,10.386660000000001,10.386660000000001,10.386660000000001,10.386660000000001,10.386660000000001,10.386660000000001,10.386660000000001,10.386660000000001,10.386660000000001,10.386660000000001,10.386660000000001,10.386660000000001,10.386660000000001,10.386660000000001,10.386660000000001,10.386660000000001,10.386660000000001,10.386660000000001,10.386660000000001]
[1,"Biomethane (Waste)","Accelerated Transition",19.991542598879633,19.628572109192916,19.248002032576654,18.874909958596358,18.509148948417749,18.256897347588431,18.115086936608073,17.97439398977448,17.834809701485078,17.696325335525341,17.558932224521975,17.422621769400482,17.287385438846954,17.153214768774131,17.020101361791639,16.888036886680428,16.757013077871342,16.627021734927801,16.498054722032578,16.370103967478535,16.243161463163499,16.117219264089048,15.992269487863238,15.868304314207247,15.745315984465957,15.623254017478267,15.502106868276403,15.381905478210836,15.262641582588556,15.144306907545873]
[1,"Biomethane (Crop residue)","Accelerated Transition",29.853499585639707,29.389305236849989,28.902603193837574,28.425464591001383,27.957701511751964,27.635102923422671,27.453744952879536,27.273816080724952,27.095305045682696,26.918200675215218,26.742491884824435,26.568167677357966,26.395217142320849,26.223629455192647,26.053393876750022,25.884499752394575,25.716936511485994,25.550693666680466,25.385760813274317,25.222127628552801,25.05978387114401,24.898719380377923,24.738924075650459,24.580387955792574,24.423101098444292,24.266422913683407,24.110285928977923,23.95524812712771,23.801288660571512,23.648385712083687]
[null,"Note: Fuel price calculation for gas powered generators uses Biomethane (Waste) price\n"]

{"sheet":"Gas System Properties","index":67,"n_rows":191,"n_cols":8,"rows_kept":191,"cut":false,"hidden":false,"merged":[[190,1,190,5],[184,4,184,5],[185,4,185,5],[186,4,186,5],[187,4,187,5],[188,4,188,5],[189,4,189,5],[183,4,183,5],[138,4,138,5],[139,4,139,5],[140,4,140,5],[141,4,141,5],[142,4,142,5],[178,1,178,4],[180,4,180,5],[181,4,181,5],[182,4,182,5],[175,1,175,5],[137,4,137,5],[2,1,2,6],[3,1,3,6],[4,1,4,6],[124,1,124,4],[127,1,128,1],[127,2,127,3],[127,4,128,4],[127,5,128,5],[132,4,132,5],[133,4,133,5],[134,4,134,5],[135,4,135,5],[136,4,136,5]]}
[null,"Go to Assumptions Summary"]
[null,"Gas System Properties"]
[null,"The data on this worksheet is sourced directly from the 2025 GSOO, with any material changes to be updated following the publication of the 2026 GSOO."]
[null,"This worksheet includes key properties of Natural Gas Pipelines, Processing Facilities, Storage Facilities, Reserves and Resources, Pipeline Transmission Tariffs, and Production Costs."]
[null,"Additional contextual information and descriptions are contained within the 2025 GSOO."]
[]
[null,"Pipelines"]
[null,"This list summarises the key information for each pipeline in central and eastern Australia (including the Northern Territory)."]
[null,"This list is not a comprehensive list of all natural gas pipelines. It only includes pipelines for which AEMO has been provided data by proponents."]
[]
[null,"Name","Status","Location","Capacity (TJ per day) ","Source"]
[null,"Braemar Gas Pipeline","Online","QLD",80,"Data shown from 2025 GSOO"]
[null,"Berwyndale Wallumbilla Pipeline (“BWP”)","Online","QLD","164 West\n276 East","Data shown from 2025 GSOO"]
[null,"Carpentaria Gas Pipeline (“CGP”)","Online","QLD","119 North                                                  65 South","Data shown from 2025 GSOO"]
[null,"Moomba to Sydney Pipeline System (“MSP”)","Online","SA / QLD / NSW","565 South\n195 North","Data shown from 2025 GSOO"]
[null,"Victorian Northern Interconnect (“VNI”)","Online","VIC/NSW","195 South\n223 North","Data shown from 2025 GSOO"]
[null,"Roma - Brisbane Pipeline (“RBP”)","Online","QLD","167 East\n125 West","Data shown from 2025 GSOO"]
[null,"South West Pipeline (“SWP”)","Online","VIC","523 East\n341 West","Data shown from 2025 GSOO"]
[null,"South West Queensland Pipeline (“SWQP”)","Online","QLD/SA","365 East\n512 West","Data shown from 2025 GSOO"]
[null,"Wallumbilla Gladstone Pipeline (“WGP”)","Online","QLD",1588,"Data shown from 2025 GSOO"]
[null,"Longford to Melbourne Gas Pipeline (“LMP”)","Online","VIC",1126,"Data shown from 2025 GSOO"]
[null,"South East Australia Gas (“SEA Gas”) Mortlake Pipeline","Online","VIC","150 forward\n50 reverse","Data shown from 2025 GSOO"]
[null,"South East Australia Gas (“SEA Gas”) Port Campbell – Adelaide (“PCA”) Pipeline","Online","SA / VIC",250,"Data shown from 2025 GSOO"]
[null,"APLNG Pipeline","Online","QLD",1630,"Data shown from 2025 GSOO"]
[null,"Braemar 2 Pipeline","Online","QLD",219,"Data shown from 2025 GSOO"]
[null,"Moomba to Adelaide Pipeline System (“MAPS”)","Online","SA","249 South\n85 North","Data shown from 2025 GSOO"]
[null,"Comet Ridge to Wallumbilla Pipeline","Complete and operational.","QLD","950 North\n175 South","Data shown from 2025 GSOO"]
[null,"GLNG Pipeline","Online","QLD",1430,"Data shown from 2025 GSOO"]
[null,"Atlas Gas Pipeline","Commissioning","QLD","Commercial in confidence","Data shown from 2025 GSOO"]
[null,"Darling Downs Pipeline (“DDP”)","Online","QLD","DDP90 Southern 155 TJ/d\nDDP133 Western 502 TJ/d\nDDP133 Eastern 160 TJ/d\nDDP134 Western 365 TJ/d\nDDP134 Eastern 268 TJ/d","Data shown from 2025 GSOO"]
[null,"Eastern Gas Pipeline (“EGP”)","Online","VIC / NSW","350 (Summer)\n362 (Winter)","Data shown from 2025 GSOO"]
[null,"Northern Gas Pipeline (“NGP”)","Online","NT / QLD",106,"Data shown from 2025 GSOO"]
[null,"Queensland Gas Pipeline (“QGP”)","Online","QLD","145 TJ/d North\n37.2 TJ/d South","Data shown from 2025 GSOO"]
[null,"North Queensland Gas Pipeline (“NQGP”)","Online","QLD",108,"Data shown from 2025 GSOO"]
[null,"Tasmanian Gas Pipeline (“TGP”)","Online","VIC / TAS",129,"Data shown from 2025 GSOO"]
[null,"Hunter Gas Pipeline","Proposed","NSW","TBD but planning for up to 200 TJ/d","Data shown from 2025 GSOO"]
[null,"Arrow Bowen Pipeline","Proposed","QLD","Not available at this stage","Data shown from 2025 GSOO"]
[null,"Amadeus Gas Pipeline","Online","NT","166 North\n50 South","Data shown from 2025 GSOO"]
[null,"Boneparte Gas Pipeline","Online","NT",108,"Data shown from 2025 GSOO"]
[null,"Tanami Gas Pipeline","Online","NT",13,"Data shown from 2025 GSOO"]
[null,"Reedy Creek Wallumbilla Pipeline","Online","QLD","300 North\n520 South","Data shown from 2025 GSOO"]
[null,"Pakenham To Lang Lang Pipeline","Online","VIC",67,"Data shown from 2025 GSOO"]
[null,"South East Pipeline System (“SEPS”)","Online","SA",16,"Data shown from 2025 GSOO"]
[null,"Gas Pipeline Victoria (“GPV”)","Online","VIC","N/A","Data shown from 2025 GSOO"]
[null,"Vichub","Online","VIC",150,"Data shown from 2025 GSOO"]
[null,"Colongra Lateral Pipeline","Online","NSW",43,"Data shown from 2025 GSOO"]
[null,"Port Campbell to Iona Pipeline","Online","VIC",400,"Data shown from 2025 GSOO"]
[null,"EO4","Online","QLD","148 receipt from Windibri                         \n190 receipt from Kenya","Data shown from 2025 GSOO"]
[]
[]
[null,"Processing Facilities"]
[null,"This list summarises the key information for each proposed and committed gas processing facility in central and eastern Australia (including the Northern Territory)."]
[null,"This list is not a comprehensive list of all natural gas processing facilities. It only includes non-confidential information on processing facilities that has been provided to AEMO from proponents. "]
[]
[null,"Name","Status","Location","Basin","Capacity (TJ per day) ","Source"]
[null,"Wallumbilla (Wungoona) Gas Plant","Online","QLD","Surat",20,"Data shown from 2025 GSOO"]
[null,"Orbost Gas Plant (Patricia-Baleen)","Online","VIC","Gippsland Basin",68,"Data shown from 2025 GSOO"]
[null,"Condabri Central Gas Plant","Online","QLD","Bowen Surat",210,"Data shown from 2025 GSOO"]
[null,"Condabri North Gas Plant","Online","QLD","Bowen Surat",210,"Data shown from 2025 GSOO"]
[null,"Condabri South Gas Plant","Online","QLD","Bowen Surat",210,"Data shown from 2025 GSOO"]
[null,"Orana Gas Plant","Online","QLD","Bowen Surat",210,"Data shown from 2025 GSOO"]
[null,"Peat Gas Plant","Online","QLD","Bowen Surat Basin",12,"Data shown from 2025 GSOO"]
[null,"Spring Gully Gas Plant","Online","QLD","Bowen Surat Basin",65,"Data shown from 2025 GSOO"]
[null,"Strathblane Gas Plant","Online","QLD","Bowen Surat Basin",78,"Data shown from 2025 GSOO"]
[null,"Talinga Gas Plant","Online","QLD","Bowen Surat Basin",111,"Data shown from 2025 GSOO"]
[null,"Taloona Gas Plant","Online","QLD","Bowen Surat Basin",61,"Data shown from 2025 GSOO"]
[null,"Eurombah Creek Gas Plant","Online ","QLD","Bowen Surat ",210,"Data shown from 2025 GSOO"]
[null,"Daandine Central Gas Processing Facility","Existing","QLD","Surat",74.34,"Data shown from 2025 GSOO"]
[null,"Moranbah Gas Processing Facility","Existing","QLD","Bowen Basin",68,"Data shown from 2025 GSOO"]
[null,"Combabula Gas Plant","Online","QLD","Bowen Surat Basin ",305,"Data shown from 2025 GSOO"]
[null,"Reedy Creek Gas Plant","Online","QLD ","Bowen Surat Basin",210,"Data shown from 2025 GSOO"]
[null,"Otway Gas Plant (Port Campbell)","Online","VIC","Otway Basin",205,"Data shown from 2025 GSOO"]
[null,"Athena Gas Plant","Online","VIC","Otway Basin",70,"Data shown from 2025 GSOO"]
[null,"Rolleston Gas Plant","Offline","QLD","Bowen Basin",11,"Data shown from 2025 GSOO"]
[null,"Yellowbank Gas Plant","Online","QLD","Bowen Basin",30,"Data shown from 2025 GSOO"]
[null,"Kogan North Gas Plant","Online","QLD","Bowen Surat Basin",13,"Data shown from 2025 GSOO"]
[null,"Longford Gas Plant","Online","VIC","Gippsland Basin",700,"Data shown from 2025 GSOO"]
[null,"Lang Lang Gas Plant","Online","VIC","Bass Basin",67,"Data shown from 2025 GSOO"]
[null,"Kenya Gas Plant","Online","QLD","Surat Basin",184,"Data shown from 2025 GSOO"]
[null,"Bellevue Gas Plant","Online","QLD","Surat",254,"Data shown from 2025 GSOO"]
[null,"Jordan Gas Plant","Online","QLD","Surat",507,"Data shown from 2025 GSOO"]
[null,"Ruby Jo Gas Plant","Online","QLD","Surat",507,"Data shown from 2025 GSOO"]
[null,"Woleebee Creek Gas Plant","Online","QLD","Surat",761,"Data shown from 2025 GSOO"]
[null,"Scotia Gas Plant","Online","QLD","Bowen",95,"Data shown from 2025 GSOO"]
[null,"Moomba Gas Plant","Online","SA","Cooper Eromanga Basin",290,"Data shown from 2025 GSOO"]
[null,"Fairview Gas Facilities","Online","QLD","Bowen",580,"Data shown from 2025 GSOO"]
[null,"Roma Gas Facilities ","Online","QLD","Surat",280,"Data shown from 2025 GSOO"]
[null,"Arcadia Gas Facilities ","Online","QLD","Bowen",105,"Data shown from 2025 GSOO"]
[null,"Tipton Central Gas Processing Facility ","Existing","QLD","Surat",39,"Data shown from 2025 GSOO"]
[null,"Girrahween Field Compression Station","Proposed","QLD","Surat",121,"Data shown from 2025 GSOO"]
[null,"Lynwood Field Compression Station","Proposed","QLD","Surat",171,"Data shown from 2025 GSOO"]
[null,"Atlas Gas Processing Facility","Existing","QLD","Surat",48,"Data shown from 2025 GSOO"]
[null,"Roma North Gas Processing Facility","Existing","QLD","Surat",24,"Data shown from 2025 GSOO"]
[null,"Narrabri Gas Plant","Existing","NSW","Gunnedah","Commercial in confidence","Data shown from 2025 GSOO"]
[null,"Windibri Central Processing Plant","Existing","QLD","Surat",147,"Data shown from 2025 GSOO"]
[null,"Kincora Processing Facility","Online","Surat, Qld","Surat Basin",15,"Data shown from 2025 GSOO"]
[null,"Golden Beach","Anticipated","VIC","Gippsland Basin",375,"Data shown from 2025 GSOO"]
[null,"Atlas Compression Facility","Pre Commissioning","QLD ","Surat Basin / Atlas",57,"Data shown from 2025 GSOO"]
[null,"Ballera Gas Plant","Online","QLD","Cooper Eromanga Basin","N/A","Data shown from 2025 GSOO"]
[null,"Meridian SeamGas Gacility","Online","QLD ","Bowen Basin",57,"Data shown from 2025 GSOO"]
[null,"Mimas - Roma North Facility","Under Construction","QLD ","Surat Basin / Roma North",28.5,"Data shown from 2025 GSOO"]
[null,"LNG Regasification Terminal - Port Kembla Energy Terminal","Proposed","Port Kembla, NSW","N/A",500,"Data shown from 2025 GSOO"]
[null,"LNG Regasification Terminal - Vopak Victoria Energy Terminal","Proposed","Offshore Avalon, Port Phillip Bay, Victoria","N/A","Up to 778","Data shown from 2025 GSOO"]
[null,"LNG Regasification Terminal - Viva Energy Gas Terminal","Proposed","Geelong Refinery, Geelong, VIC","N/A",620,"Data shown from 2025 GSOO"]
[null,"LNG Regasification Terminal - Outer Harbor LNG Project","Proposed","Outer Harbour, Adelaide","N/A","Up to 446","Data shown from 2025 GSOO"]
[]
[]
[null,"Storage Facilities"]
[null,"This list summarises the key information for each proposed and committed gas storage facility in central and eastern Australia (including the Northern Territory)."]
[null,"This list is not a comprehensive list of all natural gas storage facilities. It only includes non-confidential information on storage facilities that has been provided to AEMO from proponents. "]
[]
[null,"Storage Facility Name","Status","Location","Injection Rate into Storage (TJ/day)","Withdrawl Rate from Storage (TJ/day)","Storage Capacity (PJ)","Source"]
[null,"Newcastle Gas Storage Facility","Online","Tomago NSW",11,120,1.5,"Data shown from 2024 GSOO"]
[null,"Silver Springs Gas Storage","Online","Surat QLD",5,25,46,"Data shown from 2024 GSOO"]
[null,"Dandenong LNG Storage","Online","VIC",8.1999999999999993,87,0.68,"Data shown from 2024 GSOO"]
[null,"Iona Underground Gas Storage","Online","Port Campbell, Victoria",155,570,"Up to a maximum of 24.4","Data shown from 2024 GSOO"]
[null,"Heytesbury Underground Gas Storage Project (HUGS)","FEED","Port Campbell, Victoria",11.25,45,"Up to 3","Data shown from 2024 GSOO"]
[null,"Roma Underground Storage","Online","QLD",92,75,54,"Data shown from 2024 GSOO"]
[null,"Moomba Underground Gas Storage","Online","SA",100,"10-120",70,"Data shown from 2024 GSOO"]
[null,"Golden Beach ","Proposed","Gas Plant 10KM SE of Longford Gas Plant in Victoria. Storage field crest 3 km offshore in Victorian waters, 23 km south and east of the Longford Gas Plant.",125,250,12.5,"Data shown from 2024 GSOO"]
[null,"Kurri Kurri Lateral Pipeline (KKLP)","Under Construction","Newcastle, New South Wales",52.8,60,7.1999999999999995E-2,"Data shown from 2025 GSOO"]
[]
[]
[null,"Reserves and Resources"]
[null,"For the GSOO modelling (2025 GSOO), AEMO used reserve and resource numbers from the Gas Bulletin Board (see first table below). The summary of reserves and resource numbers used in GSOO modelling is provided in the first table. Reserves and Resources as at February 2025."]
[]
[null,"Gas Bulletin Board Data (Petajoules)"]
[null,"Basin","2P",null,"2C","Source"]
[null,null,"Developed","Undeveloped"]
[null,"Survey Total",16981.780999999999,14986.508,37915.417000000001,"Gas Bulletin Board (Data shown from 2025 GSOO)"]
[]
[null,"Gas Bulletin Board Data (Petajoules)"]
[null,"Basin (1,2)","2P","2C (3)","Source"]
[null,"Amadeus",220.79,208.4,"Gas Bulletin Board (Data shown from 2025 GSOO)"]
[null,"Bass",14.49,124.58,"Gas Bulletin Board (Data shown from 2025 GSOO)"]
[null,"Beetaloo"," -   ",5108.9750000000004,"Gas Bulletin Board (Data shown from 2025 GSOO)"]
[null,"Bowen/Surat",29286.903999999999,22545.934000000001,"Gas Bulletin Board (Data shown from 2025 GSOO)"]
[null,"Cooper/Eromanga",870.31899999999996,1575.951,"Gas Bulletin Board (Data shown from 2025 GSOO)"]
[null,"Galilee-Drummond"," -   ",2789,"Gas Bulletin Board (Data shown from 2025 GSOO)"]
[null,"Gippsland",1186.1089999999999,2447.7130000000002,"Gas Bulletin Board (Data shown from 2025 GSOO)"]
[null,"McArthur"," - ",2835.5369999999998,"Gas Bulletin Board (Data shown from 2025 GSOO)"]
[null,"Otway",389.67700000000002,279.327,"Gas Bulletin Board (Data shown from 2025 GSOO)"]
[null,"Total",{"$f":"SUM(C134:C142)","v":31968.288999999997},{"$f":"SUM(D134:D142)","v":37915.417000000001},"Gas Bulletin Board (Data shown from 2025 GSOO)"]
[]
[]
[null,"Pipeline Transmission Tariffs (Prices)"]
[null,"The 2025 GSOO applies these tariffs as a flat rate over time, and does not consider tariff increases or decreases over the forecast horizon."]
[]
[null,"Pipeline","Direction","Tariff","Source"]
[null,"BWP","Both directions",0.28999999999999998,"Data shown from 2025 GSOO"]
[null,"CGP","Northern flow",1.47,"Data shown from 2025 GSOO"]
[null,"CGP","Southern flow",1.29,"Data shown from 2025 GSOO"]
[null,"DDP","Both directions",0.33,"Data shown from 2025 GSOO"]
[null,"EGP","Northern flow",1.58,"Data shown from 2025 GSOO"]
[null,"EORM1","Both directions",0.82,"Data shown from 2025 GSOO"]
[null,"Inner Ring Main1","Western flow",0.55000000000000004,"Data shown from 2025 GSOO"]
[null,"LMP1","Western flow",2.1,"Data shown from 2025 GSOO"]
[null,"MAP","Both directions",0.95,"Data shown from 2025 GSOO"]
[null,"MSP","Both directions",1.35,"Data shown from 2025 GSOO"]
[null,"NGP","South-eastern flow",1.79,"Data shown from 2025 GSOO"]
[null,"NQGP","Northern flow",1.47,"Data shown from 2025 GSOO"]
[null,"QGP","Northern flow",1.22,"Data shown from 2025 GSOO"]
[null,"QGP","Southern flow",0.35,"Data shown from 2025 GSOO"]
[null,"RBP","Both directions",0.68,"Data shown from 2025 GSOO"]
[null,"PCA","Western flow",1.0900000000000001,"Data shown from 2025 GSOO"]
[null,"SNP","Both directions",0.71,"Data shown from 2025 GSOO"]
[null,"SWP1","South-eastern flow",2.85,"Data shown from 2025 GSOO"]
[null,"SWP1","North-western flow",0.21,"Data shown from 2025 GSOO"]
[null,"SWQP","Western flow",1.48,"Data shown from 2025 GSOO"]
[null,"SWQP","Eastern flow",1.48,"Data shown from 2025 GSOO"]
[null,"TGP","Southern flow",2.86,"Data shown from 2025 GSOO"]
[null,"VNI1","Southern flow",2.84,"Data shown from 2025 GSOO"]
[null,"VNI1","Northern flow",1.96,"Data shown from 2025 GSOO"]
[null,"WGP","Northern flow",1.36,"Data shown from 2025 GSOO"]
[null,"WORM1","Both directions",1.01,"Data shown from 2025 GSOO"]
[null,"Note:\n(1) Pipeline tariffs for the Victorian Transmission System (VTS) used in the 2025 GSOO model are not representative and AEMO will be updating the tariff approach for the VTS in the 2026 GSOO. An indicative pipeline tariff for VTS pipelines for 2025 is $0.6965/GJ."]
[]
[null,"Production Costs"]
[null,"The following tables contain data on production costs to the point of injection based on the 2025 GSOO"]
[]
[null,"Basin (1,2)","2P","2C (3)","Source"]
[null,"Amadeus","-",11.92,"Rystad Energy and previous GSOO inputs (Data shown from 2025 GSOO)"]
[null,"Bass",7.64,11.26,"Rystad Energy and previous GSOO inputs (Data shown from 2025 GSOO)"]
[null,"Beetaloo2","-",9.33,"Rystad Energy and previous GSOO inputs (Data shown from 2025 GSOO)"]
[null,"Bowen/Surat",3.38,6.1,"Rystad Energy and previous GSOO inputs (Data shown from 2025 GSOO)"]
[null,"Cooper/Eromanga",8.5399999999999991,9.19,"Rystad Energy and previous GSOO inputs (Data shown from 2025 GSOO)"]
[null,"Galilee-Drummond","-",7.69,"Rystad Energy and previous GSOO inputs (Data shown from 2025 GSOO)"]
[null,"Gippsland",4.82,11.51,"Rystad Energy and previous GSOO inputs (Data shown from 2025 GSOO)"]
[null,"McArthur","-",9.33,"Rystad Energy and previous GSOO inputs (Data shown from 2025 GSOO)"]
[null,"Otway",6.95,12.51,"Rystad Energy and previous GSOO inputs (Data shown from 2025 GSOO)"]
[null,"Notes: \n(1) Overall production costs assumptions:\n         - Production costs are the marginal cost of producing a GJ of sales gas to the point of sale into a transmission pipeline (inlet flange) and thus exclude transport cost.\n         - Costs include operating cost, capital costs, royalty, tax and a return on capital.\n         - Importantly they are not intended to reflect gas sale prices, only the marginal cost of actually supplying the gas.\n         - For developed reserves production costs include largely marginal operating costs, royalties and tax.\n         - For undeveloped reserves, marginal costs also include the cost of drilling and completion and marginal gas processing plant costs.\n         - Where a gas plant does not exist the marginal cost will include an estimate of a per unit cost of capital and operating cost for that plant.                                                                                                                                                                                                                                                                   (2) The Beetaloo production costs reflect the current well costs, as opposed to the well costs incorporating assumed well cost reductions as provided in the 2024 GSOO. "]

{"sheet":"GPG emissions reduction - BioM","index":68,"n_rows":12,"n_cols":32,"rows_kept":12,"cut":false,"hidden":false,"merged":[]}
[null,"Go to Assumptions Summary"]
[null,"Gas-powered generation emissions factor (due to biomethane blending)"]
[null,"The table below represents the estimated emissions intensity factors achieved by blending biomethane into the gas network for usage in AEMO's forecasting models, to be applied to individual gas fired generators."]
[null,"In the ISP model, these factors are multiplied by the figures stated in the 'Emissions intensity' tab to produce the assumed emissions from each gas generator in each year."]
[null,"The factors are calculated by AEMO from the results of the 2024 multi-sectoral modelling, using the forecast ratio of natural gas/biomethane across the NEM."]
[null,"The assumed emissions factor for combustion of biomethane is 0.13 kgCO2e/GJ*, consistent with the CSIRO multi-sectoral modelling."]
[]
[null,null,"2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,{"$f":"Scenarios!$C$5","v":"Slower Growth"},0.99994477587975839,0.99967342116751468,0.99737366211814171,0.99473392830113494,0.99219056400442851,0.98977289991286144,0.9897561267835755,0.98921041287639988,0.98862292655515516,0.98710203701713817,0.98734636717596924,0.98646508775616748,0.98494618480293328,0.98146813064670024,0.97684566528911976,0.97211579338594734,0.96659250358329074,0.95900541797826144,0.95039664012817671,0.94287280345045976,0.93147938596472002,0.91550784784636052,0.89708704495208069,0.87541699698822528,0.84528253519623842,0.82382089632965105,0.80127722596714457,0.78369048150083875,0.76964314934291633,0.76163644302924371]
[null,{"$f":"Scenarios!$D$5","v":"Step Change"},0.99984046877993216,0.99432783716634177,0.9898569489129555,0.98615901298334807,0.98232809319972769,0.97805727086327532,0.9733921846047362,0.97049837983047516,0.96826353290481582,0.96606559968526673,0.96388355875150999,0.96185145688154605,0.9596850531739729,0.95707564189632077,0.95398070891843922,0.95019741171989014,0.9453881883231624,0.93908646450097866,0.93048353959988339,0.9177888229148381,0.89716953032785052,0.87058974063047156,0.83818703373379722,0.80450173706409522,0.76844660987649094,0.74716666611829496,0.73104849784812642,0.72143054337977297,0.7152160801829095,0.7091711054310974]
[null,"Accelerated Transition",0.99946878916439785,0.99048178711083301,0.96729525999995458,0.93251171815423051,0.89330498490047527,0.85026558634031379,0.81055593089048605,0.78297265944464745,0.76080926007036664,0.74088869707773652,0.7192990714522014,0.7035022186970159,0.68534112060770092,0.6607187743067906,0.63381633496213863,0.6170678003035861,0.6045280796296022,0.60107001924434234,0.60395381620573607,0.61576157145732857,0.63851967622701422,0.65757365231611242,0.67543504462671433,0.68697788609207788,0.69644160916251308,0.7039486442961771,0.71059006132001135,0.71784967037905678,0.7234413587968358,0.72432591416674796]
[null,"Source: *https://www.dcceew.gov.au/sites/default/files/documents/national-greenhouse-account-factors-2024.pdf"]

{"sheet":"Power System Security","index":69,"n_rows":94,"n_cols":31,"rows_kept":94,"cut":false,"hidden":false,"merged":[[58,2,58,5],[74,2,74,5]]}
[null,"Go to Assumptions Summary"]
[null,"Power System Security Constraints and Costs"]
[]
[null,"Coal retirement costs related to minimum fault level requirement"]
[null,"DUID","Generator name","Fault Level Replacement Cost ($M)"]
[null,"BW01","Bayswater",112.70136423516661]
[null,"BW02","Bayswater",116.9703553046805]
[null,"BW03","Bayswater",116.9703553046805]
[null,"BW04","Bayswater",116.9703553046805]
[null,"CALL_B_1","Callide B",59.765874973194414]
[null,"CALL_B_2","Callide B",59.765874973194414]
[null,"CPP_3","Callide C",72.402088538955525]
[null,"CPP_4","Callide C",71.7190499678333]
[null,"ER01","Eraring",122.94694280199994]
[null,"ER02","Eraring",122.94694280199994]
[null,"ER03","Eraring",122.94694280199994]
[null,"ER04","Eraring",122.94694280199994]
[null,"GSTONE1","Gladstone",47.812699978555528]
[null,"GSTONE2","Gladstone",47.812699978555528]
[null,"GSTONE3","Gladstone",47.812699978555528]
[null,"GSTONE4","Gladstone",47.812699978555528]
[null,"GSTONE5","Gladstone",47.812699978555528]
[null,"GSTONE6","Gladstone",47.812699978555528]
[null,"KPP_1","Kogan Creek",127.04517422873327]
[null,"MPP_1","Millmerran",72.74360782451663]
[null,"MPP_2","Millmerran",72.74360782451663]
[null,"MP1","Mt Piper",124.65453922980549]
[null,"MP2","Mt Piper",112.70136423516661]
[null,"STAN-1","Stanwell",62.327269614902747]
[null,"STAN-2","Stanwell",62.327269614902747]
[null,"STAN-3","Stanwell",62.327269614902747]
[null,"STAN-4","Stanwell",62.327269614902747]
[null,"TARONG#1","Tarong",59.765874973194414]
[null,"TARONG#2","Tarong",59.765874973194414]
[null,"TARONG#3","Tarong",59.765874973194414]
[null,"TARONG#4","Tarong",59.765874973194414]
[null,"TNPS1","Tarong North",76.841839251249965]
[null,"VP5","Vales Point B",112.70136423516661]
[null,"VP6","Vales Point B",112.70136423516661]
[null,"LYA1","Loy Yang A Power Station",95.625399957111057]
[null,"LYA2","Loy Yang A Power Station",90.502610673694406]
[null,"LYA3","Loy Yang A Power Station",95.625399957111057]
[null,"LYA4","Loy Yang A Power Station",95.625399957111057]
[null,"LOYYB1","Loy Yang B",99.040592812722167]
[null,"LOYYB2","Loy Yang B",99.040592812722167]
[null,"YWPS1","Yallourn W",59.765874973194414]
[null,"YWPS2","Yallourn W",59.765874973194414]
[null,"YWPS3","Yallourn W",64.034866042708302]
[null,"YWPS4","Yallourn W",64.034866042708302]
[]
[]
[null,"Cost to meet efficient level of system strength1"]
[null,null,"2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-2033","2033-2034","2034-2035","2035-2036","2036-2037","2037-2038","2038-2039","2039-2040","2040-2041","2041-2042","2042-2043","2043-2044","2044-2045","2045-2046","2046-2047","2047-2048","2048-2049","2049-2050","2050-2051","2051-2052","2052-2053","2053-2054"]
[null,"IBR remediation cost $/kW",163.23763276506028,148.87697094148024,133.98080911790021,118.01364729432018,103.59348547074015,88.068323647160071,72.22866182358004,71.46366182358004,70.545661823580033,69.474661823580036,68.403661823580038,67.256161823580044,66.108661823580036,65.114161823580048,64.119661823580046,63.507661823580037,63.201661823580039,62.895661823580042,62.207161823580037,61.748161823580034,61.442161823580051,61.212661823580035,60.983161823580033,60.830161823580042,60.677161823580036,60.524161823580044,60.60066182358004,60.371161823580039,60.447661823580034]
[null,"Notes:"]
[null,"1 . This cost is a blend of remediation with synchronous condensers and grid forming batteries"]
[]
[null,"Synchronous unit commitment requirement All scenarios except for the Accelerated Transition scenario"]
[null,null,"Coal unit commitment requirements1",null,null,null,"Gas unit commitment requirements1"]
[null,"Year","QLD","NSW","VIC","TAS2","SA"]
[null,"2025-26",11,6,5,"-",2]
[null,"2026-27",11,6,5,"-",2]
[null,"2027-28",11,6,5,"-",1]
[null,"2028-29",9,5,3,"-",0]
[null,"2029-30",6,3,2,"-",0]
[null,"2030-31",3,2,2,"-",0]
[null,"2031-32",2,2,1,"-",0]
[null,"2032-33",1,1,1,"-",0]
[null,"2033-34",0,0,0,"-",0]
[null,"2034-35",0,0,0,"-",0]
[null,"2035-36",0,0,0,"-",0]
[null,"2036-37",0,0,0,"-",0]
[]
[null,"Synchronous unit commitment requirement for the Accelerated Transition scenario"]
[null,null,"Coal unit commitment requirements1",null,null,null,"Gas unit commitment requirements1"]
[null,"Year","QLD","NSW","VIC","TAS2","SA"]
[null,"2025-26",11,6,5,"-",2]
[null,"2026-27",11,6,5,"-",2]
[null,"2027-28",5,3,2,"-",1]
[null,"2028-29",2,1,1,"-",0]
[null,"2029-30",1,0,0,"-",0]
[null,"2030-31",0,0,0,"-",0]
[null,"2031-32",0,0,0,"-",0]
[null,"2032-33",0,0,0,"-",0]
[null,"2033-34",0,0,0,"-",0]
[null,"2034-35",0,0,0,"-",0]
[null,"2035-36",0,0,0,"-",0]
[null,"2036-37",0,0,0,"-",0]
[]
[null,"Notes:"]
[null,"1 . Numbers shown are high-level planning assumptions only, not operational advice. Comprehensive studies with detailed models will be required closer to these time periods as the power system evolves. However most up to date limits advice has been taken into account"]
[null,"2. Tasmania does not have any unit commitment constraints applied"]
[null,"3. When assessing system strength and inertia shortfalls, the requirement to always keep minimum units online is relaxed in market modelling in order to determine timing and size of potential shortfalls. "]
[null,"4. Future AEMO reports such as the System Strength and Inertia reports may test interim numbers of machines as part of their detailed studies and assessments."]

{"sheet":"Reserves","index":70,"n_rows":14,"n_cols":3,"rows_kept":14,"cut":false,"hidden":false,"merged":[[2,1,2,4],[5,1,5,4],[14,1,14,4],[3,1,3,4],[4,1,4,4]]}
[null,"Go to Assumptions Summary"]
[null,"Initial regional reserve"]
[null,"In the Capacity Outlook models, each region must have a minimum level of firm capacity available. Firm capacity is allowed to be shared across interconnected regions based on interconnector capabilities and available capacity in neighbouring regions."]
[null,"The reserve requirements are used in Capacity Outlook models to deliver sufficient capacity to meet reliability requirements, and the resulting capacity development path is validated through Time-Sequential modelling."]
[null,"The initial regional reserve requirements are based on the largest generating unit in the July 2025 Generation Information."]
[null,"These initial regional reserve requirements for each year in the outlook period are subject to change based on detailed analysis of reliability outcomes from time-sequential modelling to ensure the Reliability Standard is maintained. Details are provided in the ISP Methodology."]
[]
[null,"Region","Initial regional reserve requirements (MW)"]
[null,"NSW",705]
[null,"QLD",890]
[null,"SA",201]
[null,"TAS",168]
[null,"VIC",545]
[null,"Note: Regional reserve requirements are based on the 2024-25 peak summer ratings of the largest unit in each region from the July 2025 Generation Information publication."]

{"sheet":"Hydrogen demand - Domestic","index":71,"n_rows":53,"n_cols":34,"rows_kept":53,"cut":false,"hidden":false,"merged":[]}
[null,"Go to Assumptions Summary"]
[null,"Total additional REZ-based electrolytic domestic hydrogen consumption per NEM ISP subregions, excluding for Green commodities (Mt of H2/annum)"]
[null,"Additional domestic hydrogen consumption is developed based on the 2024 multi-sectoral model outcome (AusTIMES) conducted by CSIRO. "]
[null,"'Additional' means any extra consumption of hydrogen in addition to the existing domestic consumption, as a result of emerging hydrogen applications. "]
[null,"All additional REZ-based hydrogen is assumed to be produced by electrolysers which are geographically located within REZs, with none from steam methane reforming (SMR)."]
[null,"To estimate the electricity load required for the electrolysers, multiply 'Mts' by 'electrolysers electricity consumption rate (kWh/kg H2)' detailed in the sheet 'Other hydrogen assumptions'."]
[]
[null,"Subregion","Region","Scenario","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,"CNSW","NSW","Slower Growth",0,0,0,0,0,2.2891119334978623E-4,6.6424593179022868E-4,1.3691000932684132E-3,2.4051981634906103E-3,3.8008872644770225E-3,4.6861670945547588E-3,5.5247864554846988E-3,6.2621635178096756E-3,6.8680980194823164E-3,7.37822538337711E-3,7.8168594320488262E-3,8.2831159591773753E-3,8.8768087851383796E-3,9.6148719828384119E-3,1.0579083283078491E-2,1.1848502319902204E-2,1.3305175610736115E-2,1.4785098514359541E-2,1.6234095215362683E-2,1.7406066279885939E-2,1.815903884073878E-2,1.8583159266405837E-2,1.8789893731388202E-2,1.9013346598889699E-2,1.942591941565442E-2]
[null,"NNSW","NSW","Slower Growth",0,0,0,0,0,2.2891119334978623E-4,6.6424593179022868E-4,1.3691000932684132E-3,2.4051981634906103E-3,3.8008872644770225E-3,4.6861670945547588E-3,5.5247864554846988E-3,6.2621635178096756E-3,6.8680980194823164E-3,7.37822538337711E-3,7.8168594320488262E-3,8.2831159591773753E-3,8.8768087851383796E-3,9.6148719828384119E-3,1.0579083283078491E-2,1.1848502319902204E-2,1.3305175610736115E-2,1.4785098514359541E-2,1.6234095215362683E-2,1.7406066279885939E-2,1.815903884073878E-2,1.8583159266405837E-2,1.8789893731388202E-2,1.9013346598889699E-2,1.942591941565442E-2]
[null,"SNSW","NSW","Slower Growth",7.4051694915254216E-6,7.4051694915254216E-6,7.4051694915254216E-6,7.4051694915254216E-6,7.4051694915254216E-6,2.2891119334978623E-4,6.6424593179022868E-4,1.3691000932684132E-3,2.4051981634906103E-3,3.8008872644770225E-3,4.6861670945547588E-3,5.5247864554846988E-3,6.2621635178096756E-3,6.8680980194823164E-3,7.37822538337711E-3,7.8168594320488262E-3,8.2831159591773753E-3,8.8768087851383796E-3,9.6148719828384119E-3,1.0579083283078491E-2,1.1848502319902204E-2,1.3305175610736115E-2,1.4785098514359541E-2,1.6234095215362683E-2,1.7406066279885939E-2,1.815903884073878E-2,1.8583159266405837E-2,1.8789893731388202E-2,1.9013346598889699E-2,1.942591941565442E-2]
[null,"SNW","NSW","Slower Growth",5.5291932203389828E-5,5.5291932203389828E-5,5.5291932203389828E-5,5.5291932203389828E-5,5.5291932203389828E-5,1.6023783534485035E-3,4.6497215225315995E-3,9.5837006528788921E-3,1.6836387144434268E-2,2.6606210851339154E-2,3.2803169661883305E-2,3.8673505188392882E-2,4.3835144624667727E-2,4.8076686136376209E-2,5.164757768363977E-2,5.4718016024341773E-2,5.7981811714241618E-2,6.2137661495968652E-2,6.7304103879868862E-2,7.4053582981549432E-2,8.2939516239315419E-2,9.313622927515279E-2,0.10349568960051678,0.11363866650753876,0.12184246395920155,0.12711327188517144,0.13008211486484084,0.13152925611971739,0.13309342619222786,0.13598143590958092]
[null,"CQ","QLD","Slower Growth",0,0,0,0,0,4.5045709666100976E-5,1.3642585914671836E-4,2.9917263583793439E-4,5.5218708807876552E-4,9.0293541969906045E-4,1.1264556189225059E-3,1.3033226573437064E-3,1.4428754911584986E-3,1.5529087963354494E-3,1.6505688691253455E-3,1.7507662878888108E-3,1.8807954817639965E-3,2.0370599726890377E-3,2.2144360742436969E-3,2.4565272877467206E-3,2.813354900048329E-3,3.2650265765943945E-3,3.7944926113961577E-3,4.4063768952439424E-3,4.9978398372913426E-3,5.4414643452148897E-3,5.7627432037107174E-3,6.0057214442683351E-3,6.1724486009399884E-3,6.3080409388949019E-3]
[null,"GG","QLD","Slower Growth",3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3]
[null,"NQ","QLD","Slower Growth",0,0,0,0,0,6.7568564499151458E-5,2.0463878872007752E-4,4.4875895375690153E-4,8.2828063211814833E-4,1.3544031295485905E-3,1.6896834283837586E-3,1.9549839860155591E-3,2.1643132367377476E-3,2.3293631945031741E-3,2.475853303688018E-3,2.6261494318332163E-3,2.8211932226459946E-3,3.0555899590335566E-3,3.3216541113655451E-3,3.68479093162008E-3,4.220032350072493E-3,4.8975398648915917E-3,5.6917389170942356E-3,6.6095653428659131E-3,7.496759755937013E-3,8.1621965178223337E-3,8.6441148055660753E-3,9.0085821664025022E-3,9.2586729014099822E-3,9.462061408342352E-3]
[null,"SQ","QLD","Slower Growth",0,0,0,0,0,3.1531996766270679E-4,9.5498101402702838E-4,2.0942084508655404E-3,3.8653096165513585E-3,6.3205479378934228E-3,7.8851893324575397E-3,9.1232586014059428E-3,1.010012843810949E-2,1.0870361574348146E-2,1.1553982083877418E-2,1.2255364015221676E-2,1.3165568372347974E-2,1.4259419808823262E-2,1.5501052519705877E-2,1.7195691014227039E-2,1.96934843003383E-2,2.2855186036160761E-2,2.6561448279773098E-2,3.0844638266707594E-2,3.4984878861039397E-2,3.8090250416504226E-2,4.0339202425975017E-2,4.2040050109878338E-2,4.3207140206579911E-2,4.4156286572264308E-2]
[null,"CSA","SA","Slower Growth",1.3921718644067794E-4,1.3921718644067794E-4,1.3921718644067794E-4,1.3921718644067794E-4,1.3921718644067794E-4,1.3921718644067794E-4,1.530405606868263E-4,3.8208718484593752E-4,7.7640073395191596E-4,1.3513776759326538E-3,1.7470096040329082E-3,2.1026291974127614E-3,2.3960940727640245E-3,2.6065565599983948E-3,2.783592370195417E-3,2.9697949784231138E-3,3.198619972999263E-3,3.4932122240216648E-3,3.8752192737845589E-3,4.3828499808702057E-3,5.0748397582394151E-3,5.9075380356984645E-3,6.8350480937478557E-3,7.8401845973586574E-3,8.7994478175174411E-3,9.5460732928990509E-3,1.0115864672519089E-2,1.0581926600012082E-2,1.0960929434065099E-2,1.1312399672054434E-2]
[null,"NSA","SA","Slower Growth",0,0,0,0,0,2.4687664404170047E-5,9.1824336412095779E-5,2.2925231090756249E-4,4.6584044037114957E-4,8.1082660555959222E-4,1.0482057624197449E-3,1.2615775184476568E-3,1.4376564436584147E-3,1.5639339359990367E-3,1.6701554221172502E-3,1.7818769870538683E-3,1.9191719837995578E-3,2.0959273344129986E-3,2.3251315642707354E-3,2.6297099885221231E-3,3.0449038549436491E-3,3.5445228214190786E-3,4.101028856248713E-3,4.7041107584151944E-3,5.2796686905104643E-3,5.7276439757394304E-3,6.0695188035114539E-3,6.3491559600072486E-3,6.5765576604390596E-3,6.7874398032326602E-3]
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[null,"MEL","VIC","Slower Growth",3.5149871186440672E-4,3.5149871186440672E-4,3.5149871186440672E-4,3.5149871186440672E-4,3.5149871186440672E-4,1.35250312036739E-3,4.4299980582056557E-3,1.0027214920276665E-2,1.8663418108403572E-2,3.0646031145960217E-2,3.8340581611305463E-2,4.6051187372103244E-2,5.3763610345497384E-2,6.1481417366440021E-2,6.9190318074856233E-2,7.6909909057631495E-2,8.4618741022733368E-2,9.2278547999368563E-2,9.9850633849862855E-2,0.1082917832638681,0.11872031808906124,0.13067909354381863,0.14371102820734147,0.15760057421191381,0.17017893912037196,0.17921652979245614,0.18520877299957667,0.18892698990504103,0.19089503044662307,0.19233804850453767]
[null,"SEV","VIC","Slower Growth",0,0,0,0,0,1.9321473148105575E-4,6.3285686545795086E-4,1.4324592743252379E-3,2.6662025869147962E-3,4.3780044494228882E-3,5.4772259444722101E-3,6.5787410531576067E-3,7.6805157636424849E-3,8.7830596237771473E-3,9.8843311535508922E-3,1.0987129865375929E-2,1.2088391574676198E-2,1.3182649714195511E-2,1.4264376264266125E-2,1.5470254751981159E-2,1.6960045441294463E-2,1.8668441934831231E-2,2.0530146886763068E-2,2.251436774455912E-2,2.4311277017196001E-2,2.5602361398922309E-2,2.6458396142796672E-2,2.6989569986434439E-2,2.7270718635231866E-2,2.7476864072076813E-2]
[null,"WNV","VIC","Slower Growth",9.8735593220338966E-4,9.8735593220338966E-4,9.8735593220338966E-4,9.8735593220338966E-4,9.8735593220338966E-4,9.8735593220338966E-4,1.2657137309159017E-3,2.8649185486504759E-3,5.3324051738295923E-3,8.7560088988457765E-3,1.095445188894442E-2,1.3157482106315213E-2,1.536103152728497E-2,1.7566119247554295E-2,1.9768662307101784E-2,2.1974259730751858E-2,2.4176783149352395E-2,2.6365299428391022E-2,2.852875252853225E-2,3.0940509503962318E-2,3.3920090882588926E-2,3.7336883869662461E-2,4.1060293773526137E-2,4.5028735489118239E-2,4.8622554034392002E-2,5.1204722797844618E-2,5.2916792285593345E-2,5.3979139972868878E-2,5.4541437270463733E-2,5.4953728144153627E-2]
[null,"CNSW","NSW","Step Change",0,0,0,0,0,3.045122401461631E-4,9.2492294468049833E-4,1.9605250688143625E-3,3.4956811457657042E-3,5.5881955538991581E-3,6.9122388823908316E-3,8.2636885472426626E-3,9.6231911932625046E-3,1.0982576579137419E-2,1.236186955608232E-2,1.3719003095688166E-2,1.5047130902556528E-2,1.6341245582823651E-2,1.7548918905573023E-2,1.860074441807625E-2,1.9552982179638863E-2,2.0430268667462243E-2,2.124610366614035E-2,2.2043043269415183E-2,2.2862338497865481E-2,2.3683115505981924E-2,2.4510373605515171E-2,2.5365463376505706E-2,2.6258651933162448E-2,2.7210072425904359E-2]
[null,"NNSW","NSW","Step Change",0,0,0,0,0,3.045122401461631E-4,9.2492294468049833E-4,1.9605250688143625E-3,3.4956811457657042E-3,5.5881955538991581E-3,6.9122388823908316E-3,8.2636885472426626E-3,9.6231911932625046E-3,1.0982576579137419E-2,1.236186955608232E-2,1.3719003095688166E-2,1.5047130902556528E-2,1.6341245582823651E-2,1.7548918905573023E-2,1.860074441807625E-2,1.9552982179638863E-2,2.0430268667462243E-2,2.124610366614035E-2,2.2043043269415183E-2,2.2862338497865481E-2,2.3683115505981924E-2,2.4510373605515171E-2,2.5365463376505706E-2,2.6258651933162448E-2,2.7210072425904359E-2]
[null,"SNSW","NSW","Step Change",7.4051694915254216E-6,7.4051694915254216E-6,7.4051694915254216E-6,7.4051694915254216E-6,7.4051694915254216E-6,3.045122401461631E-4,9.2492294468049833E-4,1.9605250688143625E-3,3.4956811457657042E-3,5.5881955538991581E-3,6.9122388823908316E-3,8.2636885472426626E-3,9.6231911932625046E-3,1.0982576579137419E-2,1.236186955608232E-2,1.3719003095688166E-2,1.5047130902556528E-2,1.6341245582823651E-2,1.7548918905573023E-2,1.860074441807625E-2,1.9552982179638863E-2,2.0430268667462243E-2,2.124610366614035E-2,2.2043043269415183E-2,2.2862338497865481E-2,2.3683115505981924E-2,2.4510373605515171E-2,2.5365463376505706E-2,2.6258651933162448E-2,2.7210072425904359E-2]
[null,"SNW","NSW","Step Change",5.5291932203389828E-5,5.5291932203389828E-5,5.5291932203389828E-5,5.5291932203389828E-5,5.5291932203389828E-5,2.1315856810231416E-3,6.474460612763488E-3,1.3723675481700535E-2,2.4469768020359928E-2,3.9117368877294105E-2,4.8385672176735811E-2,5.7845819830698628E-2,6.7362338352837517E-2,7.6878036053961915E-2,8.653308689257623E-2,9.6033021669817142E-2,0.10532991631789568,0.11438871907976554,0.12284243233901114,0.13020521092653373,0.13687087525747202,0.14301188067223569,0.14872272566298242,0.15430130288590624,0.16003636948505837,0.16578180854187344,0.17157261523860617,0.1775582436355399,0.18381056353213712,0.1904705069813305]
[null,"CQ","QLD","Step Change",0,0,0,0,0,5.0822644900713454E-5,1.5711346480842679E-4,3.4729859910897858E-4,6.4705090486673756E-4,1.0791228151554489E-3,1.3830881404679073E-3,1.7059087753029008E-3,2.042321548310095E-3,2.3883888111469707E-3,2.7404430270801926E-3,3.0944518530629629E-3,3.4440343401140553E-3,3.7806211873537146E-3,4.0955364396776982E-3,4.3847043733715851E-3,4.6462784419515216E-3,4.8891538047098546E-3,5.1234722786172955E-3,5.3628500814288591E-3,5.6110428051648715E-3,5.8684943983676558E-3,6.1350449437171384E-3,6.4137326692657566E-3,6.700135263690947E-3,6.995430886569236E-3]
[null,"GG","QLD","Step Change",3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.3500676318454735E-3,3.497715443284618E-3]
[null,"NQ","QLD","Step Change",0,0,0,0,0,7.6233967351070178E-5,2.3567019721264015E-4,5.2094789866346776E-4,9.7057635730010618E-4,1.6186842227331731E-3,2.0746322107018608E-3,2.5588631629543512E-3,3.0634823224651424E-3,3.5825832167204561E-3,4.110664540620289E-3,4.641677779594444E-3,5.1660515101710821E-3,5.6709317810305715E-3,6.1433046595165469E-3,6.5770565600573767E-3,6.969417662927282E-3,7.3337307070647818E-3,7.6852084179259419E-3,8.0442751221432868E-3,8.4165642077473068E-3,8.8027415975514833E-3,9.2025674155757076E-3,9.6205990038986337E-3,1.005020289553642E-2,1.0493146329853853E-2]
[null,"SQ","QLD","Step Change",0,0,0,0,0,3.5575851430499412E-4,1.0997942536589873E-3,2.4310901937628494E-3,4.529356334067162E-3,7.5538597060881407E-3,9.6816169832753488E-3,1.1941361427120305E-2,1.4296250838170663E-2,1.6718721678028795E-2,1.9183101189561347E-2,2.1661162971440738E-2,2.4108240380798382E-2,2.6464348311476E-2,2.8668755077743885E-2,3.069293061360109E-2,3.2523949093660645E-2,3.4224076632968982E-2,3.5864305950321064E-2,3.7539950570002006E-2,3.9277299636154096E-2,4.1079460788573587E-2,4.2945314606019969E-2,4.4896128684860294E-2,4.6900946845836629E-2,4.8968016205984649E-2]
[null,"CSA","SA","Step Change",1.3921718644067794E-4,1.3921718644067794E-4,1.3921718644067794E-4,1.3921718644067794E-4,1.3921718644067794E-4,1.3921718644067794E-4,2.2526914555290713E-4,5.3441996057551817E-4,1.0329941393335538E-3,1.7624205980211396E-3,2.3003003499635546E-3,2.8768526846457698E-3,3.4776249740239929E-3,4.0980887445620541E-3,4.7229308089684211E-3,5.3288017017159208E-3,5.9395831587872126E-3,6.5632905132192425E-3,7.1910839680726698E-3,7.8238310697705503E-3,8.4796297817554423E-3,9.1280501912436498E-3,9.7716070895019942E-3,1.040561047149857E-2,1.1014602538522237E-2,1.1569276486479377E-2,1.20631325813014E-2,1.2477491868263118E-2,1.2824386350379368E-2,1.3121476270988225E-2]
[null,"NSA","SA","Step Change",0,0,0,0,0,3.8045096609658918E-5,1.3516148733174428E-4,3.2065197634531089E-4,6.197964836001322E-4,1.0574523588126837E-3,1.3801802099781327E-3,1.7261116107874618E-3,2.0865749844143958E-3,2.4588532467372322E-3,2.8337584853810526E-3,3.1972810210295524E-3,3.5637498952723274E-3,3.9379743079315452E-3,4.314650380843602E-3,4.6942986418623302E-3,5.087777869053265E-3,5.4768301147461894E-3,5.8629642537011964E-3,6.2433662828991418E-3,6.608761523113342E-3,6.9415658918876265E-3,7.2378795487808394E-3,7.4864951209578706E-3,7.6946318102276206E-3,7.8728857625929346E-3]
[null,"SESA","SA","Step Change",0,0,0,0,0,2.5363397739772617E-5,9.010765822116286E-5,2.1376798423020728E-4,4.1319765573342152E-4,7.0496823920845582E-4,9.2012013998542187E-4,1.150741073858308E-3,1.3910499896095973E-3,1.6392354978248217E-3,1.8891723235873684E-3,2.1315206806863684E-3,2.3758332635148852E-3,2.6253162052876974E-3,2.8764335872290682E-3,3.1295324279082201E-3,3.3918519127021773E-3,3.65122007649746E-3,3.9086428358007979E-3,4.1622441885994284E-3,4.4058410154088953E-3,4.627710594591751E-3,4.8252530325205607E-3,4.9909967473052473E-3,5.1297545401517474E-3,5.2485905083952903E-3]
[null,"TAS","TAS","Step Change",0,0,0,0,0,2.0945752029274517E-3,4.2687045921469676E-3,6.5586108196752629E-3,8.9987349846101256E-3,1.1618451504787597E-2,1.2034451585569627E-2,1.2479160723698049E-2,1.2943523711204327E-2,1.3417974425423806E-2,1.3896553362370639E-2,1.4394500824957782E-2,1.499762363674903E-2,1.5688165176258099E-2,1.645051212840486E-2,1.7268525185214972E-2,1.8084208405937694E-2,1.8714272772773453E-2,1.9183756814271778E-2,1.9519931826111316E-2,1.9748705209409849E-2,1.9932082268901329E-2,2.0185528686040517E-2,2.0508400786268276E-2,2.0893120043557777E-2,2.1322765788131987E-2]
[null,"MEL","VIC","Step Change",3.5149871186440672E-4,3.5149871186440672E-4,3.5149871186440672E-4,3.5149871186440672E-4,3.5149871186440672E-4,1.7919858434775268E-3,6.0693882186705853E-3,1.3991245593060147E-2,2.6507696244465327E-2,4.4379562340816067E-2,5.6656171410791219E-2,6.9383136563430314E-2,8.2442155496950081E-2,9.5693784738708668E-2,0.10900714799731295,0.12231048150763238,0.13525438659165998,0.14741884158633117,0.15837750563775921,0.1677934803964895,0.1753648010976491,0.18140506680903432,0.18630574147141826,0.19056427429763131,0.19448878860049534,0.19830939532157252,0.2021325014494367,0.2062208798024327,0.21063342204668059,0.21553633856285712]
[null,"SEV","VIC","Step Change",0,0,0,0,0,2.559979776396467E-4,8.6705545981008371E-4,1.9987493704371642E-3,3.786813749209333E-3,6.3399374772594389E-3,8.0937387729701753E-3,9.9118766519186181E-3,1.1777450785278585E-2,1.3670540676958382E-2,1.5572449713901851E-2,1.7472925929661771E-2,1.9322055227379998E-2,2.1059834512333026E-2,2.262535794825132E-2,2.3970497199498501E-2,2.5052114442521301E-2,2.5915009544147761E-2,2.6615105924488326E-2,2.7223467756804478E-2,2.7784112657213623E-2,2.8329913617367503E-2,2.8876071635633816E-2,2.9460125686061819E-2,3.0090488863811517E-2,3.0790905508979588E-2]
[null,"WNV","VIC","Step Change",9.8735593220338966E-4,9.8735593220338966E-4,9.8735593220338966E-4,9.8735593220338966E-4,9.8735593220338966E-4,9.8735593220338966E-4,1.7341109196201674E-3,3.9974987408743284E-3,7.573627498418666E-3,1.2679874954518878E-2,1.6187477545940351E-2,1.9823753303837236E-2,2.3554901570557171E-2,2.7341081353916764E-2,3.1144899427803702E-2,3.4945851859323543E-2,3.8644110454759996E-2,4.2119669024666052E-2,4.525071589650264E-2,4.7940994398997003E-2,5.0104228885042602E-2,5.1830019088295522E-2,5.3230211848976652E-2,5.4446935513608956E-2,5.5568225314427247E-2,5.6659827234735005E-2,5.7752143271267632E-2,5.8920251372123637E-2,6.0180977727623035E-2,6.1581811017959176E-2]
[null,"CNSW","NSW","Accelerated Transition",0,0,0,0,0,4.3215612585048731E-4,1.5087310660314489E-3,3.49415036401421E-3,6.5913658766354726E-3,1.0894095047261743E-2,1.3804802447200145E-2,1.6861141318766294E-2,2.0074022930072332E-2,2.3378845067650936E-2,2.6596662877206481E-2,2.9499514827220998E-2,3.206848742539864E-2,3.426951437744321E-2,3.6151111043543856E-2,3.7835269524592159E-2,3.9530063648671412E-2,4.1210749692827148E-2,4.2876742748528068E-2,4.4489182998768875E-2,4.5980759906912846E-2,4.7245595808965556E-2,4.8337523109722128E-2,4.9298085319701999E-2,5.0164859002644273E-2,5.1025191196769827E-2]
[null,"NNSW","NSW","Accelerated Transition",0,0,0,0,0,4.3215612585048731E-4,1.5087310660314489E-3,3.49415036401421E-3,6.5913658766354726E-3,1.0894095047261743E-2,1.3804802447200145E-2,1.6861141318766294E-2,2.0074022930072332E-2,2.3378845067650936E-2,2.6596662877206481E-2,2.9499514827220998E-2,3.206848742539864E-2,3.426951437744321E-2,3.6151111043543856E-2,3.7835269524592159E-2,3.9530063648671412E-2,4.1210749692827148E-2,4.2876742748528068E-2,4.4489182998768875E-2,4.5980759906912846E-2,4.7245595808965556E-2,4.8337523109722128E-2,4.9298085319701999E-2,5.0164859002644273E-2,5.1025191196769827E-2]
[null,"SNSW","NSW","Accelerated Transition",7.4051694915254216E-6,7.4051694915254216E-6,7.4051694915254216E-6,7.4051694915254216E-6,7.4051694915254216E-6,4.3215612585048731E-4,1.5087310660314489E-3,3.49415036401421E-3,6.5913658766354726E-3,1.0894095047261743E-2,1.3804802447200145E-2,1.6861141318766294E-2,2.0074022930072332E-2,2.3378845067650936E-2,2.6596662877206481E-2,2.9499514827220998E-2,3.206848742539864E-2,3.426951437744321E-2,3.6151111043543856E-2,3.7835269524592159E-2,3.9530063648671412E-2,4.1210749692827148E-2,4.2876742748528068E-2,4.4489182998768875E-2,4.5980759906912846E-2,4.7245595808965556E-2,4.8337523109722128E-2,4.9298085319701999E-2,5.0164859002644273E-2,5.1025191196769827E-2]
[null,"SNW","NSW","Accelerated Transition",5.5291932203389828E-5,5.5291932203389828E-5,5.5291932203389828E-5,5.5291932203389828E-5,5.5291932203389828E-5,3.0250928809534105E-3,1.0561117462220139E-2,2.4459052548099467E-2,4.61395611364483E-2,7.6258665330832198E-2,9.6633617130401001E-2,0.11802798923136405,0.14051816051050633,0.16365191547355654,0.18617664014044535,0.20649660379054696,0.22447941197779048,0.23988660064210243,0.25305777730480694,0.26484688667214512,0.27671044554069985,0.28847524784979001,0.30013719923969645,0.31142428099138214,0.32186531934838991,0.3307191706627588,0.33836266176805485,0.34508659723791402,0.35115401301850985,0.35717633837738877]
[null,"CQ","QLD","Accelerated Transition",0,0,0,0,0,9.9341126174203772E-5,3.3924111125459608E-4,8.0167546640007455E-4,1.5579517065035184E-3,2.6746085242763669E-3,3.5007551282415466E-3,4.3331259158811202E-3,5.1384619690531021E-3,5.892168182763606E-3,6.5659003916799146E-3,7.0849680832129665E-3,7.5366983429577799E-3,7.9171824133184212E-3,8.2199811741424499E-3,8.5201049116249688E-3,8.9926239988657071E-3,9.5805520665165674E-3,1.0367396960790455E-2,1.1414159163895474E-2,1.2626290819703659E-2,1.3840229417522051E-2,1.5024038890974615E-2,1.6075605408073592E-2,1.6937282386135181E-2,1.7683490229475157E-2]
[null,"GG","QLD","Accelerated Transition",3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2261855084745757E-3,3.2829501958399573E-3,3.5424840416064833E-3,3.7683491714788899E-3,3.9585912066592106E-3,4.109990587071225E-3,4.2600524558124844E-3,4.4963119994328535E-3,4.7902760332582837E-3,5.1836984803952275E-3,5.7070795819477368E-3,6.3131454098518296E-3,6.9201147087610253E-3,7.5120194454873076E-3,8.037802704036796E-3,8.4686411930675904E-3,8.8417451147375786E-3]
[null,"NQ","QLD","Accelerated Transition",0,0,0,0,0,1.4901168926130564E-4,5.088616668818941E-4,1.2025131996001117E-3,2.3369275597552772E-3,4.0119127864145501E-3,5.2511326923623189E-3,6.4996888738216799E-3,7.7076929535796522E-3,8.8382522741454091E-3,9.8488505875198706E-3,1.0627452124819449E-2,1.1305047514436669E-2,1.1875773619977629E-2,1.2329971761213674E-2,1.2780157367437452E-2,1.3488935998298559E-2,1.437082809977485E-2,1.5551095441185679E-2,1.7121238745843207E-2,1.893943622955549E-2,2.0760344126283074E-2,2.2536058336461925E-2,2.411340811211039E-2,2.5405923579202769E-2,2.6525235344212736E-2]
[null,"SQ","QLD","Accelerated Transition",0,0,0,0,0,6.9538788321942631E-4,2.3746877787821723E-3,5.6117282648005208E-3,1.0905661945524626E-2,1.8722259669934568E-2,2.4505285897690826E-2,3.0331881411167837E-2,3.5969233783371704E-2,4.1245177279345242E-2,4.5961302741759393E-2,4.9594776582490757E-2,5.2756888400704451E-2,5.5420276893228933E-2,5.7539868218997148E-2,5.9640734381374766E-2,6.2948367992059939E-2,6.7063864465615963E-2,7.2571778725533165E-2,7.9899114147268302E-2,8.8384035737925595E-2,9.6881605922654351E-2,0.1051682722368223,0.11252923785651514,0.11856097670294626,0.1237844316063261]
[null,"CSA","SA","Accelerated Transition",1.3921718644067794E-4,1.3921718644067794E-4,1.3921718644067794E-4,1.3921718644067794E-4,1.3921718644067794E-4,1.4977776317426439E-3,3.0458703279428283E-3,4.4084046306303963E-3,5.9139835032155502E-3,7.7231644572168219E-3,8.3250958758386527E-3,9.1335105853112952E-3,1.0671319694926686E-2,1.2246093167406265E-2,1.3804269893431326E-2,1.5190506275281013E-2,1.6411697129829927E-2,1.7447398785805559E-2,1.8314232034399795E-2,1.9019110967037851E-2,1.9780056580071873E-2,2.0536459241897908E-2,2.1273185582771248E-2,2.2024190743250457E-2,2.2856652664038662E-2,2.366959439620777E-2,2.4524008753408204E-2,2.5455106510648744E-2,2.6363786359698202E-2,2.7173920559283655E-2]
[null,"NSA","SA","Accelerated Transition",0,0,0,0,0,8.9866657904558633E-4,1.8275221967656973E-3,2.6450427783782375E-3,3.5483901019293298E-3,4.6338986743300935E-3,4.9950575255031911E-3,5.4801063511867769E-3,6.4027918169560112E-3,7.3476559004437593E-3,8.2825619360587955E-3,9.1143037651686062E-3,9.8470182778979554E-3,1.0468439271483335E-2,1.0988539220639876E-2,1.141146658022271E-2,1.1868033948043123E-2,1.2321875545138744E-2,1.2763911349662749E-2,1.3214514445950273E-2,1.3713991598423198E-2,1.4201756637724662E-2,1.4714405252044921E-2,1.5273063906389247E-2,1.5818271815818921E-2,1.6304352335570194E-2]
[null,"SESA","SA","Accelerated Transition",0,0,0,0,0,1.110783369353995E-3,1.2183481311771314E-3,1.7633618522521584E-3,2.36559340128622E-3,3.0892657828867293E-3,3.3300383503354612E-3,3.6534042341245178E-3,4.2685278779706747E-3,4.8984372669625071E-3,5.5217079573725309E-3,6.0762025101124047E-3,6.5646788519319712E-3,6.9789595143222227E-3,7.3256928137599188E-3,7.6076443868151418E-3,7.9120226320287482E-3,8.2145836967591635E-3,8.5092742331085002E-3,8.8096762973001834E-3,9.1426610656154643E-3,9.4678377584831077E-3,9.8096035013632808E-3,1.0182042604259497E-2,1.0545514543879283E-2,1.0869568223713462E-2]
[null,"TAS","TAS","Accelerated Transition",0,0,0,0,0,3.0132273846120794E-3,6.2068595600338269E-3,1.1668152738864594E-2,1.7435635274137787E-2,2.1630455946251296E-2,2.2585997112375963E-2,2.3555929609658129E-2,2.4503140172443972E-2,2.5389385921324101E-2,2.5753838195248947E-2,2.6405899636118745E-2,2.6948271985463002E-2,2.7388614208315339E-2,2.7745279361498985E-2,2.8028491423960241E-2,2.8258331410320473E-2,2.8426168582356016E-2,2.8537874311012637E-2,2.8602048573035541E-2,2.8638247196284942E-2,2.8654178110941349E-2,2.8665256717783319E-2,2.8689396537749635E-2,2.8725529329681285E-2,2.8771643956568369E-2]
[null,"MEL","VIC","Accelerated Transition",3.5149871186440672E-4,3.5149871186440672E-4,3.5149871186440672E-4,3.5149871186440672E-4,3.5149871186440672E-4,4.9504671005885844E-3,1.7749428871527407E-2,4.0906806771644398E-2,7.6475005006065286E-2,0.12285839881672142,0.15015190429506672,0.17549624338132275,0.20051641083428043,0.22429386096431861,0.2458227201466073,0.26399107264195371,0.2793852107503404,0.29201942107909912,0.30257980925834332,0.31184143575759354,0.32099413790938508,0.32978303580663731,0.3383293386314723,0.34801649542113455,0.36010306324942104,0.37418282239381306,0.39071467358606093,0.40999299338988826,0.42918020905573756,0.44568609689424826]
[null,"SEV","VIC","Accelerated Transition",0,0,0,0,0,7.0720958579836932E-4,2.5356326959324869E-3,5.8438295388063433E-3,1.0925000715152185E-2,1.75511998309602E-2,2.1450272042152392E-2,2.5070891911617536E-2,2.8645201547754347E-2,3.2041980137759808E-2,3.5117531449515328E-2,3.7713010377421967E-2,3.9912172964334344E-2,4.1717060154157021E-2,4.3225687036906192E-2,4.4548776536799083E-2,4.585630541562645E-2,4.711186225809106E-2,4.8332762661638905E-2,4.9716642203019225E-2,5.1443294749917302E-2,5.3454688913401875E-2,5.5816381940865863E-2,5.85704276271269E-2,6.131145843653394E-2,6.3669442413464047E-2]
[null,"WNV","VIC","Accelerated Transition",9.8735593220338966E-4,9.8735593220338966E-4,9.8735593220338966E-4,9.8735593220338966E-4,9.8735593220338966E-4,1.4144191715967386E-3,5.0712653918649738E-3,1.1687659077612687E-2,2.1850001430304369E-2,3.51023996619204E-2,4.2900544084304784E-2,5.0141783823235073E-2,5.7290403095508695E-2,6.4083960275519616E-2,7.0235062899030656E-2,7.5426020754843934E-2,7.9824345928668688E-2,8.3434120308314041E-2,8.6451374073812384E-2,8.9097553073598165E-2,9.17126108312529E-2,9.422372451618212E-2,9.6665525323277809E-2,9.943328440603845E-2,0.1028865894998346,0.10690937782680375,0.11163276388173173,0.1171408552542538,0.12262291687306788,0.12733888482692809]

{"sheet":"Hydrogen monthly profiles","index":72,"n_rows":44,"n_cols":33,"rows_kept":44,"cut":false,"hidden":false,"merged":[]}
[null,"Go to Assumptions Summary"]
[null,"NEM monthly hydrogen consumption profiles (% of total annual production/month)"]
[null,"This table shows the assumed monthly consumption profiles for commodity and exports hydrogen usage across the NEM, which are assumed to be seasonal, following available hydrogen supply."]
[null,"Domestic hydrogen is not assumed to be seasonal, as there is minimal use in residential and commercial sectors."]
[null,"The figures represent the % of the total annual consumption that occurs in each calendar month."]
[null,"Source: 2024 multi-sectoral model outcome (AusTIMES) conducted by CSIRO and AEMO analysis."]
[]
[null,"Month","Scenario","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,"January","Slower Growth",8.3333333502481483E-2,8.3334140266602422E-2,8.3335518852929585E-2,8.337143615591841E-2,8.3436861720884298E-2,8.3530356787107504E-2,8.3645549932984273E-2,8.3832142858753109E-2,8.3857740503479508E-2,8.3830712868787058E-2,8.3756211971258474E-2,8.4019658815708276E-2,8.4358670182333187E-2,8.4923717039614405E-2,8.5611139985912202E-2,8.612424608163112E-2,8.6092321244554029E-2,8.6022502501398312E-2,8.5799810023355294E-2,8.5543745688057865E-2,8.5543745688057865E-2,8.5543745688057865E-2,8.5543745688057865E-2,8.5543745688057865E-2,8.5543745688057865E-2,8.5543745688057865E-2,8.5543745688057865E-2,8.5543745688057865E-2,8.5543745688057865E-2,8.5543745688057865E-2]
[null,"February","Slower Growth",8.3333333416716032E-2,8.3333732945536976E-2,8.3334465988410711E-2,8.3351518249228082E-2,8.3382183790363495E-2,8.3426292784030742E-2,8.3480712417498937E-2,8.3581265229199314E-2,8.3568221027136194E-2,8.3538269418068287E-2,8.3492060461182904E-2,8.3599435560790594E-2,8.3726734265766628E-2,8.4032154810705681E-2,8.4419445217936206E-2,8.4661662826038722E-2,8.4608740915255845E-2,8.4629186824760838E-2,8.4549823779316829E-2,8.4315691961742295E-2,8.4315691961742295E-2,8.4315691961742295E-2,8.4315691961742295E-2,8.4315691961742295E-2,8.4315691961742295E-2,8.4315691961742295E-2,8.4315691961742295E-2,8.4315691961742295E-2,8.4315691961742295E-2,8.4315691961742295E-2]
[null,"March","Slower Growth",8.3333333279576233E-2,8.333303631955731E-2,8.3332490587000721E-2,8.3318510515475563E-2,8.3289754857480733E-2,8.3252304275495265E-2,8.3208125736418878E-2,8.3137816939128514E-2,8.30326709079139E-2,8.2989686006506164E-2,8.2995128927485312E-2,8.286212432143103E-2,8.2694802903553397E-2,8.256773209837899E-2,8.2383732910014801E-2,8.2158973015197923E-2,8.2088088803809536E-2,8.2216531947947993E-2,8.2413661209023673E-2,8.2304899260949457E-2,8.2304899260949457E-2,8.2304899260949457E-2,8.2304899260949457E-2,8.2304899260949457E-2,8.2304899260949457E-2,8.2304899260949457E-2,8.2304899260949457E-2,8.2304899260949457E-2,8.2304899260949457E-2,8.2304899260949457E-2]
[null,"April","Slower Growth",8.3333333193810782E-2,8.3332629005562264E-2,8.3331437780759951E-2,8.3298608253729228E-2,8.3235200819079674E-2,8.3148677160942666E-2,8.3044355004680936E-2,8.2889838522243159E-2,8.2747439326665173E-2,8.2701760665099058E-2,8.2734690254508497E-2,8.244997055185066E-2,8.2078253489448111E-2,8.1707172847878748E-2,8.1252771563812054E-2,8.0788405513179548E-2,8.0697990861393773E-2,8.0908933198095084E-2,8.1230271299884957E-2,8.1135383210697326E-2,8.1135383210697326E-2,8.1135383210697326E-2,8.1135383210697326E-2,8.1135383210697326E-2,8.1135383210697326E-2,8.1135383210697326E-2,8.1135383210697326E-2,8.1135383210697326E-2,8.1135383210697326E-2,8.1135383210697326E-2]
[null,"May","Slower Growth",8.3333333177027125E-2,8.3332627668854645E-2,8.3331689717693988E-2,8.3297426533173555E-2,8.3235848053785783E-2,8.3146734345308865E-2,8.3036302988333505E-2,8.291664076804299E-2,8.2848337033415709E-2,8.2834380543953048E-2,8.2870779460148952E-2,8.256680851434188E-2,8.2124521104639581E-2,8.1720916784943032E-2,8.1345995362139614E-2,8.0924756632864248E-2,8.0839834557525525E-2,8.1071790449182279E-2,8.1294061185093733E-2,8.1145101846550813E-2,8.1145101846550813E-2,8.1145101846550813E-2,8.1145101846550813E-2,8.1145101846550813E-2,8.1145101846550813E-2,8.1145101846550813E-2,8.1145101846550813E-2,8.1145101846550813E-2,8.1145101846550813E-2,8.1145101846550813E-2]
[null,"June","Slower Growth",8.3333333143251739E-2,8.3332643204654222E-2,8.3332330298553914E-2,8.3295281171434102E-2,8.3238330703267763E-2,8.3144407061830072E-2,8.3021606871983344E-2,8.2989224805762526E-2,8.3073946853978176E-2,8.3121608853164608E-2,8.3158574817138398E-2,8.2806026123573517E-2,8.219204005738362E-2,8.1745346173727085E-2,8.1598480675888152E-2,8.1287906892539855E-2,8.119519354150509E-2,8.1502019817737359E-2,8.150483166467401E-2,8.1166971219888029E-2,8.1166971219888029E-2,8.1166971219888029E-2,8.1166971219888029E-2,8.1166971219888029E-2,8.1166971219888029E-2,8.1166971219888029E-2,8.1166971219888029E-2,8.1166971219888029E-2,8.1166971219888029E-2,8.1166971219888029E-2]
[null,"July","Slower Growth",8.3333333126468082E-2,8.3332641867945242E-2,8.3332582241363265E-2,8.3294099519356096E-2,8.3238978009667092E-2,8.314246429152608E-2,8.3013558125392739E-2,8.3016102438408873E-2,8.3175617360586276E-2,8.3255486629654971E-2,8.3295927505912609E-2,8.2923756800468137E-2,8.223837109111018E-2,8.1759099857289505E-2,8.1692709511320932E-2,8.1426406363556622E-2,8.1339152904636128E-2,8.1667866054598748E-2,8.1569259747252404E-2,8.1176698006441367E-2,8.1176698006441367E-2,8.1176698006441367E-2,8.1176698006441367E-2,8.1176698006441367E-2,8.1176698006441367E-2,8.1176698006441367E-2,8.1176698006441367E-2,8.1176698006441367E-2,8.1176698006441367E-2,8.1176698006441367E-2]
[null,"August","Slower Growth",8.3333333229641426E-2,8.333299589090841E-2,8.3332973037118868E-2,8.3314525136232456E-2,8.3289326598928848E-2,8.324332312960124E-2,8.3180920909725453E-2,8.3181551089973216E-2,8.3294230639504807E-2,8.3352745128715031E-2,8.3380974428406557E-2,8.3212409916566824E-2,8.2889544478153318E-2,8.2617467935008709E-2,8.2553796143105582E-2,8.2428631714874259E-2,8.2414620576437572E-2,8.2543528025913498E-2,8.2454399524643437E-2,8.2331559090109072E-2,8.2331559090109072E-2,8.2331559090109072E-2,8.2331559090109072E-2,8.2331559090109072E-2,8.2331559090109072E-2,8.2331559090109072E-2,8.2331559090109072E-2,8.2331559090109072E-2,8.2331559090109072E-2,8.2331559090109072E-2]
[null,"September","Slower Growth",8.3333333407399637E-2,8.3333568169585079E-2,8.3333403687338534E-2,8.334875774914767E-2,8.3371920867918295E-2,8.3410853478198113E-2,8.3462103034414883E-2,8.3430313963104977E-2,8.343563543727528E-2,8.3450161200487871E-2,8.34631936979809E-2,8.3652558164222332E-2,8.4000290162909871E-2,8.4074919374906257E-2,8.3919674523698584E-2,8.4002056313404183E-2,8.4133686938693442E-2,8.3873948183806363E-2,8.385426987782553E-2,8.430470545941178E-2,8.430470545941178E-2,8.430470545941178E-2,8.430470545941178E-2,8.430470545941178E-2,8.430470545941178E-2,8.430470545941178E-2,8.430470545941178E-2,8.430470545941178E-2,8.430470545941178E-2,8.430470545941178E-2]
[null,"October","Slower Growth",8.3333333510572982E-2,8.3333922197184288E-2,8.3333794484028625E-2,8.3369200285366776E-2,8.3422366831597025E-2,8.351211551848671E-2,8.3630607741720764E-2,8.3596588990590762E-2,8.3554410148665353E-2,8.3547420612672979E-2,8.3548226305450071E-2,8.3943808910841702E-2,8.4669198547089874E-2,8.4963879924115263E-2,8.4806714333059002E-2,8.503843006989778E-2,8.5250297821573659E-2,8.4773380571211435E-2,8.4766735990470007E-2,8.5515750828498313E-2,8.5515750828498313E-2,8.5515750828498313E-2,8.5515750828498313E-2,8.5515750828498313E-2,8.5515750828498313E-2,8.5515750828498313E-2,8.5515750828498313E-2,8.5515750828498313E-2,8.5515750828498313E-2,8.5515750828498313E-2]
[null,"November","Slower Growth",8.3333333509948745E-2,8.3333976826052869E-2,8.3334204577237142E-2,8.3369857973367975E-2,8.3425937910357406E-2,8.3516842971070468E-2,8.3635027886262175E-2,8.3653220066441533E-2,8.362163396897869E-2,8.3606941205048468E-2,8.3588676529332953E-2,8.3952808261650136E-2,8.4586906809206372E-2,8.4952537336970335E-2,8.5000214464439311E-2,8.5298434562619943E-2,8.5449025115639968E-2,8.5071344675053784E-2,8.5019981621316118E-2,8.552194731819085E-2,8.552194731819085E-2,8.552194731819085E-2,8.552194731819085E-2,8.552194731819085E-2,8.552194731819085E-2,8.552194731819085E-2,8.552194731819085E-2,8.552194731819085E-2,8.552194731819085E-2,8.552194731819085E-2]
[null,"December","Slower Growth",8.3333333503105719E-2,8.3334085637556232E-2,8.3335108747564959E-2,8.337077845757003E-2,8.3433289836669561E-2,8.3525628196402246E-2,8.3641129350584362E-2,8.3775294328350985E-2,8.379011679240117E-2,8.3770826867842416E-2,8.3715555641194594E-2,8.4010634058554884E-2,8.4440666908405806E-2,8.4935055816461935E-2,8.5415325308673518E-2,8.586009001419577E-2,8.5891046718975392E-2,8.571896775029457E-2,8.554289407714398E-2,8.5537546109462778E-2,8.5537546109462778E-2,8.5537546109462778E-2,8.5537546109462778E-2,8.5537546109462778E-2,8.5537546109462778E-2,8.5537546109462778E-2,8.5537546109462778E-2,8.5537546109462778E-2,8.5537546109462778E-2,8.5537546109462778E-2]
[null,"January","Step Change",8.3333330489989296E-2,8.3333562930797356E-2,8.3333493574885814E-2,8.3355033975937382E-2,8.3371679005797672E-2,8.3531072005540802E-2,8.3796403773192044E-2,8.4318385417069486E-2,8.4560505203621517E-2,8.4735721005502473E-2,8.4705840363486551E-2,8.4942776822998403E-2,8.5141717195426347E-2,8.5518295975873321E-2,8.5891460557250734E-2,8.6336531439696954E-2,8.6414844755285283E-2,8.6619629862519254E-2,8.6789903172870067E-2,8.7368934666711098E-2,8.7368934666711098E-2,8.7368934666711098E-2,8.7368934666711098E-2,8.7368934666711098E-2,8.7368934666711098E-2,8.7368934666711098E-2,8.7368934666711098E-2,8.7368934666711098E-2,8.7368934666711098E-2,8.7368934666711098E-2]
[null,"February","Step Change",8.3333330301226735E-2,8.3333434393664821E-2,8.3333287688616073E-2,8.3343960305125933E-2,8.335170068799784E-2,8.3424397020531199E-2,8.3544770017940556E-2,8.3799915022904903E-2,8.3894614998153372E-2,8.3935482263684469E-2,8.3864897924983806E-2,8.3978563828325123E-2,8.4093715550782919E-2,8.4294025886599344E-2,8.4491589840866188E-2,8.4742239713183495E-2,8.476921977743343E-2,8.4876146044960687E-2,8.5045910052276921E-2,8.5317205849904335E-2,8.5317205849904335E-2,8.5317205849904335E-2,8.5317205849904335E-2,8.5317205849904335E-2,8.5317205849904335E-2,8.5317205849904335E-2,8.5317205849904335E-2,8.5317205849904335E-2,8.5317205849904335E-2,8.5317205849904335E-2]
[null,"March","Step Change",8.3333329231712341E-2,8.3333220987928433E-2,8.3332934526900035E-2,8.3325720130774272E-2,8.3318377100161767E-2,8.3237612825472804E-2,8.3102109282058093E-2,8.2898078847916903E-2,8.2695212391233341E-2,8.2504684641900389E-2,8.2400021266011078E-2,8.2325773752963766E-2,8.2307074731388721E-2,8.2246590206254647E-2,8.2129680810361025E-2,8.2036086878575637E-2,8.2003082029727503E-2,8.1911443920475918E-2,8.212639402219879E-2,8.1939378753429382E-2,8.1939378753429382E-2,8.1939378753429382E-2,8.1939378753429382E-2,8.1939378753429382E-2,8.1939378753429382E-2,8.1939378753429382E-2,8.1939378753429382E-2,8.1939378753429382E-2,8.1939378753429382E-2,8.1939378753429382E-2]
[null,"April","Step Change",8.3333329042949794E-2,8.333309245145043E-2,8.3332728642449644E-2,8.3314651221660513E-2,8.3298414780871063E-2,8.313145106011155E-2,8.2853366629828382E-2,8.2391571527104634E-2,8.2050772459633312E-2,8.1735085927401252E-2,8.1591155828202463E-2,8.1402174154185089E-2,8.1306334387028459E-2,8.1083758362157546E-2,8.0811802481363743E-2,8.0549349348319699E-2,8.046950371010865E-2,8.0297267459279648E-2,8.0505639436318457E-2,8.0051564939821615E-2,8.0051564939821615E-2,8.0051564939821615E-2,8.0051564939821615E-2,8.0051564939821615E-2,8.0051564939821615E-2,8.0051564939821615E-2,8.0051564939821615E-2,8.0051564939821615E-2,8.0051564939821615E-2,8.0051564939821615E-2]
[null,"May","Step Change",8.3333332120876985E-2,8.3333094295636914E-2,8.3332864882702029E-2,8.331351131175592E-2,8.3297542744686912E-2,8.3146710651485212E-2,8.2896356501414387E-2,8.2451268983484247E-2,8.2223782175989399E-2,8.1964648281098784E-2,8.1815833390281575E-2,8.1597107189867443E-2,8.1473678538413974E-2,8.1178699056528747E-2,8.0934884477122451E-2,8.0683623348399278E-2,8.0570850638622835E-2,8.0459292637219085E-2,8.0506432897677685E-2,7.9983305519573347E-2,7.9983305519573347E-2,7.9983305519573347E-2,7.9983305519573347E-2,7.9983305519573347E-2,7.9983305519573347E-2,7.9983305519573347E-2,7.9983305519573347E-2,7.9983305519573347E-2,7.9983305519573347E-2,7.9983305519573347E-2]
[null,"June","Step Change",8.3333338005666169E-2,8.3333096547005589E-2,8.3333101969946505E-2,8.3311399458376761E-2,8.3296129089285978E-2,8.3181599168872744E-2,8.2993897469019542E-2,8.2598777647119551E-2,8.2621941664733994E-2,8.2473158237464803E-2,8.2282405046862794E-2,8.2001887631502152E-2,8.1830917543889062E-2,8.1390034465458394E-2,8.1230535199050755E-2,8.1036767428004364E-2,8.0844356723750746E-2,8.0884107269566602E-2,8.0607396865605613E-2,7.9935070926107174E-2,7.9935070926107174E-2,7.9935070926107174E-2,7.9935070926107174E-2,7.9935070926107174E-2,7.9935070926107174E-2,7.9935070926107174E-2,7.9935070926107174E-2,7.9935070926107174E-2,7.9935070926107174E-2,7.9935070926107174E-2]
[null,"July","Step Change",8.3333341083593873E-2,8.3333098391192115E-2,8.3333238211023272E-2,8.3310259615031565E-2,8.3295257081502996E-2,8.3196876918711249E-2,8.3037031456058896E-2,8.2658805954706829E-2,8.2797427718544467E-2,8.2706844608995314E-2,8.2510617715348872E-2,8.219952514200049E-2,8.2000383842842126E-2,8.1485731688574981E-2,8.1355093093686451E-2,8.1173118177572126E-2,8.0946949431654688E-2,8.1049183652990006E-2,8.0608196069610241E-2,7.9866708332253872E-2,7.9866708332253872E-2,7.9866708332253872E-2,7.9866708332253872E-2,7.9866708332253872E-2,7.9866708332253872E-2,7.9866708332253872E-2,7.9866708332253872E-2,7.9866708332253872E-2,7.9866708332253872E-2,7.9866708332253872E-2]
[null,"August","Step Change",8.3333339007625601E-2,8.3333229394539785E-2,8.3333414041743686E-2,8.3321962362085264E-2,8.3315097126446983E-2,8.3274972372434738E-2,8.3210136748918376E-2,8.3027061421709694E-2,8.3135064216985341E-2,8.3136142846482602E-2,8.3082763543766189E-2,8.2922430167776645E-2,8.2801940301700544E-2,8.251259610174283E-2,8.2436092404999203E-2,8.2314675483816976E-2,8.2200265752566018E-2,8.2256280129141351E-2,8.1930293488939362E-2,8.1530297442243896E-2,8.1530297442243896E-2,8.1530297442243896E-2,8.1530297442243896E-2,8.1530297442243896E-2,8.1530297442243896E-2,8.1530297442243896E-2,8.1530297442243896E-2,8.1530297442243896E-2,8.1530297442243896E-2,8.1530297442243896E-2]
[null,"September","Step Change",8.3333334792768624E-2,8.3333448556302286E-2,8.3333697074510465E-2,8.3341683630858587E-2,8.3348137301825637E-2,8.3395886046499626E-2,8.347384381885023E-2,8.3597603210496876E-2,8.3593882387123467E-2,8.3735548153671388E-2,8.39586643495768E-2,8.4068407862405464E-2,8.4084700799635773E-2,8.4212196347124957E-2,8.4193286581680432E-2,8.4139531340442414E-2,8.4247786231792701E-2,8.4171957786906934E-2,8.4105012562092546E-2,8.4360306582699551E-2,8.4360306582699551E-2,8.4360306582699551E-2,8.4360306582699551E-2,8.4360306582699551E-2,8.4360306582699551E-2,8.4360306582699551E-2,8.4360306582699551E-2,8.4360306582699551E-2,8.4360306582699551E-2,8.4360306582699551E-2]
[null,"October","Step Change",8.3333332716800615E-2,8.3333579560342888E-2,8.3333872906361836E-2,8.3353392008124097E-2,8.3367993058728523E-2,8.3474181897439576E-2,8.3647887321049955E-2,8.3970311699286218E-2,8.3933953448959153E-2,8.4169167808996664E-2,8.4541040320463196E-2,8.4809326159251602E-2,8.4909030835569277E-2,8.5280002912006214E-2,8.5317665581138916E-2,8.532754752756605E-2,8.5560398081967762E-2,8.5429976488334461E-2,8.5495074989868969E-2,8.6141304650384359E-2,8.6141304650384359E-2,8.6141304650384359E-2,8.6141304650384359E-2,8.6141304650384359E-2,8.6141304650384359E-2,8.6141304650384359E-2,8.6141304650384359E-2,8.6141304650384359E-2,8.6141304650384359E-2,8.6141304650384359E-2]
[null,"November","Step Change",8.3333331903603855E-2,8.3333575249267031E-2,8.3333766719577845E-2,8.3353897610344369E-2,8.3368987477598092E-2,8.3487129928935588E-2,8.3681405240010345E-2,8.4052322215962996E-2,8.4075508269739335E-2,8.4290819895907976E-2,8.4562653722597275E-2,8.4825592589720861E-2,8.4952644039605216E-2,8.5331514127810842E-2,8.5450931147334361E-2,8.5568806368589115E-2,8.576621602180716E-2,8.5713869177197033E-2,8.5820578083432741E-2,8.6457596298097891E-2,8.6457596298097891E-2,8.6457596298097891E-2,8.6457596298097891E-2,8.6457596298097891E-2,8.6457596298097891E-2,8.6457596298097891E-2,8.6457596298097891E-2,8.6457596298097891E-2,8.6457596298097891E-2,8.6457596298097891E-2]
[null,"December","Step Change",8.3333331303186056E-2,8.3333567241872269E-2,8.3333599761282615E-2,8.3354528369925115E-2,8.3370684545096468E-2,8.3518110103964732E-2,8.376279174165914E-2,8.4235898052237634E-2,8.4417335065283233E-2,8.4612696328893691E-2,8.4684106528419179E-2,8.492643469900292E-2,8.50978622337175E-2,8.5466554869867983E-2,8.5756977825145672E-2,8.6091722945833851E-2,8.620652684528321E-2,8.6330845571408979E-2,8.6459168359108607E-2,8.7048326038773716E-2,8.7048326038773716E-2,8.7048326038773716E-2,8.7048326038773716E-2,8.7048326038773716E-2,8.7048326038773716E-2,8.7048326038773716E-2,8.7048326038773716E-2,8.7048326038773716E-2,8.7048326038773716E-2,8.7048326038773716E-2]
[null,"January","Accelerated Transition",8.3370124840081133E-2,8.3381052820586485E-2,8.3398638746335046E-2,8.3784999257558029E-2,8.434329963480873E-2,8.4948370681569213E-2,8.5591925584481338E-2,8.6405468544466568E-2,8.6628144360271331E-2,8.6704010202366219E-2,8.674941747374966E-2,8.6769348580309713E-2,8.6628160813580615E-2,8.6615982474116809E-2,8.6493539367134969E-2,8.6379918618072621E-2,8.6285204721794448E-2,8.6591880491375284E-2,8.7007258389141653E-2,8.7482999544620257E-2,8.7482999544620257E-2,8.7482999544620257E-2,8.7482999544620257E-2,8.7482999544620257E-2,8.7482999544620257E-2,8.7482999544620257E-2,8.7482999544620257E-2,8.7482999544620257E-2,8.7482999544620257E-2,8.7482999544620257E-2]
[null,"February","Accelerated Transition",8.3331817689564783E-2,8.3340532882260523E-2,8.3352682696177668E-2,8.3545855164505078E-2,8.3826473749238753E-2,8.4131205398620748E-2,8.4440234299881109E-2,8.4746444406374008E-2,8.4778381703937783E-2,8.4730639694646961E-2,8.466343984756991E-2,8.4627216739838598E-2,8.461862064966269E-2,8.4673295249643385E-2,8.4694511842962242E-2,8.4746961087402706E-2,8.4782504160756805E-2,8.4989514449322706E-2,8.525497175832189E-2,8.5523227064212629E-2,8.5523227064212629E-2,8.5523227064212629E-2,8.5523227064212629E-2,8.5523227064212629E-2,8.5523227064212629E-2,8.5523227064212629E-2,8.5523227064212629E-2,8.5523227064212629E-2,8.5523227064212629E-2,8.5523227064212629E-2]
[null,"March","Accelerated Transition",8.3262992553035362E-2,8.3271556407271061E-2,8.32793161035595E-2,8.3167622411517747E-2,8.3014003024016111E-2,8.2833101304943979E-2,8.2588184633275982E-2,8.2080532209405851E-2,8.174418079496891E-2,8.145929808202089E-2,8.1213320209731252E-2,8.108885915608148E-2,8.1273747125072807E-2,8.1466882403082155E-2,8.1719402731537452E-2,8.2028148840757584E-2,8.2283804721402301E-2,8.2369385746578802E-2,8.2437895241105008E-2,8.2425717975123797E-2,8.2425717975123797E-2,8.2425717975123797E-2,8.2425717975123797E-2,8.2425717975123797E-2,8.2425717975123797E-2,8.2425717975123797E-2,8.2425717975123797E-2,8.2425717975123797E-2,8.2425717975123797E-2,8.2425717975123797E-2]
[null,"April","Accelerated Transition",8.3224755713943874E-2,8.3231105790961935E-2,8.3233435755068211E-2,8.2930477245308068E-2,8.2506357999991259E-2,8.2039543740087109E-2,8.1485019557614793E-2,8.0523236142664892E-2,8.0029145482384448E-2,7.9645112284449662E-2,7.9306187802539146E-2,7.9135804350822112E-2,7.9432525639301269E-2,7.9677023402173558E-2,8.0050748423177054E-2,8.0502999318613114E-2,8.087119479642399E-2,8.0864554473659159E-2,8.0796431551404382E-2,8.0597905776550807E-2,8.0597905776550807E-2,8.0597905776550807E-2,8.0597905776550807E-2,8.0597905776550807E-2,8.0597905776550807E-2,8.0597905776550807E-2,8.0597905776550807E-2,8.0597905776550807E-2,8.0597905776550807E-2,8.0597905776550807E-2]
[null,"May","Accelerated Transition",8.325181790063349E-2,8.3248169542958314E-2,8.3238093383513484E-2,8.2889632529552504E-2,8.239731800142279E-2,8.1891663092090436E-2,8.133991628232505E-2,8.0423776756224266E-2,8.009730474294191E-2,7.9849247469160042E-2,7.9577115168717003E-2,7.9438934930315674E-2,7.9727505266190976E-2,7.9868270857343757E-2,8.0178536706648901E-2,8.0562082911169453E-2,8.0843478145715283E-2,8.0708043488305334E-2,8.0495387049489525E-2,8.0160620632525936E-2,8.0160620632525936E-2,8.0160620632525936E-2,8.0160620632525936E-2,8.0160620632525936E-2,8.0160620632525936E-2,8.0160620632525936E-2,8.0160620632525936E-2,8.0160620632525936E-2,8.0160620632525936E-2,8.0160620632525936E-2]
[null,"June","Accelerated Transition",8.3301992937298772E-2,8.3278121987581152E-2,8.3242688052408503E-2,8.2802767287625964E-2,8.2173654687347178E-2,8.1598696023802847E-2,8.1064862979531277E-2,8.0224963513628761E-2,8.0252008384081405E-2,8.0281222625722723E-2,8.0124169156062686E-2,8.0040790761500905E-2,8.0333331892014428E-2,8.0259645833592935E-2,8.0458077413557177E-2,8.0734008599399845E-2,8.0855615666610897E-2,8.0463596125787323E-2,7.9964252370525804E-2,7.9348518009206032E-2,7.9348518009206032E-2,7.9348518009206032E-2,7.9348518009206032E-2,7.9348518009206032E-2,7.9348518009206032E-2,7.9348518009206032E-2,7.9348518009206032E-2,7.9348518009206032E-2,7.9348518009206032E-2,7.9348518009206032E-2]
[null,"July","Accelerated Transition",8.3329092776060695E-2,8.3295198989483954E-2,8.3247345663163094E-2,8.2762038730641752E-2,8.2065414767969636E-2,8.1452238424760959E-2,8.0921057610675931E-2,8.0126227653787879E-2,8.0320604631789555E-2,8.0488832161781335E-2,8.0400771973646548E-2,8.0350846770936679E-2,8.0635176956139865E-2,8.0453751072910071E-2,8.058728744684443E-2,8.0793569967332002E-2,8.0827820945596845E-2,8.0308076364201939E-2,7.9668328288656109E-2,7.8923785999342189E-2,7.8923785999342189E-2,7.8923785999342189E-2,7.8923785999342189E-2,7.8923785999342189E-2,7.8923785999342189E-2,7.8923785999342189E-2,7.8923785999342189E-2,7.8923785999342189E-2,7.8923785999342189E-2,7.8923785999342189E-2]
[null,"August","Accelerated Transition",8.3352360304454254E-2,8.3331262276279766E-2,8.3302772807747533E-2,8.3053844767355084E-2,8.2689017624970176E-2,8.236381443089795E-2,8.2093126001055852E-2,8.1749827376580514E-2,8.1938738477498635E-2,8.2116056922738656E-2,8.2150088082868916E-2,8.2164682891728513E-2,8.2268168881388617E-2,8.2107371459728948E-2,8.2104873674341106E-2,8.2117699705307898E-2,8.2057484356882177E-2,8.1717122562160058E-2,8.1302056966793712E-2,8.084543307299194E-2,8.084543307299194E-2,8.084543307299194E-2,8.084543307299194E-2,8.084543307299194E-2,8.084543307299194E-2,8.084543307299194E-2,8.084543307299194E-2,8.084543307299194E-2,8.084543307299194E-2,8.084543307299194E-2]
[null,"September","Accelerated Transition",8.3386119451516472E-2,8.3389909212336813E-2,8.3398425781281704E-2,8.3562199520094138E-2,8.37861689325064E-2,8.3964713441851996E-2,8.4138763719281542E-2,8.4608901923506494E-2,8.4708831268912432E-2,8.4851959032170549E-2,8.510736652873778E-2,8.5240694417209384E-2,8.4993799322896579E-2,8.491068526572583E-2,8.4665906502672514E-2,8.4322935619779882E-2,8.4109691785495849E-2,8.4135822444121655E-2,8.418355496784799E-2,8.4331324826612875E-2,8.4331324826612875E-2,8.4331324826612875E-2,8.4331324826612875E-2,8.4331324826612875E-2,8.4331324826612875E-2,8.4331324826612875E-2,8.4331324826612875E-2,8.4331324826612875E-2,8.4331324826612875E-2,8.4331324826612875E-2]
[null,"October","Accelerated Transition",8.3409401589677384E-2,8.3426021266107944E-2,8.3453986502740052E-2,8.3857794170194136E-2,8.4427512206785446E-2,8.4914123198514171E-2,8.5372517279150656E-2,8.6352567806944697E-2,8.6437326337972895E-2,8.6584829275651851E-2,8.697930436139277E-2,8.7186774003002149E-2,8.6730320244109829E-2,8.6675521301980335E-2,8.6276883830697038E-2,8.5716614542234573E-2,8.5400210973223714E-2,8.5631301917923841E-2,8.5942583395115998E-2,8.6439670596881665E-2,8.6439670596881665E-2,8.6439670596881665E-2,8.6439670596881665E-2,8.6439670596881665E-2,8.6439670596881665E-2,8.6439670596881665E-2,8.6439670596881665E-2,8.6439670596881665E-2,8.6439670596881665E-2,8.6439670596881665E-2]
[null,"November","Accelerated Transition",8.3397316677766856E-2,8.3413345886117402E-2,8.3439747689240451E-2,8.3842997792718518E-2,8.4415743929833503E-2,8.4935789378900686E-2,8.5440974569062106E-2,8.637523193190183E-2,8.6479307526220101E-2,8.6595722040337206E-2,8.6894942783794046E-2,8.7051354608825432E-2,8.6676339584554354E-2,8.6642307220955603E-2,8.6319794643588202E-2,8.5878483784551485E-2,8.5625557602891547E-2,8.5887907124202634E-2,8.6239471094862866E-2,8.6745147421335253E-2,8.6745147421335253E-2,8.6745147421335253E-2,8.6745147421335253E-2,8.6745147421335253E-2,8.6745147421335253E-2,8.6745147421335253E-2,8.6745147421335253E-2,8.6745147421335253E-2,8.6745147421335253E-2,8.6745147421335253E-2]
[null,"December","Accelerated Transition",8.338220756596737E-2,8.3393722938054915E-2,8.3412866818764989E-2,8.379977112292894E-2,8.4355035441109852E-2,8.4926740883959836E-2,8.5523417483664266E-2,8.6382821734513907E-2,8.6586026289020374E-2,8.6693070208953685E-2,8.6833876611190214E-2,8.6904692789429319E-2,8.6682303625087803E-2,8.6649263458746559E-2,8.6450437416839179E-2,8.6216577005379241E-2,8.6057432123206559E-2,8.6332794812361696E-2,8.6707808926735339E-2,8.7175649080596607E-2,8.7175649080596607E-2,8.7175649080596607E-2,8.7175649080596607E-2,8.7175649080596607E-2,8.7175649080596607E-2,8.7175649080596607E-2,8.7175649080596607E-2,8.7175649080596607E-2,8.7175649080596607E-2,8.7175649080596607E-2]

{"sheet":"Hydrogen demand-Export&Commod","index":73,"n_rows":156,"n_cols":34,"rows_kept":156,"cut":false,"hidden":false,"merged":[]}
[null,"Go to Assumptions Summary"]
[null,"Total REZ-based hydrogen export from NEM electrolysers (Mt of H2/annum)"]
[null,"Export hydrogen consumption is developed based on the 2024 multi-sectoral model outcome (AusTIMES) conducted by CSIRO, and ACIL Allen 2025, with AEMO assumptions."]
[null,"Export hydrogen may be in the form of liquified hydrogen or other carriers (e.g. ammonia), for conversion back to hydrogen at the end user location. Ammonia for use as a commodity is excluded from this category."]
[null,"To estimate the electricity load required for the electrolysers, multiply 'Mts' by 'electrolysers electricity consumption rate (kWh/kg H2)' detailed in the sheet 'Other hydrogen assumptions'."]
[]
[null,"ISP Subregion","Region","Scenario","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,"CNSW","NSW","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"NNSW","NSW","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SNSW","NSW","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SNW","NSW","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"CQ","QLD","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"GG","QLD","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"NQ","QLD","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SQ","QLD","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"CSA","SA","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"NSA","SA","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SESA","SA","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"TAS","TAS","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"MEL","VIC","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SEV","VIC","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"WNV","VIC","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"CNSW","NSW","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"NNSW","NSW","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SNSW","NSW","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SNW","NSW","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"CQ","QLD","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"GG","QLD","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"NQ","QLD","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SQ","QLD","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"CSA","SA","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"NSA","SA","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SESA","SA","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"TAS","TAS","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"MEL","VIC","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SEV","VIC","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"WNV","VIC","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"CNSW","NSW","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"NNSW","NSW","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SNSW","NSW","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SNW","NSW","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"CQ","QLD","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"GG","QLD","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"NQ","QLD","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SQ","QLD","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"CSA","SA","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"NSA","SA","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SESA","SA","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"TAS","TAS","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"MEL","VIC","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SEV","VIC","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"WNV","VIC","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[]
[null,"Additional REZ-based hydrogen demand for green commodities (Mt of H2/annum)"]
[null,"Additional hydrogen consumption for green commodities is developed based on ACIL Allen 2025 and 2024 multi-sectoral model outcome (AusTIMES) conducted by CSIRO, with AEMO assumptions."]
[null,"Additional' means any extra consumption of hydrogen in addition to the existing consumption for feedstock production (such as ammonia and fertilisers) as a result of emerging hydrogen applications. "]
[null,"All additional REZ-based hydrogen is assumed to be produced by electrolysers which are geographically located within REZs, with none from steam methane reforming (SMR)."]
[null,"To estimate the electricity load required for the electrolysers, multiply 'Mts' by 'electrolysers electricity consumption rate (kWh/kg H2)' detailed in the sheet 'Other hydrogen assumptions'."]
[]
[null,"ISP Subregion","Region","Scenario","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,"CNSW","NSW","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"NNSW","NSW","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SNSW","NSW","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SNW","NSW","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"CQ","QLD","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"GG","QLD","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"NQ","QLD","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SQ","QLD","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"CSA","SA","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"NSA","SA","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SESA","SA","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"TAS","TAS","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"MEL","VIC","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SEV","VIC","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"WNV","VIC","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"CNSW","NSW","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"NNSW","NSW","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SNSW","NSW","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SNW","NSW","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,9.8726097763048443E-3,1.1089056338028142E-2,1.2494140265120114E-2,1.3985609527754747E-2,1.57133162386081E-2,1.7673734465617225E-2,1.9540715492957734E-2,2.122082212096104E-2,2.2685846893123439E-2,2.3785937696768844E-2,2.4544013090306536E-2,2.5296799585749773E-2,2.6005511930405945E-2]
[null,"CQ","QLD","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"GG","QLD","Step Change",0,0,0,0,0,0,0,0,0,1.0376112874896419E-2,1.105168145816071E-2,1.1299201888980931E-2,1.1345744192212084E-2,1.1665193637116811E-2,1.225755022369511E-2,1.3295584623032309E-2,1.4756025683512836E-2,1.6645925269262628E-2,1.8695902170671075E-2,2.1063918144159061E-2,2.357720251864124E-2,2.6488917216238597E-2,2.979201037282514E-2,3.2937141772990841E-2,3.576634966031482E-2,3.8233796917978478E-2,4.0086321623860846E-2,4.1362709030654587E-2,4.263204457332237E-2,4.3827335542667836E-2]
[null,"NQ","QLD","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SQ","QLD","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"CSA","SA","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"NSA","SA","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,9.3423095940347728E-3,1.0492468632974292E-2,1.1821745020712485E-2,1.3232823032311495E-2,1.486673995028996E-2,1.6719969842584909E-2,1.8485051433305706E-2,2.007242604805301E-2,2.1456706975973471E-2,2.2496856934548452E-2,2.3214031516155739E-2,2.3926974979287464E-2,2.45983124440762E-2]
[null,"SESA","SA","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"TAS","TAS","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"MEL","VIC","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SEV","VIC","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"WNV","VIC","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"CNSW","NSW","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"NNSW","NSW","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SNSW","NSW","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SNW","NSW","Accelerated Transition",0,0,0,0,0,0,0,0,1.9989073014084507E-2,3.1919698816901411E-2,3.9396120422535208E-2,4.7811215661971829E-2,5.6644098591549299E-2,6.6196871070422533E-2,7.6631972788732405E-2,0.19082568807339451,0.19082568807339451,0.20069829784969934,0.20191474441142265,0.20331982833851461,0.20481129760114924,0.20840934674565037,0.23426698108533556,0.25825692921126758,0.2796461851068765,0.29731801556917975,0.3104242576404308,0.3189878298790389,0.32645758747307374,0.33251362260646228]
[null,"CQ","QLD","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"GG","QLD","Accelerated Transition",0,0,0,0,0,0,0,0,2.5902340076615779E-2,5.1621986017389314E-2,6.1984140337067763E-2,7.2992646445766668E-2,8.4483461160208273E-2,9.700577512279128E-2,0.11123434101967641,0.12749834555758732,0.14594844822939718,0.16678269974591203,0.18993514257391406,0.21576561900780447,0.24426825241691513,0.27575554405883884,0.31002313387060565,0.34324381052044917,0.3718879179887174,0.39535530429488075,0.41290377528508404,0.42429503581116296,0.43285832043536421,0.44134756048624307]
[null,"NQ","QLD","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SQ","QLD","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"CSA","SA","Accelerated Transition",0,0,0,0,0,6.8355899652553552E-3,6.8355899652553552E-3,6.8355899652553552E-3,6.8355899652553552E-3,6.8355899652553552E-3,6.8355899652553552E-3,6.8355899652553552E-3,6.8355899652553552E-3,6.8355899652553552E-3,6.8355899652553552E-3,6.8355899652553552E-3,6.8355899652553552E-3,6.8355899652553552E-3,6.8355899652553552E-3,6.8355899652553552E-3,6.8355899652553552E-3,6.8355899652553552E-3,6.8355899652553552E-3,6.8355899652553552E-3,6.8355899652553552E-3,6.8355899652553552E-3,6.8355899652553552E-3,6.8355899652553552E-3,6.8355899652553552E-3,6.8355899652553552E-3]
[null,"NSA","SA","Accelerated Transition",0,0,0,0,0,5.350163684344094E-2,5.350163684344094E-2,5.350163684344094E-2,5.350163684344094E-2,9.1452314204603841E-2,9.1452314204603841E-2,9.1452314204603841E-2,9.1452314204603841E-2,9.1452314204603841E-2,9.1452314204603841E-2,9.1452314204603841E-2,9.1452314204603841E-2,0.10790243899546116,0.12290571150153282,0.13963736446965216,0.158109642928915,0.17850253859257881,0.20068299882416191,0.22219174176607104,0.24072579618029952,0.25589588486422782,0.26723993606387492,0.27459721069419346,0.2800984051892878,0.28555799368603912]
[null,"SESA","SA","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"TAS","TAS","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,2.0713810727988079E-2,2.3795352996053846E-2,2.7231432098231916E-2,3.1058944511419263E-2,3.5314506821932802E-2,4.0028389852794145E-2,4.5211356424040484E-2,5.0827619268774861E-2,5.628264633418769E-2,6.0964888160093524E-2,6.4773804504937263E-2,6.7620695927434554E-2,6.9455306278497358E-2,7.0778264493325874E-2,7.2101222708154403E-2]
[null,"MEL","VIC","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SEV","VIC","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"WNV","VIC","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,1.8397299444613078E-2,2.1810039776869412E-2,2.5448996139682489E-2,2.9515383221380011E-2,3.4055845080601437E-2,3.9122248721568095E-2,4.4771550973343295E-2,5.1064413812505108E-2,5.8061039043895923E-2,6.5811195320557167E-2,7.4332577934612051E-2,8.3566348576040991E-2,9.2535029379866768E-2,0.10023316394076172,0.10649545274258509,0.1111760638826135,0.11419237057381262,0.11636746334664716,0.11854255611948165]
[]
[null,"REZ-based Electricity demand for green steel production (TWh/annum)"]
[null,"This electricity demand is an additional inflexible load (for the purpose of arc furnaces) to the flexible electrolysers' load that are required for green steel production."]
[null,"This load is estimated based on ACIL Allen 2025 and AEMO analysis."]
[]
[null,"ISP Subregion","Region","Scenario","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,"CNSW","NSW","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"NNSW","NSW","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SNSW","NSW","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SNW","NSW","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"CQ","QLD","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"GG","QLD","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"NQ","QLD","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SQ","QLD","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"CSA","SA","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"NSA","SA","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SESA","SA","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"TAS","TAS","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"MEL","VIC","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SEV","VIC","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"WNV","VIC","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"CNSW","NSW","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"NNSW","NSW","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SNSW","NSW","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SNW","NSW","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"CQ","QLD","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"GG","QLD","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"NQ","QLD","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SQ","QLD","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"CSA","SA","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"NSA","SA","Step Change",0,0,0,0,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003]
[null,"SESA","SA","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"TAS","TAS","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"MEL","VIC","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SEV","VIC","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"WNV","VIC","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"CNSW","NSW","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"NNSW","NSW","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SNSW","NSW","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SNW","NSW","Accelerated Transition",0,0,0,0,0.26354999999999995,0.26354999999999995,0.26354999999999995,2.8637970000000004,2.8637970000000004,2.8637970000000004,2.8637970000000004,2.8637970000000004,2.8637970000000004,2.8637970000000004,2.8637970000000004,2.8637970000000004,2.8637970000000004,2.8637970000000004,2.8637970000000004,2.8637970000000004,2.8637970000000004,2.8637970000000004,2.8637970000000004,2.8637970000000004,2.8637970000000004,2.8637970000000004,2.8637970000000004,2.8637970000000004,2.8637970000000004,2.8637970000000004]
[null,"CQ","QLD","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"GG","QLD","Accelerated Transition",0,0,0,0,0,0,0,0,0.16142840147463564,0.25705227207750236,0.31742095099034001,0.38448549848424224,0.45580842127490578,0.53185903703678972,0.6168425352313659,0.71173373089555414,0.8176165935017734,0.93568146486515991,1.0671961207467082,1.2134187197698718,1.375389377927279,1.5534779094535294,1.746454651428478,1.9338912760258296,2.0947747313914009,2.2256504199059117,2.3234705979599064,2.3865084468158502,2.4319657505647232,2.4774230543135962]
[null,"NQ","QLD","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SQ","QLD","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"CSA","SA","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"NSA","SA","Accelerated Transition",0,0,0,0,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.0229760000000003,1.1464932361743598,1.2695395586977916,1.3751545503256126,1.4610703750158325,1.5252862837475853,1.566668673652303,1.5965099817218706,1.6263512897914381]
[null,"SESA","SA","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"TAS","TAS","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,5.1636992555525917E-2,5.9318899918937747E-2,6.7884624176504177E-2,7.7426143725048135E-2,8.8034739228465109E-2,9.9785872140156495E-2,0.11270637285195297,0.12670702809167542,0.14030574228608064,0.15197799755009092,0.16147315937840512,0.1685701109302146,0.17314356978257917,0.17644154254034258,0.179739515298106]
[null,"MEL","VIC","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SEV","VIC","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"WNV","VIC","Accelerated Transition",0,0,0,0,0,0,0,0,0,0,0,4.5862213715203611E-2,5.4369757278520697E-2,6.3441229692940776E-2,7.3578234526232342E-2,8.4897049702354149E-2,9.7526973308752526E-2,0.11160999174266509,0.12729732788017675,0.14473905744560972,0.1640592475939818,0.18530201052075684,0.20832066952716805,0.23067849204382779,0.2498689984278252,0.26548011723578946,0.27714830739967794,0.28466759046178408,0.29008983028010377,0.2955120700984234]

{"sheet":"Hydrogen consumption locations","index":74,"n_rows":57,"n_cols":8,"rows_kept":57,"cut":false,"hidden":false,"merged":[[55,1,56,1],[46,1,46,4],[47,1,47,4],[42,1,42,4],[23,1,24,1],[23,2,24,2],[51,1,52,1],[23,3,23,5],[6,2,6,3],[7,2,7,3],[8,2,8,3],[14,2,14,3],[18,1,19,3],[15,2,15,3],[16,2,16,3],[17,2,17,3]]}
[null,"Go to Assumptions Summary"]
[null,"The location of hydrogen production via electrolysers will be determined during ISP modelling."]
[null,"Hydrogen consumption volumes and locations are specified in this Inputs and Assumptions workbook."]
[]
[null,"Hydrogen consumption locations",null,null,null,null,null,"Candidate hydrogen and green commodity export ports, and hydrogen hubs"]
[null,"Regional hydrogen consumption for green commodities and export is assumed to be located in the region's relevant subregion as follows (in priority order):"]
[null,"Type of region","Assumed location of hydrogen consumption"]
[null,"Contains a candidate hydrogen hub","Hydrogen hub1"]
[null,"Contains a candidate hydrogen port but no hub","Hydrogen port2"]
[null,"For example, the hydrogen consumption in New South Wales associated with green commodities and exports is assumed to be located at the Newcastle hydrogen hub."]
[null,"1: The Gladstone candidate hydrogen hub is the preferred regional hydrogen hub in Queensland for the purposes of the ISP modelling."]
[null,"2: The Portland candidate hydrogen port is the preferred regional hydrogen port in Victoria for the purposes of the ISP modelling."]
[]
[null,"Subregional hydrogen consumption for domestic use is assumed to be located as follows (in priority order):"]
[null,"Type of subregion","Assumed location of hydrogen consumption"]
[null,"Contains a candidate hydrogen hub","Hydrogen hub"]
[null,"Contains a candidate hydrogen port but no hub","Hydrogen port"]
[null,"Contains neither a candidate hub nor port","Sub-regional reference node (note this is where the hydrogen is assumed to be consumed for the purpose of ISP modelling, but is not necessarily the location of the electrolysers)."]
[null,"For example, the domestic hydrogen consumption in the Southern New South Wales subregion is assumed to be located at the subregional-reference node (SRRN) in the absence of a candidate hydrogen hub or port in the subregion."]
[]
[null,"Sub-regional reference nodes are defined on the 'Network Representation' tab."]
[]
[null,"Applying the rules listed in the two tables above results in the hydrogen consumption allocation listed in the table below."]
[null,"Region","ISP Subregion","Assumed location of consumption:"]
[null,null,null,"Green commodities","Export","Domestic"]
[null,"NSW","SNSW","Newcastle Hub","Newcastle Hub","SRRN"]
[null,"NSW","CNSW","Newcastle Hub","Newcastle Hub","SRRN"]
[null,"NSW","SNW","Newcastle Hub","Newcastle Hub","Newcastle Hub"]
[null,"NSW","NNSW","Newcastle Hub","Newcastle Hub","SRRN"]
[null,"QLD","NQ","Gladstone Hub","Gladstone Hub","SRRN"]
[null,"QLD","GG","Gladstone Hub","Gladstone Hub","Gladstone Hub"]
[null,"QLD","CQ","Gladstone Hub","Gladstone Hub","SRRN"]
[null,"QLD","SQ","Gladstone Hub","Gladstone Hub","SRRN"]
[null,"SA","CSA","Port Bonython Hub","Port Bonython Hub","SRRN"]
[null,"SA","NSA","Port Bonython Hub","Port Bonython Hub","Port Bonython Hub"]
[null,"SA","SESA","Port Bonython Hub","Port Bonython Hub","SRRN"]
[null,"TAS","TAS","Bell Bay Hub","Bell Bay Hub","Bell Bay Hub"]
[null,"VIC","MEL","Portland Port","Portland Port","SRRN"]
[null,"VIC","WNV","Portland Port","Portland Port","Portland Port"]
[null,"VIC","SEV","Portland Port","Portland Port","SRRN"]
[]
[null,"Hydrogen hubs"]
[null,"Candidate hydrogen hubs include locations aligned with recent Federal Government announcements, covering New South Wales, Queensland, Tasmania and South Australia. "]
[null,"See: https://www.dcceew.gov.au/energy/hydrogen/building-regional-hydrogen-hubs"]
[]
[null,"Hydrogen and commodity export ports"]
[null,"Candidate hydrogen and commodity export ports were selected from 30 hydrogen hubs identified in Arup's 2019 report. (ARUP, 2019, 'Australian Hydrogen Hubs Study')"]
[null,"An additional candidate port was added at Mackay in Queensland, to align with the Queensland Government report into hydrogen export opportunities and provide sufficient granularity across the state to reflect the ISP model sub-regions. (Queensland Govt,  Oct 2022, ‘Enabling Queensland’s hydrogen production and export opportunities’.)"]
[null,"The ten candidate ports for hydrogen consumption are illustrated in the figure adjacent and listed in the table below."]
[null,"NEM Region","Potential port location","Subregion"]
[null,"New South Wales","Newcastle, Port Kembla","SNW"]
[null,"Queensland","Gladstone","GG"]
[null,null,"Townsville, Mackay","NQ"]
[null,"South Australia","Port Bonython, Cape Hardy/Port Spencer","NSA"]
[null,"Tasmania","Bell Bay","TAS"]
[null,"Victoria","Geelong","MEL"]
[null,null,"Portland","WNV"]

{"sheet":"Water for Hydrogen","index":75,"n_rows":52,"n_cols":34,"rows_kept":52,"cut":false,"hidden":false,"merged":[]}
[null,"Go to Assumptions Summary"]
[null,"Water required for hydrogen production (ML of water/annum)"]
[null,"This table shows the estimated treated water consumption required to produce the subregion's aggregate electrolytic hydrogen consumption."]
[null,"All water consumption for electrolytic hydrogen production is assumed to be sourced from desalination."]
[null,"See the sheet 'Desalination demand for H2' for the associated energy consumption requirements."]
[]
[null,"Subregion","Region","Scenario","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,"CNSW","NSW","Slower Growth",0,0,0,0,0,2.7469343201974348,7.9709511814827447,16.429201119220959,28.862377961887322,45.610647173724274,56.234005134657103,66.297437465816373,75.145962213716118,82.417176233787799,88.538704600525321,93.802313184585913,99.3973915101285,106.52170542166056,115.37846379406095,126.94899939694187,142.18202783882646,159.66210732883337,177.4211821723145,194.8091425843522,208.87279535863129,217.90846608886537,222.99791119687004,225.47872477665845,228.1601591866764,233.11103298785304]
[null,"NNSW","NSW","Slower Growth",0,0,0,0,0,2.7469343201974348,7.9709511814827447,16.429201119220959,28.862377961887322,45.610647173724274,56.234005134657103,66.297437465816373,75.145962213716118,82.417176233787799,88.538704600525321,93.802313184585913,99.3973915101285,106.52170542166056,115.37846379406095,126.94899939694187,142.18202783882646,159.66210732883337,177.4211821723145,194.8091425843522,208.87279535863129,217.90846608886537,222.99791119687004,225.47872477665845,228.1601591866764,233.11103298785304]
[null,"SNSW","NSW","Slower Growth",8.8862033898305062E-2,8.8862033898305062E-2,8.8862033898305062E-2,8.8862033898305062E-2,8.8862033898305062E-2,2.7469343201974348,7.9709511814827447,16.429201119220959,28.862377961887322,45.610647173724274,56.234005134657103,66.297437465816373,75.145962213716118,82.417176233787799,88.538704600525321,93.802313184585913,99.3973915101285,106.52170542166056,115.37846379406095,126.94899939694187,142.18202783882646,159.66210732883337,177.4211821723145,194.8091425843522,208.87279535863129,217.90846608886537,222.99791119687004,225.47872477665845,228.1601591866764,233.11103298785304]
[null,"SNW","NSW","Slower Growth",0.66350318644067796,0.66350318644067796,0.66350318644067796,0.66350318644067796,0.66350318644067796,19.228540241382042,55.796658270379197,115.0044078345467,202.03664573321123,319.27453021606982,393.63803594259963,464.08206226071462,526.02173549601264,576.92023363651458,619.77093220367726,656.61619229210123,695.78174057089939,745.65193795162395,807.6492465584264,888.6429957785931,995.27419487178508,1117.6347513018334,1241.9482752062013,1363.6639980904652,1462.1095675104184,1525.3592626220575,1560.98537837809,1578.3510734366089,1597.1211143067344,1631.7772309149709]
[null,"CQ","QLD","Slower Growth",0,0,0,0,0,0.54054851599321174,1.6371103097606203,3.5900716300552125,6.6262450569451863,10.835225036388724,13.51746742707007,15.639871888124476,17.314505893901984,18.634905556025394,19.806826429504145,21.009195454665729,22.569545781167957,24.444719672268452,26.573232890924363,29.478327452960649,33.760258800579948,39.180318919132738,45.533911336753889,52.876522742927314,59.974078047496107,65.297572142578673,69.152918444528609,72.06865733122001,74.069383211279856,75.696491266738832]
[null,"GG","QLD","Slower Growth",38.714226101694912,38.714226101694912,38.714226101694912,38.714226101694912,38.714226101694912,38.714226101694912,38.714226101694912,38.714226101694912,38.714226101694912,38.714226101694912,38.714226101694912,38.714226101694912,38.714226101694912,38.714226101694912,38.714226101694912,38.714226101694912,38.714226101694912,38.714226101694912,38.714226101694912,38.714226101694912,38.714226101694912,38.714226101694912,38.714226101694912,38.714226101694912,38.714226101694912,38.714226101694912,38.714226101694912,38.714226101694912,38.714226101694912,38.714226101694912]
[null,"NQ","QLD","Slower Growth",0,0,0,0,0,0.8108227739898175,2.4556654646409304,5.3851074450828191,9.9393675854177808,16.252837554583085,20.276201140605103,23.459807832186709,25.971758840852971,27.952358334038092,29.71023964425622,31.513793181998597,33.85431867175194,36.667079508402686,39.859849336386539,44.217491179440962,50.640388200869921,58.770478378699096,68.300867005130826,79.31478411439096,89.961117071244146,97.94635821386801,103.72937766679291,108.10298599683001,111.10407481691978,113.54473690010822]
[null,"SQ","QLD","Slower Growth",0,0,0,0,0,3.783839611952482,11.45977216832434,25.130501410386483,46.383715398616303,75.846575254721074,94.622271989490486,109.47910321687132,121.20154125731388,130.44433889217777,138.64778500652903,147.0643681826601,157.98682046817572,171.11303770587915,186.01263023647053,206.34829217072448,236.32181160405963,274.26223243392911,318.73737935727718,370.13565920049115,419.81854633247281,457.08300499805068,484.07042911170015,504.4806013185401,518.48568247895889,529.87543886717162]
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[null,"CQ","QLD","Accelerated Transition",0,0,0,0,0,1.1920935140904454,4.0708933350551533,9.6201055968008937,18.695420478042223,32.095302291316408,42.009061538898557,51.997510990573453,61.661543628637226,70.706018193163274,78.790804700158986,85.019616998555605,90.440380115493355,95.006188959821046,98.639774089709405,102.24125893949962,107.91148798638848,114.96662479819881,124.40876352948547,136.96990996674566,151.51548983644389,166.08275301026461,180.28846669169539,192.90726489688313,203.24738863362217,212.20188275370185]
[null,"GG","QLD","Accelerated Transition",38.714226101694912,38.714226101694912,38.714226101694912,38.714226101694912,38.714226101694912,38.714226101694912,38.714226101694912,38.714226101694912,349.54230702108424,658.17805831036662,782.52391014650811,914.62598345089498,1052.5157600241942,1202.78352757519,1374.2074945861964,1572.4899551903254,1796.6015688105131,2048.8954914308547,2328.5415979318236,2640.3080575634035,2985.1747729961758,3366.5498411051653,3782.4819882120109,4187.4106812287628,4538.4127607828314,4827.305028043701,5044.989536766856,5187.994062182398,5295.9235395411815,5402.2716672117676]
[null,"NQ","QLD","Accelerated Transition",0,0,0,0,0,1.7881402711356678,6.106340002582729,14.430158395201341,28.043130717063331,48.142953436974601,63.013592308347825,77.996266485860147,92.492315442955828,106.05902728974492,118.18620705023847,127.52942549783337,135.66057017324005,142.50928343973155,147.95966113456407,153.36188840924942,161.86723197958273,172.4499371972982,186.61314529422813,205.45486495011849,227.27323475466591,249.1241295153969,270.43270003754304,289.3608973453247,304.87108295043328,318.30282413055284]
[null,"SQ","QLD","Accelerated Transition",0,0,0,0,0,8.3446545986331149,28.496253345386066,67.340739177606252,130.8679433462955,224.66711603921479,294.06343077228985,363.98257693401411,431.63080540046042,494.9421273521429,551.53563290111265,595.1373189898892,633.0826608084534,665.04332271874716,690.47841862796577,715.68881257649718,755.38041590471926,804.76637358739163,870.86134470639786,958.78936976721957,1060.6084288551071,1162.5792710718522,1262.0192668418676,1350.3508542781815,1422.7317204353551,1485.4131792759133]
[null,"CSA","SA","Accelerated Transition",1.6706062372881352,1.6706062372881352,1.6706062372881352,1.6706062372881352,1.6706062372881352,100.000411163976,118.5775235183782,134.927935150629,152.99488162165088,174.70505306966612,181.92823009312809,191.62920660679981,210.08291592218447,228.98019759193943,247.67831830424018,264.31315488643639,278.9674451410234,291.39586501273095,301.79786399586175,310.25641118751849,319.38775854392674,328.46459048583915,337.3053065763192,346.31736850206971,356.30691155152823,366.06221233755747,376.31518462396275,387.48835771084924,398.39251589944274,408.11412629446812]
[null,"NSA","SA","Accelerated Transition",0,0,0,0,0,652.80364106983825,663.94990848247971,673.7601554618301,684.60032334444327,1153.0345545472073,1157.3684607612843,1163.1890466694874,1174.2612722587182,1185.5996412605712,1196.8185136879515,1206.7994156372695,1215.5919897900214,1420.4505392033338,1606.7310086660723,1812.5859725984983,2039.7321225234971,2289.8929696526106,2561.3629220858961,2824.8750745442558,3053.2774533446727,3241.1716980234301,3383.4520957910377,3478.4432952069928,3551.0001240612801,3622.3481522593115]
[null,"SESA","SA","Accelerated Transition",0,0,0,0,0,13.32940043224794,14.620177574125577,21.1603422270259,28.387120815434642,37.071189394640754,39.960460204025537,43.840850809494214,51.222334535648102,58.781247203550087,66.260495488470369,72.914430121348857,78.776146223183659,83.747514171866683,87.908313765119033,91.291732641781707,94.944271584344989,98.575004361109961,102.111290797302,105.71611556760222,109.71193278738556,113.6140531017973,117.71524201635937,122.18451125111395,126.54617452655138,130.43481868456155]
[null,"TAS","TAS","Accelerated Transition",0,0,0,0,0,36.158728615344948,74.482314720405924,140.01783286637513,209.22762328965345,259.56547135501552,271.03196534851156,282.67115531589758,294.03768206932767,304.67263105588921,309.04605834298735,565.43652436928187,608.9234997782022,655.44055567856708,705.65068647501903,760.11597895071645,819.44065515737532,883.65030007675807,952.38592295745013,1018.6163388866787,1075.2376242765417,1121.1357913905435,1155.4314317426144,1177.7364337949639,1194.0455258760858,1210.4743999766731]
[null,"MEL","VIC","Accelerated Transition",4.2179845423728803,4.2179845423728803,4.2179845423728803,4.2179845423728803,4.2179845423728803,59.405605207063012,212.99314645832891,490.88168125973277,917.70006007278334,1474.300785800657,1801.8228515408007,2105.9549205758731,2406.1969300113651,2691.526331571823,2949.8726417592879,3167.8928717034446,3352.6225290040848,3504.2330529491892,3630.9577111001199,3742.0972290911227,3851.9296549126211,3957.3964296796476,4059.9520635776671,4176.1979450536146,4321.2367589930527,4490.1938687257571,4688.5760830327308,4919.9159206786599,5150.1625086688509,5348.2331627309786]
[null,"SEV","VIC","Accelerated Transition",0,0,0,0,0,8.486515029580433,30.427592351189844,70.125954465676131,131.10000858182622,210.61439797152238,257.40326450582876,300.85070293941044,343.74241857305219,384.50376165311769,421.41037739418391,452.5561245290636,478.94607557201221,500.6047218498843,518.70824444287427,534.58531844158904,550.2756649875173,565.34234709709278,579.99315193966686,596.59970643623069,617.31953699900771,641.45626696082252,669.79658329039023,702.84513152552279,735.73750123840739,764.03330896156865]
[null,"WNV","VIC","Accelerated Transition",11.848271186440677,11.848271186440677,11.848271186440677,11.848271186440677,11.848271186440677,16.973030059160866,60.855184702379688,140.25190893135226,262.20001716365243,421.22879594304476,514.80652901165752,822.46899921417787,949.20531446853738,1074.3954769824252,1197.0053534449282,1313.7823900253443,1427.3591358028414,1538.4680553798878,1650.1894546358099,1765.9031054099294,1890.2856738217206,2022.6756294095298,2162.7824867918257,2303.619765430863,2437.4370412871558,2560.8579668326665,2673.705933172143,2775.9987099367972,2867.8845626365805,2950.5772913569167]

{"sheet":"Desalination demand for H2","index":76,"n_rows":52,"n_cols":34,"rows_kept":52,"cut":false,"hidden":false,"merged":[]}
[null,"Go to Assumptions Summary"]
[null,"Electricity demand for water desalination for REZ-based hydrogen production (GWh/annum)"]
[null,"The electricity consumed per ISP subregion to produce the total forecast REZ-based hydrogen."]
[null,"Total hydrogen consumption includes hydrogen consumed domestically, for export, and for use in green commodities."]
[null,"The associated water desalination facility is not necessarily assumed to be located in the same ISP subregion as the hydrogen production locations. It is assumed water will be desalinated at the coast and then piped to the point of hydrogen production."]
[]
[null,"Subregion","Region","Scenario","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,"CNSW","NSW","Slower Growth",0,0,0,0,0,1.0020816400080243E-2,2.9078029910049055E-2,5.9933725682918063E-2,0.10528995480496495,0.16638764088974617,0.20514165073122911,0.24185305187529815,0.27413247015563641,0.30065785890085789,0.32298919438271639,0.34219083849736942,0.36260168422894878,0.38859118137821769,0.4209006359207344,0.463109949800044,0.51868003755603886,0.58244736753558413,0.64723247256460337,0.71066375214771693,0.76196795746828694,0.79493008429218093,0.81349638004618197,0.82254638798525004,0.83232826071299559,0.85038904833968787]
[null,"NNSW","NSW","Slower Growth",0,0,0,0,0,1.0020816400080243E-2,2.9078029910049055E-2,5.9933725682918063E-2,0.10528995480496495,0.16638764088974617,0.20514165073122911,0.24185305187529815,0.27413247015563641,0.30065785890085789,0.32298919438271639,0.34219083849736942,0.36260168422894878,0.38859118137821769,0.4209006359207344,0.463109949800044,0.51868003755603886,0.58244736753558413,0.64723247256460337,0.71066375214771693,0.76196795746828694,0.79493008429218093,0.81349638004618197,0.82254638798525004,0.83232826071299559,0.85038904833968787]
[null,"SNSW","NSW","Slower Growth",3.2416869966101684E-4,3.2416869966101684E-4,3.2416869966101684E-4,3.2416869966101684E-4,3.2416869966101684E-4,1.0020816400080243E-2,2.9078029910049055E-2,5.9933725682918063E-2,0.10528995480496495,0.16638764088974617,0.20514165073122911,0.24185305187529815,0.27413247015563641,0.30065785890085789,0.32298919438271639,0.34219083849736942,0.36260168422894878,0.38859118137821769,0.4209006359207344,0.463109949800044,0.51868003755603886,0.58244736753558413,0.64723247256460337,0.71066375214771693,0.76196795746828694,0.79493008429218093,0.81349638004618197,0.82254638798525004,0.83232826071299559,0.85038904833968787]
[null,"SNW","NSW","Slower Growth",2.4204596241355933E-3,2.4204596241355933E-3,2.4204596241355933E-3,2.4204596241355933E-3,2.4204596241355933E-3,7.0145714800561698E-2,0.20354620937034332,0.41953607978042634,0.73702968363475463,1.1647134862282229,1.4359915551186033,1.6929713631270871,1.9189272910894544,2.1046050123060054,2.2609243606790148,2.3953358694815852,2.538211789602641,2.7201382696475243,2.9463044514451395,3.2417696486003078,3.6307602628922724,4.0771315727490887,4.5306273079522228,4.9746462650340177,5.3337757022780066,5.5645105900452663,5.694474660323273,5.7578247158967502,5.8262978249909674,5.9527233383778144]
[null,"CQ","QLD","Slower Growth",0,0,0,0,0,1.9935054567349585E-3,6.0375493396523155E-3,1.3239935311697922E-2,2.4437132445756564E-2,3.995955884793035E-2,4.9851482854574428E-2,5.7678763384123991E-2,6.38546975135839E-2,6.8724239938795326E-2,7.3046202883876879E-2,7.7480456501731243E-2,8.3234920344046989E-2,9.0150431669366579E-2,9.8000240873497915E-2,0.10871402824022361,0.12450549423131836,0.14449430023574039,0.16792590864766074,0.19500495053161793,0.22118024249988547,0.24081291970360327,0.25503116961669092,0.26578421251489143,0.2731627508723628,0.2791634125914963]
[null,"GG","QLD","Slower Growth",0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789]
[null,"NQ","QLD","Slower Growth",0,0,0,0,0,2.9902581851024373E-3,9.0563240094784728E-3,1.9859902967546889E-2,3.6655698668634849E-2,5.9939338271895508E-2,7.4777224281861635E-2,8.6518145076185965E-2,9.5782046270375829E-2,0.10308635990819298,0.10956930432581533,0.11622068475259688,0.12485238051607049,0.13522564750404992,0.14700036131024685,0.1630710423603354,0.18675824134697758,0.21674145035361053,0.2518888629714911,0.29250742579742683,0.3317703637498281,0.3612193795554049,0.38254675442503633,0.39867631877233711,0.40974412630854423,0.41874511888724431]
[null,"SQ","QLD","Slower Growth",0,0,0,0,0,1.3954538197144709E-2,4.2262845377566201E-2,9.2679547181885438E-2,0.17105992712029594,0.27971691193551246,0.34896037998202101,0.40375134368886789,0.44698288259508728,0.48106967957156727,0.51132342018713817,0.54236319551211876,0.58264444240832891,0.63105302168556598,0.68600168611448542,0.76099819768156496,0.8715384596192286,1.0114601016501825,1.1754813605336252,1.3650346537213252,1.5482616974991983,1.6856904379252229,1.7852181873168358,1.8604894876042399,1.9121392561065393,1.9541438881404731]
[null,"CSA","SA","Slower Growth",8.2471203061384758E-3,8.2471203061384758E-3,8.2471203061384758E-3,8.2471203061384758E-3,8.2471203061384758E-3,8.2471203061384758E-3,9.0660064893708873E-3,2.2634554406836441E-2,4.5993389339211259E-2,8.005458634373E-2,0.10349152104562943,0.12455815545195978,0.14194279160590972,0.15441042937770591,0.16489789620933645,0.17592839718864572,0.18948381593807667,0.20693523696986965,0.22956504423529706,0.25963670147432188,0.30062964990611363,0.34995806293107667,0.40490305377203345,0.46444657624439645,0.52127260027322087,0.56550212592682092,0.59925613415862367,0.62686528849089662,0.64931712830116728,0.67013795804807708]
[null,"NSA","SA","Slower Growth",0,0,0,0,0,1.4624784742760194E-3,5.4396038936225313E-3,1.358073264410186E-2,2.7596033603526748E-2,4.8032751806237999E-2,6.2094912627377645E-2,7.473489327117587E-2,8.5165674963545809E-2,9.2646257626623513E-2,9.8938737725601883E-2,0.10555703831318747,0.11369028956284599,0.12416114218192179,0.13773902654117826,0.15578202088459306,0.18037778994366815,0.20997483775864603,0.24294183226322,0.27866794574663789,0.31276356016393247,0.33930127555609252,0.35955368049517417,0.37611917309453791,0.38959027698070026,0.40208277482884613]
[null,"SESA","SA","Slower Growth",0,0,0,0,0,9.7498564951734653E-4,3.6264025957483547E-3,9.053821762734577E-3,1.8397355735684504E-2,3.2021834537492008E-2,4.1396608418251768E-2,4.9823262180783916E-2,5.6777116642363887E-2,6.1764171751082356E-2,6.595915848373457E-2,7.0371358875458312E-2,7.5793526375230666E-2,8.277409478794788E-2,9.1826017694118842E-2,0.10385468058972873,0.12025185996244543,0.13998322517243067,0.1619612215088134,0.18577863049775861,0.20850904010928836,0.22620085037072835,0.23970245366344942,0.25074611539635866,0.25972685132046686,0.26805518321923089]
[null,"TAS","TAS","Slower Growth",0,0,0,0,0,4.2239631400911365E-3,1.1383057654115352E-2,2.2416218334317669E-2,3.79142668721704E-2,5.8033082713722629E-2,6.8891172705399378E-2,7.985144020810013E-2,9.1085023959813258E-2,0.10275966590701427,0.11505602165018154,0.12807370577430163,0.14155684321842896,0.15760696016631362,0.17858448396540952,0.20919984027256683,0.25457326496019939,0.31360678538661951,0.38058375634994351,0.45036509089664967,0.51317165377904417,0.55853901162448749,0.58884143221194241,0.608691542334447,0.62072948538293937,0.63000089770727619]
[null,"MEL","VIC","Slower Growth",2.0706469571648685E-2,2.0706469571648685E-2,2.0706469571648685E-2,2.0706469571648685E-2,2.0706469571648685E-2,7.9674729272551703E-2,0.26096715833793316,0.59069411530357097,1.0994449940223194,1.805329834780202,2.2586088076478128,2.7128335833748092,3.1671654094438466,3.6218144048593759,4.0759387375006231,4.5306928244859286,4.9848131075210205,5.4360453730537124,5.8821100667919213,6.379370504998775,6.993706011064698,7.6981866014904066,8.4658860253052062,9.2841065535745599,10.02508659545464,10.557482845955599,10.910480445793244,11.129517223496965,11.245452702673795,11.330459584630947]
[null,"SEV","VIC","Slower Growth",0,0,0,0,0,1.1382104181793104E-2,3.7281022619704743E-2,8.4384873614795824E-2,0.15706357057461712,0.25790426211145739,0.32265840109254479,0.38754765476782999,0.4524522013491209,0.51740205783705384,0.58227696250008898,0.64724183206941843,0.71211615821728869,0.77657791043624469,0.84030143811313185,0.91133864357125383,0.99910085872352827,1.099740943070058,1.2094122893293153,1.3263009362249372,1.4321552279220917,1.5082118351365141,1.5586400636847497,1.5899310319281381,1.6064932432391139,1.6186370835187067]
[null,"WNV","VIC","Slower Growth",5.816424036979969E-2,5.816424036979969E-2,5.816424036979969E-2,5.816424036979969E-2,5.816424036979969E-2,5.816424036979969E-2,7.4562045239409486E-2,0.16876974722959165,0.31412714114923423,0.51580852422291479,0.64531680218508958,0.77509530953565997,0.90490440269824179,1.0348041156741077,1.164553925000178,1.2944836641388369,1.4242323164345774,1.5531558208724894,1.6806028762262637,1.8226772871425077,1.9982017174470565,2.199481886140116,2.4188245786586307,2.6526018724498743,2.8643104558441834,3.0164236702730283,3.1172801273694994,3.1798620638562762,3.2129864864782278,3.2372741670374134]
[null,"CNSW","NSW","Step Change",0,0,0,0,0,1.3330327824638435E-2,4.048942682633349E-2,8.5823945412417529E-2,0.1530269378370395,0.24462884856748957,0.30259016931554106,0.3617512298440948,0.42126481767625945,0.48077327232831973,0.5411532016870596,0.60056307951684518,0.65870320239031466,0.71535436663368823,0.76822147401036456,0.81426618764570591,0.85595134789587091,0.89435544118682719,0.93006943408896003,0.96495626216191888,1.0008217300825593,1.0367520643898649,1.072966114955032,1.1103985247699137,1.1494987470261193,1.1911481305163893]
[null,"NNSW","NSW","Step Change",0,0,0,0,0,1.3330327824638435E-2,4.048942682633349E-2,8.5823945412417529E-2,0.1530269378370395,0.24462884856748957,0.30259016931554106,0.3617512298440948,0.42126481767625945,0.48077327232831973,0.5411532016870596,0.60056307951684518,0.65870320239031466,0.71535436663368823,0.76822147401036456,0.81426618764570591,0.85595134789587091,0.89435544118682719,0.93006943408896003,0.96495626216191888,1.0008217300825593,1.0367520643898649,1.072966114955032,1.1103985247699137,1.1494987470261193,1.1911481305163893]
[null,"SNSW","NSW","Step Change",3.2416869966101684E-4,3.2416869966101684E-4,3.2416869966101684E-4,3.2416869966101684E-4,3.2416869966101684E-4,1.3330327824638435E-2,4.048942682633349E-2,8.5823945412417529E-2,0.1530269378370395,0.24462884856748957,0.30259016931554106,0.3617512298440948,0.42126481767625945,0.48077327232831973,0.5411532016870596,0.60056307951684518,0.65870320239031466,0.71535436663368823,0.76822147401036456,0.81426618764570591,0.85595134789587091,0.89435544118682719,0.93006943408896003,0.96495626216191888,1.0008217300825593,1.0367520643898649,1.072966114955032,1.1103985247699137,1.1494987470261193,1.1911481305163893]
[null,"SNW","NSW","Step Change",2.4204596241355933E-3,2.4204596241355933E-3,2.4204596241355933E-3,2.4204596241355933E-3,2.4204596241355933E-3,9.3312294772469065E-2,0.28342598778433442,0.60076761788692257,1.071188564859276,1.7124019399724268,2.1181311852087865,2.5322586089086632,2.9488537237338157,3.365412906298237,3.7880724118094173,4.2039415566179157,4.610922416732202,5.4396639320033371,5.8629848483260725,6.2468067977658395,6.6038934779580876,6.9483542199690982,7.2841714385895786,7.6101081965531492,7.934714819745107,8.2503600843224234,8.5520160132989762,8.8472283904306526,9.1538839278486162,9.4764542038801753]
[null,"CQ","QLD","Step Change",0,0,0,0,0,2.2491646970659199E-3,6.9530828073031204E-3,1.5369757909734416E-2,2.8635346611218873E-2,4.7756761663774711E-2,6.1208798254167557E-2,7.549527973842976E-2,9.0383283583330198E-2,0.10569854849926551,0.12127876703132204,0.13694548715983354,0.15241631891453394,0.1673120264438667,0.18124865389563408,0.19404582943142873,0.20562183382606891,0.2163703238499608,0.22674012731872087,0.23733383223897417,0.24831764296716863,0.25971120652070478,0.27150744573168906,0.28384081789352922,0.29651561287493294,0.30958397032609386]
[null,"GG","QLD","Step Change",0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.60197200249224725,0.63186940375684664,0.64282346204899143,0.644883199505634,0.65902048841259009,0.68523532876985904,0.73117371568164458,0.79580578041962524,0.87944360441662617,0.97016567693874567,1.074962622081256,1.186188444739954,1.3150468683532441,1.461225811488299,1.6004141305280841,1.7256212013773271,1.8348184947226662,1.9168022871256967,1.9732890264669567,2.0349461085787697,2.0943780901681235]
[null,"NQ","QLD","Step Change",0,0,0,0,0,3.3737470455988796E-3,1.0429624210954676E-2,2.3054636864601623E-2,4.2953019916828296E-2,7.1635142495662052E-2,9.1813197381251321E-2,0.11324291960764464,0.1355749253749953,0.15854782274889825,0.18191815054698304,0.20541823073975027,0.22862447837180089,0.25096803966579995,0.27187298084345118,0.29106874414714312,0.30843275073910331,0.32455548577494125,0.34011019097808115,0.35600074835846124,0.37247646445075294,0.38956680978105723,0.40726116859753358,0.42576122684029372,0.44477341931239944,0.46437595548914062]
[null,"SQ","QLD","Step Change",0,0,0,0,0,1.5744152879461439E-2,4.867157965112183E-2,0.1075883053681409,0.20044742627853207,0.33429733164642289,0.42846158777917276,0.52846695816900835,0.63268298508331133,0.73988983949485854,0.84895136921925418,0.95861841011883453,1.0669142324017373,1.1711841851070668,1.2687405772694385,1.3583208060200009,1.4393528367824817,1.5145922669497256,1.5871808912310457,1.6613368256728189,1.7382235007701805,1.8179784456449333,1.900552120121823,1.9868857252547045,2.0756092901245311,2.1670877922826564]
[null,"CSA","SA","Step Change",8.2471203061384758E-3,8.2471203061384758E-3,8.2471203061384758E-3,8.2471203061384758E-3,8.2471203061384758E-3,8.2471203061384758E-3,1.3344772956085302E-2,3.1658632253325526E-2,6.1193787638065288E-2,0.10440445661563735,0.13626804427975975,0.1704225663504623,0.20601186012783418,0.24276766228167329,0.27978283123634146,0.31567416240187468,0.35185639166544258,0.3888043412637211,0.42599434834512928,0.46347780570034919,0.50232682292750508,0.54073875512298508,0.57886257660994966,0.61642045505516907,0.65249668221242629,0.68535514528323804,0.71461080496181129,0.73915713416804885,0.759706899615057,0.77730628069467944]
[null,"NSA","SA","Step Change",0,0,0,0,0,2.2537626051810492E-3,8.0068637736511808E-3,1.8995179351995316E-2,3.6716272582839167E-2,6.2642673969382404E-2,8.1760826567855854E-2,0.10225353981027738,0.12360711607670054,0.14566059736900397,0.16786969874180493,0.18940449744112478,0.21111383499926559,0.78671392404457063,0.87716247552741466,0.97839787277076617,1.0852984719576004,1.2051376275600978,1.3377958506367957,1.4648926695044786,1.5805732714173073,1.6822920992416091,1.7614631879795617,1.8186758625952582,1.873239950712986,1.9235691004930511]
[null,"SESA","SA","Step Change",0,0,0,0,0,1.502508403454033E-3,5.3379091824341208E-3,1.2663452901330209E-2,2.4477515055226117E-2,4.1761782646254936E-2,5.4507217711903921E-2,6.8169026540184918E-2,8.2404744051133696E-2,9.7107064912669322E-2,0.11191313249453659,0.1262696649607499,0.14074255666617705,0.15552173650548848,0.17039773933805172,0.18539112228013971,0.20093072917100202,0.21629550204919401,0.23154503064397988,0.24656818202206768,0.26099867288497053,0.27414205811329523,0.28584432198472459,0.29566285366721951,0.30388275984602275,0.31092251227787182]
[null,"TAS","TAS","Step Change",0,0,0,0,0,0.1240810429404695,0.25287481540795881,0.3885271197751981,0.53307822057415422,0.68826823599001852,0.71291176457500849,0.73925599589552171,0.76676450631434134,0.79487060599599724,0.82322125845417082,0.85271928764931215,0.8884478245878058,0.92935498050956455,0.97451583449687995,1.0229743062127965,1.0712947602097984,1.1086192943909257,1.1364311721557352,1.1563459243313912,1.1698982856679654,1.1807614032878333,1.1957753763952219,1.214902074198503,1.2376925505762653,1.2631444379122718]
[null,"MEL","VIC","Step Change",2.0706469571648685E-2,2.0706469571648685E-2,2.0706469571648685E-2,2.0706469571648685E-2,2.0706469571648685E-2,0.10556425696122158,0.35754214233623088,0.82421155857299766,1.5615442878557761,2.6143596724408011,3.3375635521993372,4.0872974993729851,4.8565924329112402,5.6372338646075661,6.4215119911144356,7.205199274267799,7.9677129555814235,8.6843099407220539,9.3298748775698144,9.884561390629564,10.330581010116056,10.686407572023112,10.975101861225367,11.2259681586241,11.457157728465544,11.682226197125363,11.907441903566818,12.148284555634218,12.408223407840822,12.697049762611947]
[null,"SEV","VIC","Step Change",0,0,0,0,0,1.508060813731737E-2,5.1077448905175842E-2,0.11774450836757115,0.22307775540796801,0.37347995320582872,0.47679479317133394,0.58389964276756945,0.69379891898732027,0.8053191235153665,0.91735885587349097,1.029314182038257,1.1382447079402036,1.2406157058174367,1.3328392682242594,1.4120801986613662,1.4757972871594367,1.5266296531461589,1.5678716944607671,1.6037097369463003,1.6367368183522206,1.6688894567321946,1.7010631290809741,1.73546922223346,1.7726033439772606,1.8138642518017065]
[null,"WNV","VIC","Step Change",5.816424036979969E-2,5.816424036979969E-2,5.816424036979969E-2,5.816424036979969E-2,5.816424036979969E-2,5.816424036979969E-2,0.10215489781035168,0.2354890167351423,0.44615551081593602,0.74695990641165744,0.95358958634266788,1.1677992855351389,1.3875978379746405,1.610638247030733,1.8347177117469819,2.058628364076514,2.2764894158804072,2.4812314116348735,2.6656785364485187,2.8241603973227325,2.9515945743188734,3.0532593062923179,3.1357433889215343,3.2074194738926005,3.2734736367044412,3.3377789134643892,3.4021262581619482,3.47093844446692,3.5452066879545212,3.627728503603413]
[null,"CNSW","NSW","Accelerated Transition",0,0,0,0,0,1.8918066565230936E-2,6.6046211146592718E-2,0.15295992633508607,0.2885436326155944,0.47689990478893007,0.60431903192863357,0.73811332237031346,0.87876042778684649,1.0234323216814873,1.164295514112591,1.2913707610764265,1.4038301055342508,1.500182261386954,1.5825510370421758,1.6562767587085463,1.7304680662842398,1.8040417785532012,1.8769722905595649,1.9475584749541064,2.0128537456850166,2.068223202133276,2.116023411651196,2.1580729829552747,2.1960168676997553,2.2336787698297957]
[null,"NNSW","NSW","Accelerated Transition",0,0,0,0,0,1.8918066565230936E-2,6.6046211146592718E-2,0.15295992633508607,0.2885436326155944,0.47689990478893007,0.60431903192863357,0.73811332237031346,0.87876042778684649,1.0234323216814873,1.164295514112591,1.2913707610764265,1.4038301055342508,1.500182261386954,1.5825510370421758,1.6562767587085463,1.7304680662842398,1.8040417785532012,1.8769722905595649,1.9475584749541064,2.0128537456850166,2.068223202133276,2.116023411651196,2.1580729829552747,2.1960168676997553,2.2336787698297957]
[null,"SNSW","NSW","Accelerated Transition",3.2416869966101684E-4,3.2416869966101684E-4,3.2416869966101684E-4,3.2416869966101684E-4,3.2416869966101684E-4,1.8918066565230936E-2,6.6046211146592718E-2,0.15295992633508607,0.2885436326155944,0.47689990478893007,0.60431903192863357,0.73811332237031346,0.87876042778684649,1.0234323216814873,1.164295514112591,1.2913707610764265,1.4038301055342508,1.500182261386954,1.5825510370421758,1.6562767587085463,1.7304680662842398,1.8040417785532012,1.8769722905595649,1.9475584749541064,2.0128537456850166,2.068223202133276,2.116023411651196,2.1580729829552747,2.1960168676997553,2.2336787698297957]
[null,"SNW","NSW","Accelerated Transition",2.4204596241355933E-3,2.4204596241355933E-3,2.4204596241355933E-3,2.4204596241355933E-3,2.4204596241355933E-3,0.1324264659566165,0.46232347802614887,1.0707194843456025,2.8948470885737243,4.7356160689311864,5.9548377911173356,7.2597770334106722,8.6309750544515875,10.061860479749226,11.504709839587688,17.393180648635902,18.180396059840675,19.287044516377119,19.916877110649668,20.494466116306643,21.079095827777589,21.751620013009997,23.394077397908603,24.938364657831197,26.331767619033741,27.492955864489343,28.40129618402587,29.07052212147174,29.663125423119563,30.191867732029067]
[null,"CQ","QLD","Accelerated Transition",0,0,0,0,0,4.3963582453115067E-3,1.5013172429688689E-2,3.5478282585517135E-2,6.8947414776363375E-2,0.11836525003816821,0.15492650693200799,0.19176321612109631,0.22740349858981521,0.26075889383043344,0.2905750260394348,0.31354645402128023,0.3335378526350149,0.35037623915588417,0.36377664923865721,0.37705867571358559,0.39797008738426709,0.42398894289164618,0.45881089601362057,0.50513553334892969,0.55877862362425612,0.61250168042212272,0.66489136775428137,0.71142862081334812,0.74956228038806572,0.78258583398691439]
[null,"GG","QLD","Accelerated Transition",0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,0.14277538223408789,1.2890877983929352,2.4273150548459057,2.8858939368954455,3.3730772260668536,3.8816051636965785,4.4357822740228832,5.06798198143247,5.7992339514112938,6.6257420472639348,7.5561845451414706,8.5875000011464735,9.7372730929484668,11.009117633670739,12.415602448342741,13.949531374898886,15.442880325518495,16.737351663823198,17.802766319776691,18.605571698289147,19.132962475100115,19.530998906042768,19.923203428952831]
[null,"NQ","QLD","Accelerated Transition",0,0,0,0,0,6.5945373679672584E-3,2.2519758644533032E-2,5.3217423878275709E-2,0.10342112216454503,0.17754787505725228,0.23238976039801193,0.28764482418164439,0.34110524788472274,0.39113834074565018,0.43586253905915223,0.47031968103192029,0.5003067789525224,0.52556435873382612,0.54566497385798574,0.56558801357037825,0.59695513107640052,0.63598341433746919,0.68821634402043064,0.75770330002339448,0.83816793543638435,0.91875252063318402,0.99733705163142194,1.067142931220022,1.1243434205820986,1.1738787509803716]
[null,"SQ","QLD","Accelerated Transition",0,0,0,0,0,3.0774507717180533E-2,0.10509220700782079,0.24834797809861997,0.48263190343454343,0.82855675026717723,1.0844855485240557,1.342342512847674,1.5918244901287057,1.825312256813034,2.0340251822760429,2.1948251781489616,2.3347649684451039,2.4526336740911883,2.5464365446706001,2.6394107299950984,2.785790611689869,2.9679226002415229,3.2116762720953425,3.5359487334425075,3.9114503653697925,4.2875117629548587,4.6542395742799689,4.9800003456934343,5.24693596271646,5.4781008379084017]
[null,"CSA","SA","Accelerated Transition",8.2471203061384758E-3,8.2471203061384758E-3,8.2471203061384758E-3,8.2471203061384758E-3,8.2471203061384758E-3,0.49366236227596555,0.58537019689778858,0.66608569333035783,0.75527504135586898,0.86244954591734913,0.89810750563006136,0.94599737854538424,1.0370960213144504,1.1303844048430787,1.222689609726884,1.3048091993131308,1.3771516173127394,1.4385057961787049,1.489856338947817,1.5316128311407236,1.5766906708641544,1.621499389611109,1.6651424980607441,1.7096314729305391,1.7589458843659758,1.807103934664859,1.8577187917473688,1.9128763151614088,1.9667058187340003,2.0146975529366258]
[null,"NSA","SA","Accelerated Transition",0,0,0,0,0,3.2226326252244455,3.2776573259975401,3.3260866238570808,3.379600232672388,5.6920742160772368,5.7134689919048638,5.7422029156540573,5.7968621013154973,5.8528351314326734,5.9082182543629562,5.9574900081147053,6.0008954589144698,7.0122008551490271,7.9317936401232831,8.9480179395861992,10.069348378618036,11.304293248396759,12.644432718277628,13.9452876863408,15.072819629016273,16.000378982088094,16.702760866822022,17.17169473772595,17.529879020315818,17.882095933566475]
[null,"SESA","SA","Accelerated Transition",0,0,0,0,0,6.5801962497092664E-2,7.2174017227810416E-2,0.1044602158008381,0.14013595501104256,0.18300575683563466,0.19726894072071952,0.2164248898868486,0.25286434699447519,0.29017970040592661,0.32710178235944853,0.35994961819394716,0.38888658539379067,0.41342825694017699,0.43396847404782196,0.45067107092498443,0.46870220681435665,0.48662569431313851,0.50408293769299273,0.52187852764091081,0.5416042922150851,0.56086751233463872,0.58111345516764235,0.60317646453325813,0.62470826596229512,0.64390495964334538]
[null,"TAS","TAS","Accelerated Transition",0,0,0,0,0,0.17850129991842545,0.36768964251922159,0.691212499318966,1.032873780860657,1.2813717690048017,1.3379773013817682,1.3954353652776934,1.4515473990449368,1.5040479235755964,1.5256377992637153,2.7913358264051453,3.0060137738128057,3.2356500266502306,3.4835175252999848,3.7523910692448728,4.0452534630745705,4.3622310096951207,4.7015515141693669,5.0285048056766408,5.3080216314107602,5.5346026758074816,5.7039066480102401,5.8140175953110225,5.8945291135100915,5.9756319480247555]
[null,"MEL","VIC","Accelerated Transition",2.0706469571648685E-2,2.0706469571648685E-2,2.0706469571648685E-2,2.0706469571648685E-2,2.0706469571648685E-2,0.29162751647103657,1.045602718977251,2.4097827989114151,4.5050730221754822,7.2374765848395892,8.8453121802912023,10.338324155554286,11.812239474601247,13.21294744589804,14.481192968636504,15.551474097453275,16.458328778747322,17.20259862356875,17.824701490855137,18.370295488265512,18.909472851389229,19.427218836609178,19.930673766654003,20.501335366626833,21.213344089602259,22.042769901017355,23.016646225797043,24.152314519695238,25.282615951647088,26.254962798861168]
[null,"SEV","VIC","Accelerated Transition",0,0,0,0,0,4.1661073781576678E-2,0.14937181699675015,0.34425468555877375,0.64358186031078324,1.0339252264056553,1.2636160257558868,1.4769034507934693,1.6874627820858925,1.8875639208425778,2.0687418526623573,2.2216391567790397,2.3511898255353327,2.4575140890812506,2.5463859272650193,2.6243279268950737,2.7013532644841756,2.7753169766584556,2.8472391095220009,2.9287621952324052,3.0304777270860379,3.1489671287167655,3.2880923179710067,3.4503306456707485,3.6118022788067274,3.7507089712658828]
[null,"WNV","VIC","Accelerated Transition",5.816424036979969E-2,5.816424036979969E-2,5.816424036979969E-2,5.816424036979969E-2,5.816424036979969E-2,8.3322147563153356E-2,0.29874363399350029,0.68850937111754751,1.2871637206215665,2.0678504528113106,2.5272320515117737,4.0375750870514189,4.6597351801182754,5.274305068822815,5.8762080987296477,6.4494771873971448,7.0070357575775857,7.5524795445921766,8.1009300500303407,8.6689788811032908,9.2795842169429932,9.9294985443740558,10.617295844250782,11.308678848478783,11.965600020864221,12.571484564451271,13.125465490117794,13.627630030598823,14.078706034761396,14.48465215757032]

{"sheet":"H2 as fuel for GPG Limit","index":77,"n_rows":21,"n_cols":33,"rows_kept":21,"cut":false,"hidden":false,"merged":[]}
[null,"Go to Assumptions Summary"]
[null,"Limit of hydrogen consumption as a fuel for GPG (Mt of H2/annum)"]
[null,"Assumed maximum consumption of hydrogen as a fuel for GPG in compatible turbines."]
[null,"Hydrogen consumption as fuel for GPG is included in the domestic hydrogen consumption sector."]
[]
[null,"Region","Scenario","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,"NSW","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"QLD","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SA","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"TAS","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"VIC","Slower Growth",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"NSW","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"QLD","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"SA","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"TAS","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"VIC","Step Change",0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,"NSW","Accelerated Transition",0,0,0,0,0,5.2559425598298741E-4,1.8942859559594708E-3,4.0509496169043105E-3,6.965182345491391E-3,9.5510939370004981E-3,9.8056583801804965E-3,9.4702953911971408E-3,9.1660527551098436E-3,8.8591402253685569E-3,8.5494648159939127E-3,8.2371395423773697E-3,7.9220402747260128E-3,7.6042543841296677E-3,7.2867252298373713E-3,6.9695393625819604E-3,6.6525837669719869E-3,6.3359737966721518E-3,6.0196220805926468E-3,5.7035908888909519E-3,5.3877936708342372E-3,5.0723469071379751E-3,4.7571352441374655E-3,4.4184511146398934E-3,4.0561758986649979E-3,3.7168575910331192E-3]
[null,"QLD","Accelerated Transition",0,0,0,0,0,1.1108086403152414E-4,2.6555418345609286E-4,4.377836660201169E-4,6.0143782175139547E-4,7.51810781336583E-4,7.5182520624117585E-4,7.5183778397799428E-4,7.518459127864455E-4,7.8575456858118566E-4,8.5357769389280715E-4,9.4461352738330507E-4,1.0588648369777084E-3,1.1967068182489884E-3,1.3244701206157551E-3,1.4425443903969435E-3,1.5616313889305592E-3,1.6822651537494924E-3,1.8040704892807707E-3,1.9273495625372517E-3,2.0517127271999997E-3,2.1518494933398923E-3,2.2272258234240401E-3,2.2778434868418558E-3,2.3031524297199633E-3,2.3031479854412618E-3]
[null,"SA","Accelerated Transition",0,0,0,0,0,2.7141657107596115E-3,5.0750761763593034E-3,6.3522249621709142E-3,6.9672214687663894E-3,7.0166570007776504E-3,5.5187307270902139E-3,4.2152356834188349E-3,4.2152058901737633E-3,4.2151904995485906E-3,4.215190640878501E-3,4.2151909290421338E-3,4.215203695516331E-3,4.2152327380456387E-3,4.2152471131489963E-3,4.2152473046346995E-3,4.2152486976241204E-3,4.2152513199914931E-3,4.2152513739922796E-3,4.2152517856903684E-3,4.215252071277471E-3,4.215251852499915E-3,4.2152511014834602E-3,4.2152503122920484E-3,4.2152496389109024E-3,4.1586040882059666E-3]
[null,"TAS","Accelerated Transition",0,0,0,0,0,0,0,2.0085138484910478E-3,4.0000000000000001E-3,4.0000000000000001E-3,4.0000000000000001E-3,4.0000000000000001E-3,4.0000000000000001E-3,4.0000000000000001E-3,3.5728074829434429E-3,3.5728074829434429E-3,3.5728074829434429E-3,3.5728074829434429E-3,3.5728074829434429E-3,3.5728074829434429E-3,3.5728074829434429E-3,3.5728074829434429E-3,3.5728074829434429E-3,3.5728074829434429E-3,3.5728074829434429E-3,3.5728074829434429E-3,3.5728074829434429E-3,3.5728074829434429E-3,3.5728074829434429E-3,3.5728074829434429E-3]
[null,"VIC","Accelerated Transition",0,0,0,0,0,2.5069449590252304E-3,9.4405694360930742E-3,2.0800873431203532E-2,3.6587856944356609E-2,5.2133936377170377E-2,5.533349397553268E-2,5.533349397553268E-2,5.533349397553268E-2,5.533349397553268E-2,5.533349397553268E-2,5.533349397553268E-2,5.533349397553268E-2,5.533349397553268E-2,5.533349397553268E-2,5.533349397553268E-2,5.533349397553268E-2,5.533349397553268E-2,5.533349397553268E-2,5.533349397553268E-2,5.533349397553268E-2,5.533349397553268E-2,5.533349397553268E-2,5.533349397553268E-2,5.533349397553268E-2,5.533349397553268E-2]

{"sheet":"Build Cost - Hydrogen pipeline","index":78,"n_rows":122,"n_cols":36,"rows_kept":122,"cut":false,"hidden":false,"merged":[]}
[null,"Go to Assumptions Summary"]
[null,"Hydrogen System Pipeline cost ($/kW)"]
[null,"The cost per electrolyser kW required to build pipelines to service hydrogen demand in a sub-region for an electrolyser built in a given REZ"]
[]
[null,"Pipeline cost ($/MW)"]
[null,"Electrolyser Pipeline","Demand location","Scenario","REZ","Length (km)","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,"N1 to NNSW Flexible Electrolyser Piped for Domestic","NNSW","Step Change","N1",140,457.55,454.89,456.65,459.64,458.71,457.89,457.13,456.9,456.36,455.29,454,452.84,451.78,450.82,449.99,449.27,448.66,448.16,447.77,447.49,447.31,447.25,447.28,447.42,447.66,447.99,448.43,448.96,449.59,449.58]
[null,"N2 to NNSW Flexible Electrolyser Piped for Domestic","NNSW","Step Change","N2",10,32.68,32.49,32.619999999999997,32.83,32.76,32.71,32.65,32.64,32.6,32.520000000000003,32.43,32.35,32.270000000000003,32.200000000000003,32.14,32.090000000000003,32.049999999999997,32.01,31.98,31.96,31.95,31.95,31.95,31.96,31.97,32,32.03,32.07,32.11,32.11]
[null,"N3 to CNSW Flexible Electrolyser Piped for Domestic","CNSW","Step Change","N3",300,5260.17,5229.5600000000004,5249.82,5284.18,5273.48,5264.01,5255.28,5252.66,5246.48,5234.1899999999996,5219.3500000000004,5206.0200000000004,5193.82,5182.8100000000004,5173.18,5164.91,5157.91,5152.18,5147.7,5144.47,5142.47,5141.68,5142.08,5143.6499999999996,5146.38,5150.26,5155.26,5161.37,5168.57,5168.4799999999996]
[null,"N3 to SNW Flexible Electrolyser Piped for Domestic","SNW","Step Change","N3",300,5429.82,5398.23,5419.14,5454.61,5443.56,5433.79,5424.78,5422.08,5415.69,5403,5387.69,5373.93,5361.34,5349.97,5340.03,5331.5,5324.27,5318.35,5313.73,5310.4,5308.33,5307.51,5307.93,5309.55,5312.37,5316.37,5321.53,5327.84,5335.27,5335.18]
[null,"N6 to SNSW Flexible Electrolyser Piped for Domestic","SNSW","Step Change","N6",160,2895.9,2879.05,2890.21,2909.12,2903.23,2898.02,2893.21,2891.77,2888.37,2881.6,2873.44,2866.1,2859.38,2853.31,2848.02,2843.46,2839.61,2836.45,2833.99,2832.21,2831.11,2830.67,2830.89,2831.76,2833.26,2835.4,2838.15,2841.51,2845.48,2845.43]
[null,"N8 to SNSW Flexible Electrolyser Piped for Domestic","SNSW","Step Change","N8",100,1809.94,1799.41,1806.38,1818.2,1814.52,1811.26,1808.26,1807.36,1805.23,1801,1795.89,1791.31,1787.11,1783.32,1780.01,1777.16,1774.75,1772.78,1771.24,1770.13,1769.44,1769.17,1769.31,1769.85,1770.79,1772.12,1773.84,1775.94,1778.42,1778.39]
[null,"N9 to CNSW Flexible Electrolyser Piped for Domestic","CNSW","Step Change","N9",110,1990.93,1979.35,1987.01,2000.02,1995.97,1992.38,1989.08,1988.09,1985.75,1981.1,1975.48,1970.44,1965.82,1961.65,1958.01,1954.88,1952.23,1950.06,1948.36,1947.14,1946.38,1946.08,1946.23,1946.83,1947.86,1949.33,1951.22,1953.54,1956.26,1956.23]
[null,"N9 to SNW Flexible Electrolyser Piped for Domestic","SNW","Step Change","N9",110,1990.93,1979.35,1987.01,2000.02,1995.97,1992.38,1989.08,1988.09,1985.75,1981.1,1975.48,1970.44,1965.82,1961.65,1958.01,1954.88,1952.23,1950.06,1948.36,1947.14,1946.38,1946.08,1946.23,1946.83,1947.86,1949.33,1951.22,1953.54,1956.26,1956.23]
[null,"N12 to SNW Flexible Electrolyser Piped for Domestic","SNW","Step Change","N12",80,1447.95,1439.53,1445.1,1454.56,1451.62,1449.01,1446.61,1445.89,1444.18,1440.8,1436.72,1433.05,1429.69,1426.66,1424.01,1421.73,1419.8,1418.23,1416.99,1416.11,1415.55,1415.34,1415.45,1415.88,1416.63,1417.7,1419.07,1420.76,1422.74,1422.71]
[null,"Q1 to NQ Flexible Electrolyser Piped for Domestic","NQ","Step Change","Q1",230,13729.15,13649.27,13702.14,13791.82,13763.89,13739.18,13716.4,13709.57,13693.42,13661.34,13622.63,13587.84,13555.98,13527.24,13502.12,13480.54,13462.25,13447.29,13435.62,13427.19,13421.97,13419.9,13420.94,13425.05,13432.18,13442.29,13455.34,13471.28,13490.09,13489.85]
[null,"Q4 to CQ Flexible Electrolyser Piped for Domestic","CQ","Step Change","Q4",10,424.99,422.52,424.16,426.93,426.07,425.3,424.6,424.39,423.89,422.89,421.7,420.62,419.63,418.74,417.97,417.3,416.73,416.27,415.91,415.65,415.48,415.42,415.45,415.58,415.8,416.11,416.52,417.01,417.59,417.59]
[null,"Q4 to GG Flexible Electrolyser Piped for Domestic","GG","Step Change","Q4",220,20721.169999999998,20600.61,20680.400000000001,20815.75,20773.599999999999,20736.3,20701.919999999998,20691.61,20667.25,20618.82,20560.400000000001,20507.89,20459.810000000001,20416.419999999998,20378.509999999998,20345.939999999999,20318.349999999999,20295.77,20278.150000000001,20265.43,20257.54,20254.41,20255.990000000002,20262.189999999999,20272.95,20288.21,20307.900000000001,20331.97,20360.36,20360]
[null,"Q6 to CQ Flexible Electrolyser Piped for Domestic","CQ","Step Change","Q6",140,5949.87,5915.25,5938.16,5977.03,5964.93,5954.22,5944.34,5941.38,5934.39,5920.48,5903.71,5888.63,5874.82,5862.37,5851.48,5842.13,5834.2,5827.72,5822.66,5819.01,5816.74,5815.85,5816.3,5818.08,5821.17,5825.55,5831.21,5838.12,5846.27,5846.16]
[null,"Q6 to GG Flexible Electrolyser Piped for Domestic","GG","Step Change","Q6",80,7534.98,7491.14,7520.15,7569.37,7554.04,7540.48,7527.98,7524.23,7515.37,7497.76,7476.52,7457.42,7439.94,7424.16,7410.37,7398.53,7388.5,7380.28,7373.88,7369.25,7366.38,7365.25,7365.82,7368.07,7371.99,7377.54,7384.7,7393.45,7403.77,7403.64]
[null,"Q7 to GG Flexible Electrolyser Piped for Domestic","GG","Step Change","Q7",260,24488.66,24346.18,24440.48,24600.44,24550.63,24506.55,24465.91,24453.73,24424.94,24367.71,24298.66,24236.61,24179.78,24128.51,24083.7,24045.21,24012.6,23985.91,23965.09,23950.06,23940.73,23937.040000000001,23938.9,23946.23,23958.95,23976.98,24000.26,24028.7,24062.25,24061.82]
[null,"Q7 to SQ Flexible Electrolyser Piped for Domestic","SQ","Step Change","Q7",170,1922.47,1911.29,1918.69,1931.25,1927.34,1923.88,1920.69,1919.73,1917.47,1912.98,1907.56,1902.68,1898.22,1894.2,1890.68,1887.66,1885.1,1883,1881.37,1880.19,1879.46,1879.17,1879.31,1879.89,1880.89,1882.3,1884.13,1886.36,1889,1888.96]
[null,"Q8 to GG Flexible Electrolyser Piped for Domestic","GG","Step Change","Q8",460,41384.199999999997,41143.43,41302.78,41573.11,41488.93,41414.43,41345.769999999997,41325.18,41276.519999999997,41179.800000000003,41063.129999999997,40958.25,40862.230000000003,40775.57,40699.86,40634.81,40579.69,40534.6,40499.410000000003,40474.01,40458.25,40452.01,40455.15,40467.54,40489.03,40519.51,40558.839999999997,40606.910000000003,40663.61,40662.879999999997]
[null,"Q8 to SQ Flexible Electrolyser Piped for Domestic","SQ","Step Change","Q8",230,2601,2585.87,2595.88,2612.87,2607.58,2602.9,2598.58,2597.29,2594.23,2588.15,2580.8200000000002,2574.23,2568.19,2562.75,2557.9899999999998,2553.9,2550.44,2547.6,2545.39,2543.79,2542.8000000000002,2542.41,2542.61,2543.39,2544.7399999999998,2546.65,2549.13,2552.15,2555.71,2555.66]
[null,"Q10 to NQ Flexible Electrolyser Piped for Domestic","NQ","Step Change","Q10",150,8953.7999999999993,8901.7000000000007,8936.18,8994.67,8976.4500000000007,8960.34,8945.48,8941.0300000000007,8930.5,8909.57,8884.33,8861.64,8840.86,8822.1200000000008,8805.73,8791.66,8779.73,8769.98,8762.36,8756.8700000000008,8753.4599999999991,8752.11,8752.7900000000009,8755.4699999999993,8760.1200000000008,8766.7099999999991,8775.2199999999993,8785.6200000000008,8797.89,8797.73]
[null,"S1 to SESA Flexible Electrolyser Piped for Domestic","SESA","Step Change","S1",10,729.39,725.15,727.96,732.72,731.24,729.93,728.72,728.35,727.49,725.79,723.73,721.89,720.19,718.67,717.33,716.18,715.21,714.42,713.8,713.35,713.07,712.96,713.02,713.24,713.62,714.15,714.85,715.69,716.69,716.68]
[null,"S2 to CSA Flexible Electrolyser Piped for Domestic","CSA","Step Change","S2",130,4399.96,4374.3599999999997,4391.3,4420.05,4411.09,4403.17,4395.87,4393.6899999999996,4388.51,4378.2299999999996,4365.82,4354.67,4344.46,4335.25,4327.2,4320.29,4314.43,4309.63,4305.8900000000003,4303.1899999999996,4301.51,4300.8500000000004,4301.18,4302.5,4304.79,4308.03,4312.21,4317.32,4323.3500000000004,4323.2700000000004]
[null,"S3 to CSA Flexible Electrolyser Piped for Domestic","CSA","Step Change","S3",120,4061.5,4037.87,4053.51,4080.04,4071.78,4064.47,4057.73,4055.71,4050.94,4041.44,4029.99,4019.7,4010.28,4001.77,3994.34,3987.96,3982.55,3978.12,3974.67,3972.18,3970.63,3970.02,3970.33,3971.54,3973.65,3976.64,3980.5,3985.22,3990.78,3990.71]
[null,"S5 to NSA Flexible Electrolyser Piped for Domestic","NSA","Step Change","S5",40,2082.8200000000002,2070.6999999999998,2078.7199999999998,2092.33,2088.09,2084.34,2080.89,2079.85,2077.4,2072.5300000000002,2066.66,2061.38,2056.5500000000002,2052.19,2048.38,2045.11,2042.33,2040.06,2038.29,2037.01,2036.22,2035.91,2036.06,2036.69,2037.77,2039.3,2041.28,2043.7,2046.56,2046.52]
[null,"S7 to NSA Flexible Electrolyser Piped for Domestic","NSA","Step Change","S7",170,8851.99,8800.49,8834.58,8892.4,8874.39,8858.4599999999991,8843.77,8839.3700000000008,8828.9599999999991,8808.27,8783.31,8760.8799999999992,8740.34,8721.81,8705.61,8691.7000000000007,8679.91,8670.26,8662.74,8657.2999999999993,8653.93,8652.6,8653.27,8655.92,8660.52,8667.0400000000009,8675.4500000000007,8685.73,8697.86,8697.7000000000007]
[null,"T1 to TAS Flexible Electrolyser Piped for Domestic","TAS","Step Change","T1",10,205.37,204.17,204.96,206.3,205.89,205.52,205.18,205.07,204.83,204.35,203.77,203.25,202.78,202.35,201.97,201.65,201.37,201.15,200.98,200.85,200.77,200.74,200.76,200.82,200.92,201.08,201.27,201.51,201.79,201.79]
[null,"T3 to TAS Flexible Electrolyser Piped for Domestic","TAS","Step Change","T3",130,2669.79,2654.26,2664.54,2681.98,2676.55,2671.74,2667.31,2665.98,2662.84,2656.6,2649.08,2642.31,2636.12,2630.53,2625.64,2621.45,2617.89,2614.98,2612.71,2611.0700000000002,2610.06,2609.65,2609.86,2610.65,2612.04,2614.0100000000002,2616.54,2619.65,2623.3,2623.26]
[null,"N1 to SNW Flexible Electrolyser Piped for Green Commodities","SNW","Step Change","N1",260,5018.6099999999997,4989.42,5008.74,5041.5200000000004,5031.3100000000004,5022.28,5013.95,5011.46,5005.55,4993.83,4979.68,4966.96,4955.3100000000004,4944.8100000000004,4935.62,4927.74,4921.05,4915.58,4911.32,4908.24,4906.32,4905.57,4905.95,4907.45,4910.0600000000004,4913.75,4918.5200000000004,4924.3500000000004,4931.2299999999996,4931.1400000000003]
[null,"N2 to SNW Flexible Electrolyser Piped for Green Commodities","SNW","Step Change","N2",320,5981.39,5946.59,5969.62,6008.7,5996.53,5985.76,5975.84,5972.86,5965.83,5951.85,5934.99,5919.83,5905.95,5893.43,5882.48,5873.08,5865.11,5858.6,5853.51,5849.84,5847.56,5846.66,5847.11,5848.9,5852.01,5856.42,5862.1,5869.05,5877.24,5877.14]
[null,"N3 to SNW Flexible Electrolyser Piped for Green Commodities","SNW","Step Change","N3",300,5607.56,5574.93,5596.52,5633.15,5621.75,5611.65,5602.35,5599.56,5592.97,5579.86,5564.05,5549.84,5536.83,5525.09,5514.83,5506.01,5498.55,5492.44,5487.67,5484.23,5482.09,5481.24,5481.67,5483.35,5486.26,5490.39,5495.72,5502.23,5509.92,5509.82]
[null,"N6 to SNW Flexible Electrolyser Piped for Green Commodities","SNW","Step Change","N6",500,9335.4699999999993,9281.15,9317.1,9378.08,9359.09,9342.2800000000007,9326.7900000000009,9322.15,9311.17,9289.36,9263.0400000000009,9239.3799999999992,9217.7199999999993,9198.17,9181.09,9166.42,9153.98,9143.81,9135.8700000000008,9130.14,9126.59,9125.18,9125.89,9128.68,9133.5300000000007,9140.41,9149.2800000000007,9160.1200000000008,9172.91,9172.75]
[null,"N8 to SNW Flexible Electrolyser Piped for Green Commodities","SNW","Step Change","N8",450,8411.34,8362.4,8394.7900000000009,8449.74,8432.6299999999992,8417.48,8403.5300000000007,8399.34,8389.4500000000007,8369.7999999999993,8346.08,8324.77,8305.25,8287.64,8272.25,8259.0300000000007,8247.82,8238.66,8231.51,8226.34,8223.14,8221.8700000000008,8222.51,8225.0300000000007,8229.4,8235.59,8243.58,8253.36,8264.8799999999992,8264.73]
[null,"N9 to SNW Flexible Electrolyser Piped for Green Commodities","SNW","Step Change","N9",110,2123.2600000000002,2110.91,2119.08,2132.9499999999998,2128.63,2124.81,2121.29,2120.23,2117.7399999999998,2112.77,2106.79,2101.41,2096.48,2092.0300000000002,2088.15,2084.81,2081.98,2079.67,2077.87,2076.56,2075.75,2075.4299999999998,2075.6,2076.23,2077.33,2078.9,2080.91,2083.38,2086.29,2086.25]
[null,"N12 to SNW Flexible Electrolyser Piped for Green Commodities","SNW","Step Change","N12",200,3860.47,3838.01,3852.87,3878.09,3870.24,3863.29,3856.88,3854.96,3850.42,3841.4,3830.52,3820.73,3811.78,3803.69,3796.63,3790.56,3785.42,3781.21,3777.93,3775.56,3774.09,3773.51,3773.8,3774.96,3776.96,3779.81,3783.47,3787.96,3793.25,3793.18]
[null,"Q1 to GG Flexible Electrolyser Piped for Green Commodities","GG","Step Change","Q1",900,10825.85,10762.86,10804.55,10875.27,10853.24,10833.76,10815.8,10810.41,10797.68,10772.38,10741.86,10714.42,10689.3,10666.64,10646.83,10629.81,10615.39,10603.6,10594.39,10587.75,10583.63,10581.99,10582.82,10586.06,10591.68,10599.65,10609.94,10622.51,10637.35,10637.16]
[null,"Q4 to GG Flexible Electrolyser Piped for Green Commodities","GG","Step Change","Q4",220,2699.79,2684.09,2694.48,2712.12,2706.63,2701.77,2697.29,2695.94,2692.77,2686.46,2678.85,2672.01,2665.74,2660.09,2655.15,2650.91,2647.31,2644.37,2642.07,2640.42,2639.39,2638.98,2639.19,2639.99,2641.4,2643.38,2645.95,2649.09,2652.78,2652.74]
[null,"Q6 to GG Flexible Electrolyser Piped for Green Commodities","GG","Step Change","Q6",80,981.74,976.03,979.81,986.22,984.22,982.46,980.83,980.34,979.19,976.89,974.12,971.64,969.36,967.3,965.51,963.96,962.65,961.59,960.75,960.15,959.77,959.63,959.7,959.99,960.5,961.23,962.16,963.3,964.65,964.63]
[null,"Q7 to GG Flexible Electrolyser Piped for Green Commodities","GG","Step Change","Q7",260,3190.66,3172.1,3184.39,3205.23,3198.74,3193,3187.7,3186.11,3182.36,3174.91,3165.91,3157.82,3150.42,3143.74,3137.9,3132.89,3128.64,3125.16,3122.45,3120.49,3119.27,3118.79,3119.04,3119.99,3121.65,3124,3127.03,3130.74,3135.11,3135.05]
[null,"Q8 to GG Flexible Electrolyser Piped for Green Commodities","GG","Step Change","Q8",460,5480.77,5448.88,5469.99,5505.79,5494.64,5484.77,5475.68,5472.95,5466.51,5453.7,5438.25,5424.36,5411.64,5400.17,5390.14,5381.52,5374.22,5368.25,5363.59,5360.23,5358.14,5357.31,5357.73,5359.37,5362.22,5366.25,5371.46,5377.83,5385.34,5385.24]
[null,"Q10 to GG Flexible Electrolyser Piped for Green Commodities","GG","Step Change","Q10",510,6134.65,6098.96,6122.58,6162.65,6150.17,6139.13,6128.95,6125.9,6118.69,6104.35,6087.05,6071.51,6057.27,6044.43,6033.21,6023.56,6015.39,6008.71,6003.49,5999.73,5997.39,5996.47,5996.93,5998.77,6001.95,6006.47,6012.3,6019.43,6027.83,6027.72]
[null,"S1 to NSA Flexible Electrolyser Piped for Green Commodities","NSA","Step Change","S1",600,11735.13,11666.86,11712.05,11788.7,11764.83,11743.71,11724.23,11718.4,11704.6,11677.17,11644.09,11614.35,11587.12,11562.55,11541.08,11522.63,11507,11494.21,11484.24,11477.03,11472.56,11470.8,11471.69,11475.2,11481.29,11489.94,11501.09,11514.72,11530.8,11530.59]
[null,"S2 to NSA Flexible Electrolyser Piped for Green Commodities","NSA","Step Change","S2",310,6077.45,6042.09,6065.5,6105.2,6092.83,6081.89,6071.81,6068.79,6061.64,6047.44,6030.3,6014.9,6000.8,5988.07,5976.95,5967.4,5959.31,5952.68,5947.52,5943.79,5941.47,5940.56,5941.02,5942.84,5945.99,5950.47,5956.24,5963.3,5971.63,5971.52]
[null,"S3 to NSA Flexible Electrolyser Piped for Green Commodities","NSA","Step Change","S3",220,4455.24,4429.32,4446.47,4475.58,4466.51,4458.49,4451.1000000000004,4448.8900000000003,4443.6499999999996,4433.24,4420.67,4409.38,4399.05,4389.72,4381.57,4374.5600000000004,4368.63,4363.78,4359.99,4357.25,4355.5600000000004,4354.88,4355.22,4356.5600000000004,4358.87,4362.1499999999996,4366.3900000000003,4371.5600000000004,4377.66,4377.59]
[null,"S5 to NSA Flexible Electrolyser Piped for Green Commodities","NSA","Step Change","S5",40,810.04,805.33,808.45,813.74,812.09,810.63,809.29,808.89,807.93,806.04,803.76,801.71,799.83,798.13,796.65,795.37,794.3,793.41,792.72,792.23,791.92,791.8,791.86,792.1,792.52,793.12,793.89,794.83,795.94,795.92]
[null,"S7 to NSA Flexible Electrolyser Piped for Green Commodities","NSA","Step Change","S7",170,3442.69,3422.66,3435.92,3458.4,3451.4,3445.2,3439.49,3437.78,3433.73,3425.69,3415.98,3407.25,3399.27,3392.06,3385.76,3380.35,3375.76,3372.01,3369.08,3366.97,3365.66,3365.14,3365.4,3366.43,3368.22,3370.76,3374.03,3378.03,3382.74,3382.68]
[null,"N1 to NNSW Flexible Electrolyser Piped for Domestic","NNSW","Slower Growth","N1",140,583.39,579.99,582.24,586.04999999999995,584.87,583.80999999999995,582.85,582.55999999999995,581.87,580.51,578.86,577.38,576.03,574.80999999999995,573.74,572.82000000000005,572.04999999999995,571.41,570.91999999999996,570.55999999999995,570.34,570.25,570.29,570.47,570.77,571.20000000000005,571.75,572.42999999999995,573.23,573.22]
[null,"N2 to NNSW Flexible Electrolyser Piped for Domestic","NNSW","Slower Growth","N2",10,41.67,41.43,41.59,41.86,41.78,41.7,41.63,41.61,41.56,41.47,41.35,41.24,41.15,41.06,40.98,40.92,40.86,40.82,40.78,40.76,40.74,40.729999999999997,40.74,40.75,40.770000000000003,40.799999999999997,40.840000000000003,40.89,40.950000000000003,40.950000000000003]
[null,"N3 to CNSW Flexible Electrolyser Piped for Domestic","CNSW","Slower Growth","N3",300,6643.58,6604.93,6630.51,6673.91,6660.39,6648.43,6637.41,6634.11,6626.29,6610.77,6592.04,6575.2,6559.78,6545.87,6533.72,6523.28,6514.43,6507.19,6501.54,6497.46,6494.93,6493.93,6494.44,6496.42,6499.87,6504.77,6511.08,6518.8,6527.9,6527.78]
[null,"N3 to SNW Flexible Electrolyser Piped for Domestic","SNW","Slower Growth","N3",300,6868.08,6828.12,6854.57,6899.43,6885.46,6873.1,6861.7,6858.28,6850.21,6834.16,6814.79,6797.39,6781.45,6767.07,6754.5,6743.71,6734.56,6727.08,6721.24,6717.02,6714.41,6713.37,6713.89,6715.95,6719.52,6724.57,6731.1,6739.08,6748.49,6748.37]
[null,"N6 to SNSW Flexible Electrolyser Piped for Domestic","SNSW","Slower Growth","N6",160,3662.97,3641.66,3655.77,3679.69,3672.24,3665.65,3659.57,3657.75,3653.44,3644.88,3634.55,3625.27,3616.77,3609.1,3602.4,3596.64,3591.76,3587.77,3584.66,3582.41,3581.01,3580.46,3580.74,3581.84,3583.74,3586.44,3589.92,3594.17,3599.19,3599.13]
[null,"N8 to SNSW Flexible Electrolyser Piped for Domestic","SNSW","Slower Growth","N8",100,2289.36,2276.04,2284.85,2299.81,2295.15,2291.0300000000002,2287.23,2286.09,2283.4,2278.0500000000002,2271.59,2265.79,2260.48,2255.69,2251.5,2247.9,2244.85,2242.36,2240.41,2239,2238.13,2237.79,2237.96,2238.65,2239.84,2241.52,2243.6999999999998,2246.36,2249.4899999999998,2249.4499999999998]
[null,"N9 to CNSW Flexible Electrolyser Piped for Domestic","CNSW","Slower Growth","N9",110,2518.3000000000002,2503.65,2513.34,2529.79,2524.67,2520.14,2515.96,2514.71,2511.75,2505.86,2498.7600000000002,2492.38,2486.54,2481.2600000000002,2476.65,2472.6999999999998,2469.34,2466.6,2464.46,2462.91,2461.9499999999998,2461.5700000000002,2461.7600000000002,2462.52,2463.83,2465.6799999999998,2468.0700000000002,2471,2474.4499999999998,2474.4]
[null,"N9 to SNW Flexible Electrolyser Piped for Domestic","SNW","Slower Growth","N9",110,2518.3000000000002,2503.65,2513.34,2529.79,2524.67,2520.14,2515.96,2514.71,2511.75,2505.86,2498.7600000000002,2492.38,2486.54,2481.2600000000002,2476.65,2472.6999999999998,2469.34,2466.6,2464.46,2462.91,2461.9499999999998,2461.5700000000002,2461.7600000000002,2462.52,2463.83,2465.6799999999998,2468.0700000000002,2471,2474.4499999999998,2474.4]
[null,"N12 to SNW Flexible Electrolyser Piped for Domestic","SNW","Slower Growth","N12",80,1831.49,1820.84,1827.89,1839.85,1836.13,1832.83,1829.79,1828.88,1826.72,1822.44,1817.28,1812.64,1808.39,1804.56,1801.2,1798.33,1795.89,1793.89,1792.33,1791.21,1790.51,1790.24,1790.37,1790.92,1791.87,1793.22,1794.96,1797.09,1799.6,1799.57]
[null,"Q1 to NQ Flexible Electrolyser Piped for Domestic","NQ","Slower Growth","Q1",230,15114.64,15026.71,15084.91,15183.64,15152.89,15125.68,15100.61,15093.09,15075.31,15039.99,14997.38,14959.07,14924,14892.36,14864.7,14840.94,14820.81,14804.34,14791.49,14782.22,14776.46,14774.18,14775.33,14779.85,14787.7,14798.83,14813.2,14830.75,14851.46,14851.2]
[null,"Q4 to CQ Flexible Electrolyser Piped for Domestic","CQ","Slower Growth","Q4",10,468.47,465.75,467.55,470.61,469.66,468.81,468.04,467.8,467.25,466.16,464.84,463.65,462.56,461.58,460.72,459.99,459.36,458.85,458.46,458.17,457.99,457.92,457.95,458.09,458.34,458.68,459.13,459.67,460.31,460.31]
[null,"Q4 to GG Flexible Electrolyser Piped for Domestic","GG","Slower Growth","Q4",220,20721.169999999998,20600.61,20680.400000000001,20815.75,20773.599999999999,20736.3,20701.919999999998,20691.61,20667.25,20618.82,20560.400000000001,20507.89,20459.810000000001,20416.419999999998,20378.509999999998,20345.939999999999,20318.349999999999,20295.77,20278.150000000001,20265.43,20257.54,20254.41,20255.990000000002,20262.189999999999,20272.95,20288.21,20307.900000000001,20331.97,20360.36,20360]
[null,"Q6 to CQ Flexible Electrolyser Piped for Domestic","CQ","Slower Growth","Q6",140,6558.55,6520.39,6545.65,6588.49,6575.15,6563.34,6552.46,6549.2,6541.49,6526.16,6507.67,6491.05,6475.83,6462.1,6450.1,6439.79,6431.05,6423.91,6418.33,6414.31,6411.81,6410.82,6411.32,6413.28,6416.69,6421.52,6427.75,6435.37,6444.35,6444.24]
[null,"Q6 to GG Flexible Electrolyser Piped for Domestic","GG","Slower Growth","Q6",80,7534.98,7491.14,7520.15,7569.37,7554.04,7540.48,7527.98,7524.23,7515.37,7497.76,7476.52,7457.42,7439.94,7424.16,7410.37,7398.53,7388.5,7380.28,7373.88,7369.25,7366.38,7365.25,7365.82,7368.07,7371.99,7377.54,7384.7,7393.45,7403.77,7403.64]
[null,"Q7 to GG Flexible Electrolyser Piped for Domestic","GG","Slower Growth","Q7",260,24488.66,24346.18,24440.48,24600.44,24550.63,24506.55,24465.91,24453.73,24424.94,24367.71,24298.66,24236.61,24179.78,24128.51,24083.7,24045.21,24012.6,23985.91,23965.09,23950.06,23940.73,23937.040000000001,23938.9,23946.23,23958.95,23976.98,24000.26,24028.7,24062.25,24061.82]
[null,"Q7 to SQ Flexible Electrolyser Piped for Domestic","SQ","Slower Growth","Q7",170,2126.7800000000002,2114.41,2122.6,2136.4899999999998,2132.17,2128.34,2124.81,2123.75,2121.25,2116.2800000000002,2110.2800000000002,2104.89,2099.96,2095.5100000000002,2091.61,2088.27,2085.44,2083.12,2081.31,2080.0100000000002,2079.1999999999998,2078.88,2079.04,2079.6799999999998,2080.7800000000002,2082.35,2084.37,2086.84,2089.75,2089.71]
[null,"Q8 to GG Flexible Electrolyser Piped for Domestic","GG","Slower Growth","Q8",460,41384.199999999997,41143.43,41302.78,41573.11,41488.93,41414.43,41345.769999999997,41325.18,41276.519999999997,41179.800000000003,41063.129999999997,40958.25,40862.230000000003,40775.57,40699.86,40634.81,40579.69,40534.6,40499.410000000003,40474.01,40458.25,40452.01,40455.15,40467.54,40489.03,40519.51,40558.839999999997,40606.910000000003,40663.61,40662.879999999997]
[null,"Q8 to SQ Flexible Electrolyser Piped for Domestic","SQ","Slower Growth","Q8",230,2877.41,2860.67,2871.75,2890.54,2884.69,2879.51,2874.73,2873.3,2869.92,2863.2,2855.08,2847.79,2841.11,2835.09,2829.83,2825.3,2821.47,2818.33,2815.89,2814.12,2813.03,2812.59,2812.81,2813.67,2815.17,2817.29,2820.02,2823.36,2827.3,2827.25]
[null,"Q10 to NQ Flexible Electrolyser Piped for Domestic","NQ","Slower Growth","Q10",150,9857.3700000000008,9800.02,9837.98,9902.3700000000008,9882.32,9864.57,9848.2199999999993,9843.32,9831.7199999999993,9808.69,9780.9,9755.92,9733.0400000000009,9712.4,9694.3700000000008,9678.8700000000008,9665.75,9655,9646.6200000000008,9640.57,9636.82,9635.33,9636.08,9639.0300000000007,9644.15,9651.41,9660.7800000000007,9672.23,9685.73,9685.56]
[null,"S1 to SESA Flexible Electrolyser Piped for Domestic","SESA","Slower Growth","S1",10,877.2,872.1,875.47,881.2,879.42,877.84,876.39,875.95,874.92,872.87,870.39,868.17,866.14,864.3,862.69,861.32,860.15,859.19,858.45,857.91,857.57,857.44,857.51,857.77,858.23,858.87,859.71,860.72,861.93,861.91]
[null,"S2 to CSA Flexible Electrolyser Piped for Domestic","CSA","Slower Growth","S2",130,5321.38,5290.42,5310.91,5345.67,5334.85,5325.27,5316.44,5313.79,5307.53,5295.1,5280.09,5266.61,5254.26,5243.12,5233.38,5225.0200000000004,5217.93,5212.13,5207.6099999999997,5204.34,5202.32,5201.51,5201.92,5203.51,5206.2700000000004,5210.1899999999996,5215.25,5221.43,5228.72,5228.63]
[null,"S3 to CSA Flexible Electrolyser Piped for Domestic","CSA","Slower Growth","S3",120,4912.04,4883.46,4902.38,4934.46,4924.47,4915.63,4907.4799999999996,4905.04,4899.26,4887.78,4873.93,4861.4799999999996,4850.09,4839.8,4830.8100000000004,4823.09,4816.55,4811.2,4807.0200000000004,4804.01,4802.1400000000003,4801.3999999999996,4801.7700000000004,4803.24,4805.79,4809.41,4814.08,4819.78,4826.51,4826.43]
[null,"S5 to NSA Flexible Electrolyser Piped for Domestic","NSA","Slower Growth","S5",40,2511.65,2497.04,2506.71,2523.12,2518.0100000000002,2513.4899999999998,2509.3200000000002,2508.0700000000002,2505.12,2499.25,2492.17,2485.8000000000002,2479.9699999999998,2474.71,2470.12,2466.17,2462.83,2460.09,2457.9499999999998,2456.41,2455.4499999999998,2455.08,2455.27,2456.02,2457.3200000000002,2459.17,2461.56,2464.48,2467.92,2467.87]
[null,"S7 to NSA Flexible Electrolyser Piped for Domestic","NSA","Slower Growth","S7",170,10674.51,10612.4,10653.51,10723.24,10701.52,10682.31,10664.6,10659.29,10646.73,10621.79,10591.69,10564.64,10539.87,10517.52,10497.99,10481.209999999999,10467,10455.36,10446.290000000001,10439.74,10435.67,10434.06,10434.870000000001,10438.07,10443.61,10451.469999999999,10461.620000000001,10474.02,10488.64,10488.45]
[null,"T1 to TAS Flexible Electrolyser Piped for Domestic","TAS","Slower Growth","T1",10,414.79,412.37,413.97,416.68,415.84,415.09,414.4,414.2,413.71,412.74,411.57,410.52,409.56,408.69,407.93,407.28,406.72,406.27,405.92,405.66,405.51,405.44,405.48,405.6,405.81,406.12,406.51,407,407.56,407.56]
[null,"T3 to TAS Flexible Electrolyser Piped for Domestic","TAS","Slower Growth","T3",130,5392.18,5360.81,5381.57,5416.8,5405.83,5396.12,5387.18,5384.49,5378.15,5365.55,5350.35,5336.68,5324.17,5312.88,5303.02,5294.54,5287.36,5281.48,5276.9,5273.59,5271.54,5270.72,5271.13,5272.75,5275.55,5279.52,5284.64,5290.9,5298.29,5298.2]
[null,"N1 to NNSW Flexible Electrolyser Piped for Domestic","NNSW","Accelerated Transition","N1",140,244.56,243.14,244.08,245.68,245.18,244.74,244.33,244.21,243.93,243.35,242.66,242.04,241.48,240.96,240.52,240.13,239.81,239.54,239.33,239.18,239.09,239.05,239.07,239.14,239.27,239.45,239.68,239.97,240.3,240.3]
[null,"N2 to NNSW Flexible Electrolyser Piped for Domestic","NNSW","Accelerated Transition","N2",10,17.47,17.37,17.440000000000001,17.55,17.510000000000002,17.48,17.45,17.45,17.43,17.38,17.34,17.29,17.25,17.21,17.18,17.149999999999999,17.13,17.11,17.100000000000001,17.09,17.079999999999998,17.079999999999998,17.079999999999998,17.079999999999998,17.09,17.11,17.12,17.14,17.170000000000002,17.170000000000002]
[null,"N3 to CNSW Flexible Electrolyser Piped for Domestic","CNSW","Accelerated Transition","N3",300,2872.96,2856.25,2867.31,2886.08,2880.23,2875.06,2870.3,2868.87,2865.49,2858.77,2850.67,2843.39,2836.73,2830.71,2825.45,2820.94,2817.11,2813.98,2811.54,2809.78,2808.68,2808.25,2808.47,2809.33,2810.82,2812.93,2815.67,2819,2822.94,2822.89]
[null,"N3 to SNW Flexible Electrolyser Piped for Domestic","SNW","Accelerated Transition","N3",300,2955.71,2938.52,2949.9,2969.2,2963.19,2957.87,2952.97,2951.5,2948.02,2941.11,2932.78,2925.29,2918.43,2912.24,2906.84,2902.19,2898.25,2895.03,2892.52,2890.7,2889.58,2889.13,2889.36,2890.24,2891.78,2893.95,2896.76,2900.2,2904.25,2904.19]
[null,"N6 to SNSW Flexible Electrolyser Piped for Domestic","SNSW","Accelerated Transition","N6",160,1576.38,1567.21,1573.28,1583.58,1580.37,1577.53,1574.92,1574.13,1572.28,1568.59,1564.15,1560.16,1556.5,1553.2,1550.31,1547.83,1545.74,1544.02,1542.68,1541.71,1541.11,1540.87,1540.99,1541.46,1542.28,1543.44,1544.94,1546.77,1548.93,1548.9]
[null,"N8 to SNSW Flexible Electrolyser Piped for Domestic","SNSW","Accelerated Transition","N8",100,985.23,979.5,983.3,989.73,987.73,985.95,984.32,983.83,982.67,980.37,977.59,975.09,972.81,970.74,968.94,967.39,966.08,965.01,964.17,963.57,963.19,963.04,963.12,963.41,963.92,964.65,965.58,966.73,968.08,968.06]
[null,"N9 to CNSW Flexible Electrolyser Piped for Domestic","CNSW","Accelerated Transition","N9",110,1083.76,1077.46,1081.6300000000001,1088.71,1086.51,1084.55,1082.76,1082.22,1080.94,1078.4100000000001,1075.3499999999999,1072.6099999999999,1070.0899999999999,1067.82,1065.8399999999999,1064.1400000000001,1062.69,1061.51,1060.5899999999999,1059.93,1059.51,1059.3499999999999,1059.43,1059.76,1060.32,1061.1199999999999,1062.1500000000001,1063.4100000000001,1064.8900000000001,1064.8699999999999]
[null,"N9 to SNW Flexible Electrolyser Piped for Domestic","SNW","Accelerated Transition","N9",110,1083.76,1077.46,1081.6300000000001,1088.71,1086.51,1084.55,1082.76,1082.22,1080.94,1078.4100000000001,1075.3499999999999,1072.6099999999999,1070.0899999999999,1067.82,1065.8399999999999,1064.1400000000001,1062.69,1061.51,1060.5899999999999,1059.93,1059.51,1059.3499999999999,1059.43,1059.76,1060.32,1061.1199999999999,1062.1500000000001,1063.4100000000001,1064.8900000000001,1064.8699999999999]
[null,"N12 to SNW Flexible Electrolyser Piped for Domestic","SNW","Accelerated Transition","N12",80,788.19,783.61,786.64,791.79,790.19,788.77,787.46,787.07,786.14,784.3,782.08,780.08,778.25,776.6,775.16,773.92,772.87,772.01,771.34,770.86,770.56,770.44,770.5,770.74,771.15,771.73,772.48,773.39,774.47,774.46]
[null,"Q1 to NQ Flexible Electrolyser Piped for Domestic","NQ","Accelerated Transition","Q1",230,6930.53,6890.2,6916.89,6962.16,6948.06,6935.59,6924.09,6920.64,6912.49,6896.3,6876.76,6859.19,6843.11,6828.6,6815.92,6805.03,6795.8,6788.24,6782.35,6778.1,6775.46,6774.41,6774.94,6777.01,6780.61,6785.72,6792.3,6800.35,6809.85,6809.73]
[null,"Q4 to CQ Flexible Electrolyser Piped for Domestic","CQ","Accelerated Transition","Q4",10,212.91,211.67,212.49,213.88,213.44,213.06,212.71,212.6,212.35,211.85,211.25,210.71,210.22,209.77,209.38,209.05,208.77,208.53,208.35,208.22,208.14,208.11,208.13,208.19,208.3,208.46,208.66,208.91,209.2,209.19]
[null,"Q4 to GG Flexible Electrolyser Piped for Domestic","GG","Accelerated Transition","Q4",220,11902.41,11833.16,11878.99,11956.74,11932.53,11911.1,11891.35,11885.43,11871.43,11843.62,11810.06,11779.9,11752.28,11727.36,11705.58,11686.87,11671.02,11658.05,11647.93,11640.63,11636.09,11634.3,11635.2,11638.77,11644.95,11653.71,11665.02,11678.85,11695.16,11694.95]
[null,"Q6 to CQ Flexible Electrolyser Piped for Domestic","CQ","Accelerated Transition","Q6",140,2980.65,2963.3,2974.78,2994.25,2988.19,2982.82,2977.88,2976.39,2972.89,2965.92,2957.52,2949.97,2943.05,2936.81,2931.36,2926.67,2922.7,2919.45,2916.92,2915.09,2913.96,2913.51,2913.73,2914.62,2916.17,2918.37,2921.2,2924.66,2928.75,2928.69]
[null,"Q6 to GG Flexible Electrolyser Piped for Domestic","GG","Accelerated Transition","Q6",80,4328.1499999999996,4302.97,4319.63,4347.91,4339.1000000000004,4331.3100000000004,4324.13,4321.9799999999996,4316.8900000000003,4306.7700000000004,4294.57,4283.6000000000004,4273.5600000000004,4264.5,4256.58,4249.78,4244.01,4239.29,4235.6099999999997,4232.96,4231.3100000000004,4230.66,4230.99,4232.28,4234.53,4237.72,4241.83,4246.8599999999997,4252.79,4252.71]
[null,"Q7 to GG Flexible Electrolyser Piped for Domestic","GG","Accelerated Transition","Q7",260,14066.48,13984.64,14038.8,14130.69,14102.07,14076.75,14053.41,14046.42,14029.87,13997,13957.34,13921.7,13889.06,13859.6,13833.87,13811.76,13793.02,13777.7,13765.73,13757.1,13751.74,13749.62,13750.69,13754.9,13762.21,13772.57,13785.94,13802.27,13821.55,13821.3]
[null,"Q7 to SQ Flexible Electrolyser Piped for Domestic","SQ","Accelerated Transition","Q7",170,941.91,936.43,940.06,946.21,944.29,942.6,941.03,940.57,939.46,937.26,934.6,932.21,930.03,928.06,926.33,924.85,923.6,922.57,921.77,921.19,920.83,920.69,920.76,921.05,921.53,922.23,923.12,924.22,925.51,925.49]
[null,"Q8 to GG Flexible Electrolyser Piped for Domestic","GG","Accelerated Transition","Q8",460,23911.73,23772.61,23864.68,24020.880000000001,23972.240000000002,23929.19,23889.52,23877.62,23849.5,23793.62,23726.21,23665.61,23610.13,23560.06,23516.31,23478.73,23446.880000000001,23420.82,23400.49,23385.82,23376.71,23373.11,23374.92,23382.080000000002,23394.5,23412.11,23434.83,23462.61,23495.37,23494.94]
[null,"Q8 to SQ Flexible Electrolyser Piped for Domestic","SQ","Accelerated Transition","Q8",230,1274.3499999999999,1266.93,1271.8399999999999,1280.1600000000001,1277.57,1275.28,1273.1600000000001,1272.53,1271.03,1268.05,1264.46,1261.23,1258.27,1255.5999999999999,1253.27,1251.27,1249.57,1248.18,1247.0999999999999,1246.32,1245.83,1245.6400000000001,1245.74,1246.1199999999999,1246.78,1247.72,1248.93,1250.4100000000001,1252.1600000000001,1252.1300000000001]
[null,"Q10 to NQ Flexible Electrolyser Piped for Domestic","NQ","Accelerated Transition","Q10",150,4519.91,4493.6099999999997,4511.0200000000004,4540.54,4531.3500000000004,4523.21,4515.71,4513.46,4508.1499999999996,4497.59,4484.84,4473.3900000000003,4462.8999999999996,4453.4399999999996,4445.17,4438.0600000000004,4432.04,4427.12,4423.2700000000004,4420.5,4418.78,4418.1000000000004,4418.4399999999996,4419.79,4422.1400000000003,4425.47,4429.7700000000004,4435.0200000000004,4441.21,4441.13]
[null,"S1 to SESA Flexible Electrolyser Piped for Domestic","SESA","Accelerated Transition","S1",10,396.32,394.01,395.54,398.13,397.32,396.61,395.95,395.75,395.29,394.36,393.24,392.24,391.32,390.49,389.77,389.14,388.61,388.18,387.85,387.6,387.45,387.39,387.42,387.54,387.75,388.04,388.42,388.88,389.42,389.41]
[null,"S2 to CSA Flexible Electrolyser Piped for Domestic","CSA","Accelerated Transition","S2",130,2353.4299999999998,2339.7399999999998,2348.8000000000002,2364.17,2359.38,2355.15,2351.2399999999998,2350.0700000000002,2347.3000000000002,2341.8000000000002,2335.17,2329.21,2323.7399999999998,2318.8200000000002,2314.5100000000002,2310.81,2307.6799999999998,2305.11,2303.11,2301.67,2300.77,2300.42,2300.6,2301.3000000000002,2302.52,2304.2600000000002,2306.4899999999998,2309.23,2312.4499999999998,2312.41]
[null,"S3 to CSA Flexible Electrolyser Piped for Domestic","CSA","Accelerated Transition","S3",120,2172.4,2159.7600000000002,2168.12,2182.31,2177.89,2173.98,2170.38,2169.3000000000002,2166.7399999999998,2161.67,2155.54,2150.04,2145,2140.4499999999998,2136.4699999999998,2133.06,2130.17,2127.8000000000002,2125.9499999999998,2124.62,2123.79,2123.46,2123.63,2124.2800000000002,2125.41,2127.0100000000002,2129.0700000000002,2131.59,2134.5700000000002,2134.5300000000002]
[null,"S5 to NSA Flexible Electrolyser Piped for Domestic","NSA","Accelerated Transition","S5",40,1123.24,1116.71,1121.03,1128.3699999999999,1126.0899999999999,1124.06,1122.2,1121.6400000000001,1120.32,1117.7,1114.53,1111.68,1109.08,1106.72,1104.67,1102.9000000000001,1101.4100000000001,1100.18,1099.23,1098.54,1098.1099999999999,1097.94,1098.03,1098.3599999999999,1098.95,1099.77,1100.8399999999999,1102.1500000000001,1103.68,1103.67]
[null,"S7 to NSA Flexible Electrolyser Piped for Domestic","NSA","Accelerated Transition","S7",170,4773.79,4746.01,4764.3900000000003,4795.58,4785.87,4777.2700000000004,4769.3500000000004,4766.9799999999996,4761.3599999999997,4750.21,4736.75,4724.6499999999996,4713.57,4703.58,4694.8500000000004,4687.34,4680.9799999999996,4675.78,4671.72,4668.79,4666.97,4666.26,4666.62,4668.05,4670.53,4674.04,4678.58,4684.12,4690.66,4690.58]
[null,"T1 to TAS Flexible Electrolyser Piped for Domestic","TAS","Accelerated Transition","T1",10,148.91,148.04,148.62,149.59,149.29,149.02000000000001,148.77000000000001,148.69999999999999,148.52000000000001,148.16999999999999,147.75,147.38,147.03,146.72,146.44999999999999,146.21,146.01,145.85,145.72999999999999,145.63,145.58000000000001,145.56,145.57,145.61000000000001,145.69,145.80000000000001,145.94,146.11000000000001,146.32,146.31]
[null,"T3 to TAS Flexible Electrolyser Piped for Domestic","TAS","Accelerated Transition","T3",130,1935.77,1924.51,1931.97,1944.61,1940.67,1937.19,1933.98,1933.01,1930.74,1926.21,1920.76,1915.85,1911.36,1907.3,1903.76,1900.72,1898.14,1896.03,1894.39,1893.2,1892.46,1892.17,1892.32,1892.9,1893.9,1895.33,1897.17,1899.42,1902.07,1902.03]
[null,"N1 to SNW Flexible Electrolyser Piped for Green Commodities","SNW","Accelerated Transition","N1",260,515.41999999999996,512.42999999999995,514.41,517.78,516.73,515.79999999999995,514.95000000000005,514.69000000000005,514.08000000000004,512.88,511.43,510.12,508.92,507.84,506.9,506.09,505.4,504.84,504.4,504.09,503.89,503.81,503.85,504.01,504.27,504.65,505.14,505.74,506.45,506.44]
[null,"N2 to SNW Flexible Electrolyser Piped for Green Commodities","SNW","Accelerated Transition","N2",320,620.58000000000004,616.97,619.36,623.41,622.15,621.03,620,619.70000000000005,618.97,617.52,615.77,614.19000000000005,612.75,611.45000000000005,610.32000000000005,609.34,608.52,607.84,607.30999999999995,606.92999999999995,606.70000000000005,606.6,606.65,606.83000000000004,607.16,607.61,608.20000000000005,608.91999999999996,609.77,609.76]
[null,"N3 to SNW Flexible Electrolyser Piped for Green Commodities","SNW","Accelerated Transition","N3",300,581.79,578.41,580.65,584.45000000000005,583.27,582.22,581.25,580.96,580.28,578.91999999999996,577.28,575.80999999999995,574.46,573.24,572.16999999999996,571.26,570.48,569.85,569.35,569,568.78,568.69000000000005,568.73,568.91,569.21,569.64,570.19000000000005,570.87,571.66,571.65]
[null,"N6 to SNW Flexible Electrolyser Piped for Green Commodities","SNW","Accelerated Transition","N6",500,1008.79,1002.92,1006.81,1013.4,1011.34,1009.53,1007.85,1007.35,1006.17,1003.81,1000.96,998.41,996.07,993.96,992.11,990.52,989.18,988.08,987.22,986.6,986.22,986.07,986.14,986.45,986.97,987.71,988.67,989.84,991.23,991.21]
[null,"N8 to SNW Flexible Electrolyser Piped for Green Commodities","SNW","Accelerated Transition","N8",450,872.69,867.61,870.97,876.67,874.9,873.33,871.88,871.45,870.42,868.38,865.92,863.71,861.68,859.86,858.26,856.89,855.73,854.77,854.03,853.5,853.16,853.03,853.1,853.36,853.81,854.46,855.29,856.3,857.49,857.48]
[null,"N9 to SNW Flexible Electrolyser Piped for Green Commodities","SNW","Accelerated Transition","N9",110,218.06,216.79,217.63,219.06,218.61,218.22,217.86,217.75,217.49,216.98,216.37,215.82,215.31,214.85,214.46,214.11,213.82,213.58,213.4,213.27,213.18,213.15,213.17,213.23,213.34,213.5,213.71,213.97,214.26,214.26]
[null,"N12 to SNW Flexible Electrolyser Piped for Green Commodities","SNW","Accelerated Transition","N12",200,396.48,394.17,395.7,398.29,397.48,396.77,396.11,395.92,395.45,394.52,393.4,392.4,391.48,390.65,389.92,389.3,388.77,388.34,388,387.76,387.61,387.55,387.58,387.7,387.9,388.2,388.57,389.03,389.58,389.57]
[null,"Q1 to GG Flexible Electrolyser Piped for Green Commodities","GG","Accelerated Transition","Q1",900,1410.38,1402.17,1407.61,1416.82,1413.95,1411.41,1409.07,1408.37,1406.71,1403.41,1399.44,1395.86,1392.59,1389.64,1387.06,1384.84,1382.96,1381.43,1380.23,1379.36,1378.82,1378.61,1378.72,1379.14,1379.87,1380.91,1382.25,1383.89,1385.82,1385.8]
[null,"Q4 to GG Flexible Electrolyser Piped for Green Commodities","GG","Accelerated Transition","Q4",220,337.41,335.45,336.75,338.95,338.27,337.66,337.1,336.93,336.53,335.75,334.79,333.94,333.16,332.45,331.83,331.3,330.85,330.49,330.2,329.99,329.86,329.81,329.84,329.94,330.11,330.36,330.68,331.08,331.54,331.53]
[null,"Q6 to GG Flexible Electrolyser Piped for Green Commodities","GG","Accelerated Transition","Q6",80,122.69,121.98,122.45,123.25,123,122.78,122.58,122.52,122.37,122.09,121.74,121.43,121.15,120.89,120.66,120.47,120.31,120.17,120.07,120,119.95,119.93,119.94,119.98,120.04,120.13,120.25,120.39,120.56,120.56]
[null,"Q7 to GG Flexible Electrolyser Piped for Green Commodities","GG","Accelerated Transition","Q7",260,398.77,396.45,397.98,400.59,399.78,399.06,398.4,398.2,397.73,396.8,395.68,394.66,393.74,392.9,392.17,391.55,391.02,390.58,390.24,390,389.85,389.79,389.82,389.94,390.14,390.44,390.82,391.28,391.83,391.82]
[null,"Q8 to GG Flexible Electrolyser Piped for Green Commodities","GG","Accelerated Transition","Q8",460,690.73,686.71,689.37,693.88,692.48,691.23,690.09,689.74,688.93,687.32,685.37,683.62,682.02,680.57,679.31,678.22,677.3,676.55,675.96,675.54,675.27,675.17,675.22,675.43,675.79,676.3,676.95,677.76,678.7,678.69]
[null,"Q10 to GG Flexible Electrolyser Piped for Green Commodities","GG","Accelerated Transition","Q10",510,799.22,794.57,797.65,802.87,801.24,799.8,798.48,798.08,797.14,795.27,793.02,790.99,789.14,787.46,786,784.75,783.68,782.81,782.13,781.64,781.34,781.22,781.28,781.52,781.93,782.52,783.28,784.21,785.3,785.29]
[null,"S1 to NSA Flexible Electrolyser Piped for Green Commodities","NSA","Accelerated Transition","S1",600,1348.2,1340.35,1345.55,1354.35,1351.61,1349.18,1346.95,1346.27,1344.69,1341.54,1337.74,1334.32,1331.19,1328.37,1325.9,1323.78,1321.99,1320.52,1319.37,1318.55,1318.03,1317.83,1317.93,1318.33,1319.04,1320.03,1321.31,1322.88,1324.72,1324.7]
[null,"S2 to NSA Flexible Electrolyser Piped for Green Commodities","NSA","Accelerated Transition","S2",310,670.48,666.58,669.16,673.54,672.17,670.97,669.85,669.52,668.73,667.17,665.27,663.58,662.02,660.62,659.39,658.34,657.44,656.71,656.14,655.73,655.47,655.37,655.42,655.63,655.97,656.47,657.1,657.88,658.8,658.79]
[null,"S3 to NSA Flexible Electrolyser Piped for Green Commodities","NSA","Accelerated Transition","S3",220,486.57,483.74,485.61,488.79,487.8,486.92,486.12,485.87,485.3,484.17,482.79,481.56,480.43,479.41,478.52,477.76,477.11,476.58,476.17,475.87,475.68,475.61,475.65,475.79,476.04,476.4,476.86,477.43,478.1,478.09]
[null,"S5 to NSA Flexible Electrolyser Piped for Green Commodities","NSA","Accelerated Transition","S5",40,88.46,87.95,88.29,88.87,88.69,88.53,88.38,88.34,88.23,88.03,87.78,87.55,87.35,87.16,87,86.86,86.74,86.65,86.57,86.52,86.49,86.47,86.48,86.5,86.55,86.62,86.7,86.8,86.92,86.92]
[null,"S7 to NSA Flexible Electrolyser Piped for Green Commodities","NSA","Accelerated Transition","S7",170,375.98,373.79,375.24,377.7,376.93,376.26,375.63,375.44,375,374.12,373.06,372.11,371.24,370.45,369.76,369.17,368.67,368.26,367.94,367.71,367.57,367.51,367.54,367.65,367.85,368.13,368.48,368.92,369.43,369.43]
[null,"T1 to TAS Flexible Electrolyser Piped for Green Commodities","TAS","Accelerated Transition","T1",10,76.91,76.459999999999994,76.760000000000005,77.260000000000005,77.099999999999994,76.97,76.84,76.8,76.709999999999994,76.53,76.31,76.12,75.94,75.78,75.64,75.52,75.41,75.33,75.260000000000005,75.22,75.19,75.180000000000007,75.180000000000007,75.209999999999994,75.25,75.3,75.38,75.459999999999994,75.569999999999993,75.569999999999993]
[null,"T3 to TAS Flexible Electrolyser Piped for Green Commodities","TAS","Accelerated Transition","T3",130,999.78,993.96,997.81,1004.34,1002.31,1000.51,998.85,998.35,997.18,994.84,992.02,989.49,987.17,985.08,983.25,981.68,980.34,979.26,978.41,977.79,977.41,977.26,977.34,977.64,978.15,978.89,979.84,981,982.37,982.35]

{"sheet":"Other hydrogen assumptions","index":79,"n_rows":35,"n_cols":32,"rows_kept":35,"cut":false,"hidden":false,"merged":[]}
[null,"Go to Assumptions Summary"]
[null,"Hydrogen heat content (GJ/t)"]
[null,"To convert to or from GJ to tonnes (the two commonly used mesaures of hydrogen)"]
[null,null,"GJ/t"]
[null,"Hydrogen heat content ",142]
[]
[null,"Electrolysers electricity consumption rate (kWh/kg H2) "]
[null,"2024 values from Aurecon report for GenCost 2024-25."]
[null,null,"2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,"Proton Exchange Membrane (PEM)",57.819640130574257,56.759354955146819,55.718513080485224,54.696757959168607,53.69373958207251,52.709114358470877,51.742544998336726,50.793700396801178,49.862255520731246,48.947891297387521,48.050294505123674,47.169157666090236,46.304178940906013,45.455062025260929,44.621516048415018,43.80325547355865,43,43,43,43,43,43,43,43,43,43,43,43,43,43]
[null,"Alkaline Electrolyser (AE)",53.516235031198761,52.789431356597632,52.072498398445553,51.365302102600232,50.667710235507883,49.979592359477856,49.300819808293006,48.631265663151332,47.970804728934333,47.319313510797691,46.676670191079836,46.042754606524156,45.41744822581051,44.80063412739193,44.1921969776323,43.592023009240926,43,43,43,43,43,43,43,43,43,43,43,43,43,43]
[]
[null,"Cost of water for hydrogen production ($/MWh of hydrogen production load, real 2025 dollars)"]
[null,"Assumed cost of water treatment and desalination for electrolytic hydrogen production."]
[null,"Technology","2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,"Proton Exchange Membrane (PEM)",2.2995646410066901,2.3425213359994936,2.386280477512738,2.4308570555361855,2.4762663400780012,2.5225238863955988,2.569645540324196,2.6176474437049166,2.6665460399142833,2.7163580794970108,2.7671006259040158,2.8187910613376195,2.8714470927059361,2.9250867576884967,2.9797284309151757,3.0353908302605461,3.0920930232558139,3.0920930232558139,3.0920930232558139,3.0920930232558139,3.0920930232558139,3.0920930232558139,3.0920930232558139,3.0920930232558139,3.0920930232558139,3.0920930232558139,3.0920930232558139,3.0920930232558139,3.0920930232558139,3.0920930232558139]
[null,"Alkaline Electrolyser (AE)",2.4844797083069712,2.5186859676862694,2.5533631780565589,2.5885178234602315,2.6241564772118271,2.6602858031271279,2.6969125567691776,2.7340435867114574,2.7716858358184502,2.8098463425438358,2.8485322422465642,2.887750768525041,2.9275092545696899,2.9678151345341299,3.0086759449252356,3.0500993260123366,3.0920930232558139,3.0920930232558139,3.0920930232558139,3.0920930232558139,3.0920930232558139,3.0920930232558139,3.0920930232558139,3.0920930232558139,3.0920930232558139,3.0920930232558139,3.0920930232558139,3.0920930232558139,3.0920930232558139,3.0920930232558139]
[]
[null,"Electricity consumption rate adjustments to include conversion to ammonia (kWh/kg H2) "]
[null,"Conversion to ammonia is only assumed for export purposes. This is in addition to the hydrogen electricity demand identified in the Hydrogen demand sheets."]
[null,null,"2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,"Inflexible load additional to the PEM consumption above",6.7900642422631918,6.7393706417733368,6.6890555120959716,6.6391160276248158,6.5895493838491408,6.5403527971962765,6.4915235048752864,6.4430587647218172,6.3949558550441026,6.3472120744701188,6.2998247417958808,6.2527911958348694,6.2061087952685847,6.159774918498214,6.1137869634974082,6.0681423476661571,6.0228385076857522,5.97787289937484,5.9332429975465422,5.8889462958666474,5.8449803067128583,5.801342561035093,5.758030608216826,5.7150420159374677,5.6723743700357696,5.6300252743742476,5.5879923507046199,5.5462732385342512,5.5048655949935892,5.5048655949935892]
[null,"Adopted from Aurecon 2022 Costs and Technical Parameter Review"]
[]
[]
[null,"Minimum annual electrolyser utilisation factor (%)"]
[null,"Assumed minimum electrolyser utilisation as a proportion of max theoretical production, required for economic investment outcomes."]
[null,"To be used in ISP model. Based on AEMO analysis."]
[null,null,"2025-26","2026-27","2027-28","2028-29","2029-30","2030-31","2031-32","2032-33","2033-34","2034-35","2035-36","2036-37","2037-38","2038-39","2039-40","2040-41","2041-42","2042-43","2043-44","2044-45","2045-46","2046-47","2047-48","2048-49","2049-50","2050-51","2051-52","2052-53","2053-54","2054-55"]
[null,"Minimum annual electrolyser utilisation factor (%)",0.75,0.75,0.75,0.75,0.75,0.75,0.75,0.73799999999999955,0.72599999999999909,0.71399999999999864,0.70199999999999818,0.69000000000000128,0.67800000000000082,0.66600000000000037,0.65399999999999991,0.64199999999999946,0.62999999999999901,0.61799999999999855,0.6059999999999981,0.59400000000000119,0.58200000000000074,0.57000000000000028,0.55799999999999983,0.54599999999999937,0.53399999999999892,0.52199999999999847,0.51000000000000156,0.49800000000000111,0.48600000000000065,0.4740000000000002]
[]
[null,"Electrolysers balance of plant (%)"]
[null,"Balance of plant consumption, assumed continuous load in addition to the hydrogen electricity demand identified in the Hydrogen demand sheets. Source: Bloomberg New Energy Finance (BNEF), 2024. "]
[null,null,"% of capacity"]
[null,"% of total electrolysers capacity in MW (for both domestic-focused and export-focused electrolysers)",5.3999999999999999E-2]

{"sheet":"Summary Mapping","index":80,"n_rows":1309,"n_cols":33,"rows_kept":281,"cut":true,"hidden":false,"merged":[[3,11,5,11],[4,18,5,18],[3,12,5,12],[3,10,5,10],[3,8,5,8],[3,13,5,13],[3,15,3,16],[3,17,3,18],[4,15,5,15],[4,16,5,16],[3,14,5,14],[3,1,5,1],[3,3,5,3],[3,4,5,4],[3,6,5,6],[3,9,5,9],[3,5,5,5],[3,2,5,2],[3,7,5,7],[3,24,5,24],[4,17,5,17],[3,32,5,32],[3,23,5,23],[3,21,5,21],[3,19,5,19],[3,22,5,22],[3,31,5,31],[3,25,5,25],[3,26,5,26],[3,27,4,28],[3,29,4,30],[3,20,5,20]],"bounds":{"rows_first":125,"rows_last":31,"rows_between":125,"halvings":4}}
[null,null,"Go to Assumptions Summary"]
[null,null,"Summary Mapping - Existing, Committed, Anticipated"]
[]
[null,"RowID","IASR ID / DLT names","Power Station","Technology Type","Region","Sub-region","REZ Location","REZ ID","Status","Regional build cost zone","Uptake","Fuel type","Fuel cost mapping","Maintenance duration (%)","Forced outage rate",null,"Mean time to repair",null,"Minimum load (MW)","Maximum capacity factor (%)","FOM ($/kW/annum)","VOM ($/MWh sent-out)","Heat rate","Pumping efficiency (%)","MLF","Auxiliary load (%)","Connection cost",null,"Build limit",null,"Total lead time","ST Names"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Full outage\n(% of time)","Partial outage\n(% of time)","Full outage","Partial outage"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Technology","Region","Technology ","Region"]
[null,7,"BW01","Bayswater","Steam Sub Critical","NSW","CNSW","Not Applicable","Not Applicable","Existing","Not Applicable","BW01","Black Coal","Bayswater","Black Coal","Black Coal NSW","Black Coal NSW","Black Coal NSW","Black Coal NSW","BW01","Not Applicable","Bayswater","Bayswater","Bayswater","Not Applicable","Bayswater","Black Coal NSW","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BW01"]
[null,8,"BW02","Bayswater","Steam Sub Critical","NSW","CNSW","Not Applicable","Not Applicable","Existing","Not Applicable","BW02","Black Coal","Bayswater","Black Coal","Black Coal NSW","Black Coal NSW","Black Coal NSW","Black Coal NSW","BW02","Not Applicable","Bayswater","Bayswater","Bayswater","Not Applicable","Bayswater","Black Coal NSW","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BW02"]
[null,9,"BW03","Bayswater","Steam Sub Critical","NSW","CNSW","Not Applicable","Not Applicable","Existing","Not Applicable","BW03","Black Coal","Bayswater","Black Coal","Black Coal NSW","Black Coal NSW","Black Coal NSW","Black Coal NSW","BW03","Not Applicable","Bayswater","Bayswater","Bayswater","Not Applicable","Bayswater","Black Coal NSW","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BW03"]
[null,10,"BW04","Bayswater","Steam Sub Critical","NSW","CNSW","Not Applicable","Not Applicable","Existing","Not Applicable","BW04","Black Coal","Bayswater","Black Coal","Black Coal NSW","Black Coal NSW","Black Coal NSW","Black Coal NSW","BW04","Not Applicable","Bayswater","Bayswater","Bayswater","Not Applicable","Bayswater","Black Coal NSW","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BW04"]
[null,11,"CALL_B_1","Callide B","Steam Sub Critical","QLD","CQ","Not Applicable","Not Applicable","Existing","Not Applicable","CALL_B_1","Black Coal","Callide B","Black Coal","Black Coal QLD","Black Coal QLD","Black Coal QLD","Black Coal QLD","CALL_B_1","Not Applicable","Callide B","Callide B","Callide B","Not Applicable","Callide B","Black Coal QLD","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","CALL_B_1"]
[null,12,"CALL_B_2","Callide B","Steam Sub Critical","QLD","CQ","Not Applicable","Not Applicable","Existing","Not Applicable","CALL_B_2","Black Coal","Callide B","Black Coal","Black Coal QLD","Black Coal QLD","Black Coal QLD","Black Coal QLD","CALL_B_2","Not Applicable","Callide B","Callide B","Callide B","Not Applicable","Callide B","Black Coal QLD","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","CALL_B_2"]
[null,13,"CPP_3","Callide C","Steam Super Critical","QLD","CQ","Not Applicable","Not Applicable","Existing","Not Applicable","CPP_3","Black Coal","Callide C","Black Coal","Black Coal QLD","Black Coal QLD","Black Coal QLD","Black Coal QLD","CPP_3","Not Applicable","Callide C","Callide C","Callide C","Not Applicable","Callide C","Black Coal QLD","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","CPP_3"]
[null,14,"CPP_4","Callide C","Steam Super Critical","QLD","CQ","Not Applicable","Not Applicable","Existing","Not Applicable","CPP_4","Black Coal","Callide C","Black Coal","Black Coal QLD","Black Coal QLD","Black Coal QLD","Black Coal QLD","CPP_4","Not Applicable","Callide C","Callide C","Callide C","Not Applicable","Callide C","Black Coal QLD","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","CPP_4"]
[null,15,"ER01","Eraring","Steam Sub Critical","NSW","SNW","Not Applicable","Not Applicable","Existing","Not Applicable","ER01","Black Coal","Eraring","Black Coal","Black Coal NSW","Black Coal NSW","Black Coal NSW","Black Coal NSW","ER01","Not Applicable","Eraring","Eraring","Eraring","Not Applicable","Eraring","Black Coal NSW","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","ER01"]
[null,16,"ER02","Eraring","Steam Sub Critical","NSW","SNW","Not Applicable","Not Applicable","Existing","Not Applicable","ER02","Black Coal","Eraring","Black Coal","Black Coal NSW","Black Coal NSW","Black Coal NSW","Black Coal NSW","ER02","Not Applicable","Eraring","Eraring","Eraring","Not Applicable","Eraring","Black Coal NSW","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","ER02"]
[null,17,"ER03","Eraring","Steam Sub Critical","NSW","SNW","Not Applicable","Not Applicable","Existing","Not Applicable","ER03","Black Coal","Eraring","Black Coal","Black Coal NSW","Black Coal NSW","Black Coal NSW","Black Coal NSW","ER03","Not Applicable","Eraring","Eraring","Eraring","Not Applicable","Eraring","Black Coal NSW","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","ER03"]
[null,18,"ER04","Eraring","Steam Sub Critical","NSW","SNW","Not Applicable","Not Applicable","Existing","Not Applicable","ER04","Black Coal","Eraring","Black Coal","Black Coal NSW","Black Coal NSW","Black Coal NSW","Black Coal NSW","ER04","Not Applicable","Eraring","Eraring","Eraring","Not Applicable","Eraring","Black Coal NSW","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","ER04"]
[null,19,"GSTONE1","Gladstone","Steam Sub Critical","QLD","GG","Not Applicable","Not Applicable","Existing","Not Applicable","GSTONE1","Black Coal","Gladstone","Black Coal","Black Coal QLD","Black Coal QLD","Black Coal QLD","Black Coal QLD","GSTONE1","Not Applicable","Gladstone","Gladstone","Gladstone","Not Applicable","Gladstone","Black Coal QLD","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","GSTONE1"]
[null,20,"GSTONE2","Gladstone","Steam Sub Critical","QLD","GG","Not Applicable","Not Applicable","Existing","Not Applicable","GSTONE2","Black Coal","Gladstone","Black Coal","Black Coal QLD","Black Coal QLD","Black Coal QLD","Black Coal QLD","GSTONE2","Not Applicable","Gladstone","Gladstone","Gladstone","Not Applicable","Gladstone","Black Coal QLD","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","GSTONE2"]
[null,21,"GSTONE3","Gladstone","Steam Sub Critical","QLD","GG","Not Applicable","Not Applicable","Existing","Not Applicable","GSTONE3","Black Coal","Gladstone","Black Coal","Black Coal QLD","Black Coal QLD","Black Coal QLD","Black Coal QLD","GSTONE3","Not Applicable","Gladstone","Gladstone","Gladstone","Not Applicable","Gladstone","Black Coal QLD","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","GSTONE3"]
[null,22,"GSTONE4","Gladstone","Steam Sub Critical","QLD","GG","Not Applicable","Not Applicable","Existing","Not Applicable","GSTONE4","Black Coal","Gladstone","Black Coal","Black Coal QLD","Black Coal QLD","Black Coal QLD","Black Coal QLD","GSTONE4","Not Applicable","Gladstone","Gladstone","Gladstone","Not Applicable","Gladstone","Black Coal QLD","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","GSTONE4"]
[null,23,"GSTONE5","Gladstone","Steam Sub Critical","QLD","GG","Not Applicable","Not Applicable","Existing","Not Applicable","GSTONE5","Black Coal","Gladstone","Black Coal","Black Coal QLD","Black Coal QLD","Black Coal QLD","Black Coal QLD","GSTONE5","Not Applicable","Gladstone","Gladstone","Gladstone","Not Applicable","Gladstone","Black Coal QLD","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","GSTONE5"]
[null,24,"GSTONE6","Gladstone","Steam Sub Critical","QLD","GG","Not Applicable","Not Applicable","Existing","Not Applicable","GSTONE6","Black Coal","Gladstone","Black Coal","Black Coal QLD","Black Coal QLD","Black Coal QLD","Black Coal QLD","GSTONE6","Not Applicable","Gladstone","Gladstone","Gladstone","Not Applicable","Gladstone","Black Coal QLD","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","GSTONE6"]
[null,25,"KPP_1","Kogan Creek","Steam Super Critical","QLD","SQ","Not Applicable","Not Applicable","Existing","Not Applicable","KPP_1","Black Coal","Kogan Creek","Black Coal","Black Coal QLD","Black Coal QLD","Black Coal QLD","Black Coal QLD","KPP_1","Not Applicable","Kogan Creek","Kogan Creek","Kogan Creek","Not Applicable","Kogan Creek","Black Coal QLD","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","KPP_1"]
[null,26,"MPP_1","Millmerran","Steam Super Critical","QLD","SQ","Not Applicable","Not Applicable","Existing","Not Applicable","MPP_1","Black Coal","Millmerran","Black Coal","Black Coal QLD","Black Coal QLD","Black Coal QLD","Black Coal QLD","MPP_1","Not Applicable","Millmerran","Millmerran","Millmerran","Not Applicable","Millmerran","Black Coal QLD","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","MPP_1"]
[null,27,"MPP_2","Millmerran","Steam Super Critical","QLD","SQ","Not Applicable","Not Applicable","Existing","Not Applicable","MPP_2","Black Coal","Millmerran","Black Coal","Black Coal QLD","Black Coal QLD","Black Coal QLD","Black Coal QLD","MPP_2","Not Applicable","Millmerran","Millmerran","Millmerran","Not Applicable","Millmerran","Black Coal QLD","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","MPP_2"]
[null,28,"MP1","Mt Piper","Steam Sub Critical","NSW","CNSW","Not Applicable","Not Applicable","Existing","Not Applicable","MP1","Black Coal","Mt Piper","Black Coal","Black Coal NSW","Black Coal NSW","Black Coal NSW","Black Coal NSW","MP1","Not Applicable","Mt Piper","Mt Piper","Mt Piper","Not Applicable","Mt Piper","Black Coal NSW","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","MP1"]
[null,29,"MP2","Mt Piper","Steam Sub Critical","NSW","CNSW","Not Applicable","Not Applicable","Existing","Not Applicable","MP2","Black Coal","Mt Piper","Black Coal","Black Coal NSW","Black Coal NSW","Black Coal NSW","Black Coal NSW","MP2","Not Applicable","Mt Piper","Mt Piper","Mt Piper","Not Applicable","Mt Piper","Black Coal NSW","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","MP2"]
[null,30,"STAN-1","Stanwell","Steam Sub Critical","QLD","CQ","Not Applicable","Not Applicable","Existing","Not Applicable","STAN-1","Black Coal","Stanwell","Black Coal","Black Coal QLD","Black Coal QLD","Black Coal QLD","Black Coal QLD","STAN-1","Not Applicable","Stanwell","Stanwell","Stanwell","Not Applicable","Stanwell","Black Coal QLD","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","STAN-1"]
[null,31,"STAN-2","Stanwell","Steam Sub Critical","QLD","CQ","Not Applicable","Not Applicable","Existing","Not Applicable","STAN-2","Black Coal","Stanwell","Black Coal","Black Coal QLD","Black Coal QLD","Black Coal QLD","Black Coal QLD","STAN-2","Not Applicable","Stanwell","Stanwell","Stanwell","Not Applicable","Stanwell","Black Coal QLD","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","STAN-2"]
[null,32,"STAN-3","Stanwell","Steam Sub Critical","QLD","CQ","Not Applicable","Not Applicable","Existing","Not Applicable","STAN-3","Black Coal","Stanwell","Black Coal","Black Coal QLD","Black Coal QLD","Black Coal QLD","Black Coal QLD","STAN-3","Not Applicable","Stanwell","Stanwell","Stanwell","Not Applicable","Stanwell","Black Coal QLD","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","STAN-3"]
[null,33,"STAN-4","Stanwell","Steam Sub Critical","QLD","CQ","Not Applicable","Not Applicable","Existing","Not Applicable","STAN-4","Black Coal","Stanwell","Black Coal","Black Coal QLD","Black Coal QLD","Black Coal QLD","Black Coal QLD","STAN-4","Not Applicable","Stanwell","Stanwell","Stanwell","Not Applicable","Stanwell","Black Coal QLD","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","STAN-4"]
[null,34,"TARONG#1","Tarong","Steam Sub Critical","QLD","SQ","Not Applicable","Not Applicable","Existing","Not Applicable","TARONG#1","Black Coal","Tarong","Black Coal","Black Coal QLD","Black Coal QLD","Black Coal QLD","Black Coal QLD","TARONG#1","Not Applicable","Tarong","Tarong","Tarong","Not Applicable","Tarong","Black Coal QLD","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","TARONG#1"]
[null,35,"TARONG#2","Tarong","Steam Sub Critical","QLD","SQ","Not Applicable","Not Applicable","Existing","Not Applicable","TARONG#2","Black Coal","Tarong","Black Coal","Black Coal QLD","Black Coal QLD","Black Coal QLD","Black Coal QLD","TARONG#2","Not Applicable","Tarong","Tarong","Tarong","Not Applicable","Tarong","Black Coal QLD","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","TARONG#2"]
[null,36,"TARONG#3","Tarong","Steam Sub Critical","QLD","SQ","Not Applicable","Not Applicable","Existing","Not Applicable","TARONG#3","Black Coal","Tarong","Black Coal","Black Coal QLD","Black Coal QLD","Black Coal QLD","Black Coal QLD","TARONG#3","Not Applicable","Tarong","Tarong","Tarong","Not Applicable","Tarong","Black Coal QLD","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","TARONG#3"]
[null,37,"TARONG#4","Tarong","Steam Sub Critical","QLD","SQ","Not Applicable","Not Applicable","Existing","Not Applicable","TARONG#4","Black Coal","Tarong","Black Coal","Black Coal QLD","Black Coal QLD","Black Coal QLD","Black Coal QLD","TARONG#4","Not Applicable","Tarong","Tarong","Tarong","Not Applicable","Tarong","Black Coal QLD","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","TARONG#4"]
[null,38,"TNPS1","Tarong North","Steam Super Critical","QLD","SQ","Not Applicable","Not Applicable","Existing","Not Applicable","TNPS1","Black Coal","Tarong North","Black Coal","Black Coal QLD","Black Coal QLD","Black Coal QLD","Black Coal QLD","TNPS1","Not Applicable","Tarong North","Tarong North","Tarong North","Not Applicable","Tarong North","Black Coal QLD","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","TNPS1"]
[null,39,"VP5","Vales Point B","Steam Sub Critical","NSW","SNW","Not Applicable","Not Applicable","Existing","Not Applicable","VP5","Black Coal","Vales Point B","Black Coal","Black Coal NSW","Black Coal NSW","Black Coal NSW","Black Coal NSW","VP5","Not Applicable","Vales Point B","Vales Point B","Vales Point B","Not Applicable","Vales Point B","Black Coal NSW","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","VP5"]
[null,40,"VP6","Vales Point B","Steam Sub Critical","NSW","SNW","Not Applicable","Not Applicable","Existing","Not Applicable","VP6","Black Coal","Vales Point B","Black Coal","Black Coal NSW","Black Coal NSW","Black Coal NSW","Black Coal NSW","VP6","Not Applicable","Vales Point B","Vales Point B","Vales Point B","Not Applicable","Vales Point B","Black Coal NSW","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","VP6"]
[null,41,"LYA1","Loy Yang A Power Station","Steam Sub Critical","VIC","SEV","Not Applicable","Not Applicable","Existing","Not Applicable","LYA1","Brown Coal","Loy Yang A","Brown Coal","Brown Coal","Brown Coal","Brown Coal","Brown Coal","LYA1","Not Applicable","Loy Yang A Power Station","Loy Yang A Power Station","Loy Yang A Power Station","Not Applicable","Loy Yang A Power Station","Brown Coal VIC","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","LYA1"]
[null,42,"LYA2","Loy Yang A Power Station","Steam Sub Critical","VIC","SEV","Not Applicable","Not Applicable","Existing","Not Applicable","LYA2","Brown Coal","Loy Yang A","Brown Coal","Brown Coal","Brown Coal","Brown Coal","Brown Coal","LYA2","Not Applicable","Loy Yang A Power Station","Loy Yang A Power Station","Loy Yang A Power Station","Not Applicable","Loy Yang A Power Station","Brown Coal VIC","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","LYA2"]
[null,43,"LYA3","Loy Yang A Power Station","Steam Sub Critical","VIC","SEV","Not Applicable","Not Applicable","Existing","Not Applicable","LYA3","Brown Coal","Loy Yang A","Brown Coal","Brown Coal","Brown Coal","Brown Coal","Brown Coal","LYA3","Not Applicable","Loy Yang A Power Station","Loy Yang A Power Station","Loy Yang A Power Station","Not Applicable","Loy Yang A Power Station","Brown Coal VIC","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","LYA3"]
[null,44,"LYA4","Loy Yang A Power Station","Steam Sub Critical","VIC","SEV","Not Applicable","Not Applicable","Existing","Not Applicable","LYA4","Brown Coal","Loy Yang A","Brown Coal","Brown Coal","Brown Coal","Brown Coal","Brown Coal","LYA4","Not Applicable","Loy Yang A Power Station","Loy Yang A Power Station","Loy Yang A Power Station","Not Applicable","Loy Yang A Power Station","Brown Coal VIC","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","LYA4"]
[null,45,"LOYYB1","Loy Yang B","Steam Sub Critical","VIC","SEV","Not Applicable","Not Applicable","Existing","Not Applicable","LOYYB1","Brown Coal","Loy Yang B","Brown Coal","Brown Coal","Brown Coal","Brown Coal","Brown Coal","LOYYB1","Not Applicable","Loy Yang B","Loy Yang B","Loy Yang B","Not Applicable","Loy Yang B","Brown Coal VIC","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","LOYYB1"]
[null,46,"LOYYB2","Loy Yang B","Steam Sub Critical","VIC","SEV","Not Applicable","Not Applicable","Existing","Not Applicable","LOYYB2","Brown Coal","Loy Yang B","Brown Coal","Brown Coal","Brown Coal","Brown Coal","Brown Coal","LOYYB2","Not Applicable","Loy Yang B","Loy Yang B","Loy Yang B","Not Applicable","Loy Yang B","Brown Coal VIC","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","LOYYB2"]
[null,47,"YWPS1","Yallourn W","Steam Sub Critical","VIC","SEV","Not Applicable","Not Applicable","Existing","Not Applicable","YWPS1","Brown Coal","Yallourn W","Brown Coal","Brown Coal","Brown Coal","Brown Coal","Brown Coal","YWPS1","Not Applicable","Yallourn W","Yallourn W","Yallourn W","Not Applicable","Yallourn W","Brown Coal VIC","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","YWPS1"]
[null,48,"YWPS2","Yallourn W","Steam Sub Critical","VIC","SEV","Not Applicable","Not Applicable","Existing","Not Applicable","YWPS2","Brown Coal","Yallourn W","Brown Coal","Brown Coal","Brown Coal","Brown Coal","Brown Coal","YWPS2","Not Applicable","Yallourn W","Yallourn W","Yallourn W","Not Applicable","Yallourn W","Brown Coal VIC","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","YWPS2"]
[null,49,"YWPS3","Yallourn W","Steam Sub Critical","VIC","SEV","Not Applicable","Not Applicable","Existing","Not Applicable","YWPS3","Brown Coal","Yallourn W","Brown Coal","Brown Coal","Brown Coal","Brown Coal","Brown Coal","YWPS3","Not Applicable","Yallourn W","Yallourn W","Yallourn W","Not Applicable","Yallourn W","Brown Coal VIC","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","YWPS3"]
[null,50,"YWPS4","Yallourn W","Steam Sub Critical","VIC","SEV","Not Applicable","Not Applicable","Existing","Not Applicable","YWPS4","Brown Coal","Yallourn W","Brown Coal","Brown Coal","Brown Coal","Brown Coal","Brown Coal","YWPS4","Not Applicable","Yallourn W","Yallourn W","Yallourn W","Not Applicable","Yallourn W","Brown Coal VIC","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","YWPS4"]
[null,51,"ANGAS1","Angaston","Reciprocating engine","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","ANGAS1","Liquid Fuel","Angaston","Reciprocating Engine","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","ANGAS1","Not Applicable","Angaston","Angaston","Angaston","Not Applicable","Angaston","Liquid Fuel","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","ANGAS1"]
[null,52,"ANGAS2","Angaston","Reciprocating engine","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","ANGAS2","Liquid Fuel","Angaston","Reciprocating Engine","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","ANGAS2","Not Applicable","Angaston","Angaston","Angaston","Not Applicable","Angaston","Liquid Fuel","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","ANGAS2"]
[null,53,"BDL01","Bairnsdale","OCGT (small GT)","VIC","SEV","Not Applicable","Not Applicable","Existing","Not Applicable","BDL01","Gas","Bairnsdale","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","BDL01","Not Applicable","Bairnsdale","Bairnsdale","Bairnsdale","Not Applicable","Bairnsdale","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BDL01"]
[null,54,"BDL02","Bairnsdale","OCGT (small GT)","VIC","SEV","Not Applicable","Not Applicable","Existing","Not Applicable","BDL02","Gas","Bairnsdale","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","BDL02","Not Applicable","Bairnsdale","Bairnsdale","Bairnsdale","Not Applicable","Bairnsdale","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BDL02"]
[null,55,"BARCALDN","Barcaldine Power Station","OCGT (small GT)","QLD","CQ","Not Applicable","Not Applicable","Existing","Not Applicable","BARCALDN","Gas","Barcaldine Power Station","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","BARCALDN","Not Applicable","Barcaldine Power Station","Barcaldine Power Station","Barcaldine Power Station","Not Applicable","Barcaldine Power Station","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BARCALDN"]
[null,56,"BIPS1_01","Barker Inlet Power Station","Reciprocating engine","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","BIPS1_01","Gas","Barker Inlet Power Station","Reciprocating Engine","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","BIPS1_01","Not Applicable","Barker Inlet Power Station","Barker Inlet Power Station","Barker Inlet Power Station","Not Applicable","Barker Inlet Power Station","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BIPS1_01"]
[null,57,"BIPS1_02","Barker Inlet Power Station","Reciprocating engine","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","BIPS1_02","Gas","Barker Inlet Power Station","Reciprocating Engine","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","BIPS1_02","Not Applicable","Barker Inlet Power Station","Barker Inlet Power Station","Barker Inlet Power Station","Not Applicable","Barker Inlet Power Station","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BIPS1_02"]
[null,58,"BIPS1_03","Barker Inlet Power Station","Reciprocating engine","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","BIPS1_03","Gas","Barker Inlet Power Station","Reciprocating Engine","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","BIPS1_03","Not Applicable","Barker Inlet Power Station","Barker Inlet Power Station","Barker Inlet Power Station","Not Applicable","Barker Inlet Power Station","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BIPS1_03"]
[null,59,"BIPS1_04","Barker Inlet Power Station","Reciprocating engine","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","BIPS1_04","Gas","Barker Inlet Power Station","Reciprocating Engine","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","BIPS1_04","Not Applicable","Barker Inlet Power Station","Barker Inlet Power Station","Barker Inlet Power Station","Not Applicable","Barker Inlet Power Station","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BIPS1_04"]
[null,60,"BIPS1_05","Barker Inlet Power Station","Reciprocating engine","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","BIPS1_05","Gas","Barker Inlet Power Station","Reciprocating Engine","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","BIPS1_05","Not Applicable","Barker Inlet Power Station","Barker Inlet Power Station","Barker Inlet Power Station","Not Applicable","Barker Inlet Power Station","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BIPS1_05"]
[null,61,"BIPS1_06","Barker Inlet Power Station","Reciprocating engine","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","BIPS1_06","Gas","Barker Inlet Power Station","Reciprocating Engine","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","BIPS1_06","Not Applicable","Barker Inlet Power Station","Barker Inlet Power Station","Barker Inlet Power Station","Not Applicable","Barker Inlet Power Station","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BIPS1_06"]
[null,62,"BIPS1_07","Barker Inlet Power Station","Reciprocating engine","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","BIPS1_07","Gas","Barker Inlet Power Station","Reciprocating Engine","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","BIPS1_07","Not Applicable","Barker Inlet Power Station","Barker Inlet Power Station","Barker Inlet Power Station","Not Applicable","Barker Inlet Power Station","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BIPS1_07"]
[null,63,"BIPS1_08","Barker Inlet Power Station","Reciprocating engine","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","BIPS1_08","Gas","Barker Inlet Power Station","Reciprocating Engine","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","BIPS1_08","Not Applicable","Barker Inlet Power Station","Barker Inlet Power Station","Barker Inlet Power Station","Not Applicable","Barker Inlet Power Station","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BIPS1_08"]
[null,64,"BIPS1_09","Barker Inlet Power Station","Reciprocating engine","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","BIPS1_09","Gas","Barker Inlet Power Station","Reciprocating Engine","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","BIPS1_09","Not Applicable","Barker Inlet Power Station","Barker Inlet Power Station","Barker Inlet Power Station","Not Applicable","Barker Inlet Power Station","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BIPS1_09"]
[null,65,"BIPS1_10","Barker Inlet Power Station","Reciprocating engine","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","BIPS1_10","Gas","Barker Inlet Power Station","Reciprocating Engine","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","BIPS1_10","Not Applicable","Barker Inlet Power Station","Barker Inlet Power Station","Barker Inlet Power Station","Not Applicable","Barker Inlet Power Station","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BIPS1_10"]
[null,66,"BIPS1_11","Barker Inlet Power Station","Reciprocating engine","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","BIPS1_11","Gas","Barker Inlet Power Station","Reciprocating Engine","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","BIPS1_11","Not Applicable","Barker Inlet Power Station","Barker Inlet Power Station","Barker Inlet Power Station","Not Applicable","Barker Inlet Power Station","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BIPS1_11"]
[null,67,"BIPS1_12","Barker Inlet Power Station","Reciprocating engine","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","BIPS1_12","Gas","Barker Inlet Power Station","Reciprocating Engine","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","BIPS1_12","Not Applicable","Barker Inlet Power Station","Barker Inlet Power Station","Barker Inlet Power Station","Not Applicable","Barker Inlet Power Station","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BIPS1_12"]
[null,68,"BBTHREE1","Bell Bay Three","OCGT (large GT)","TAS","TAS","Not Applicable","Not Applicable","Existing","Not Applicable","BBTHREE1","Gas","Bell Bay Three","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","BBTHREE1","Not Applicable","Bell Bay Three","Bell Bay Three","Bell Bay Three","Not Applicable","Bell Bay Three","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BBTHREE1"]
[null,69,"BBTHREE2","Bell Bay Three","OCGT (large GT)","TAS","TAS","Not Applicable","Not Applicable","Existing","Not Applicable","BBTHREE2","Gas","Bell Bay Three","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","BBTHREE2","Not Applicable","Bell Bay Three","Bell Bay Three","Bell Bay Three","Not Applicable","Bell Bay Three","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BBTHREE2"]
[null,70,"BBTHREE3","Bell Bay Three","OCGT (large GT)","TAS","TAS","Not Applicable","Not Applicable","Existing","Not Applicable","BBTHREE3","Gas","Bell Bay Three","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","BBTHREE3","Not Applicable","Bell Bay Three","Bell Bay Three","Bell Bay Three","Not Applicable","Bell Bay Three","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BBTHREE3"]
[null,71,"BOLIVPS1_1","Bolivar Power Station","OCGT (small GT)","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","BOLIVPS1_1","Gas","Bolivar Power Station","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","BOLIVPS1_1","Not Applicable","Bolivar Power Station","Bolivar Power Station","Bolivar Power Station","Not Applicable","Bolivar Power Station","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BOLIVPS1"]
[null,72,"BOLIVPS1_2","Bolivar Power Station","OCGT (small GT)","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","BOLIVPS1_2","Gas","Bolivar Power Station","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","BOLIVPS1_2","Not Applicable","Bolivar Power Station","Bolivar Power Station","Bolivar Power Station","Not Applicable","Bolivar Power Station","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BOLIVPS1"]
[null,73,"BOLIVPS1_3","Bolivar Power Station","OCGT (small GT)","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","BOLIVPS1_3","Gas","Bolivar Power Station","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","BOLIVPS1_3","Not Applicable","Bolivar Power Station","Bolivar Power Station","Bolivar Power Station","Not Applicable","Bolivar Power Station","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BOLIVPS1"]
[null,74,"BOLIVPS1_4","Bolivar Power Station","OCGT (small GT)","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","BOLIVPS1_4","Gas","Bolivar Power Station","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","BOLIVPS1_4","Not Applicable","Bolivar Power Station","Bolivar Power Station","Bolivar Power Station","Not Applicable","Bolivar Power Station","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BOLIVPS1"]
[null,75,"BRAEMAR1","Braemar","OCGT (large GT)","QLD","SQ","Not Applicable","Not Applicable","Existing","Not Applicable","BRAEMAR1","Gas","Braemar","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","BRAEMAR1","Not Applicable","Braemar","Braemar","Braemar","Not Applicable","Braemar","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BRAEMAR1"]
[null,76,"BRAEMAR2","Braemar","OCGT (large GT)","QLD","SQ","Not Applicable","Not Applicable","Existing","Not Applicable","BRAEMAR2","Gas","Braemar","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","BRAEMAR2","Not Applicable","Braemar","Braemar","Braemar","Not Applicable","Braemar","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BRAEMAR2"]
[null,77,"BRAEMAR3","Braemar","OCGT (large GT)","QLD","SQ","Not Applicable","Not Applicable","Existing","Not Applicable","BRAEMAR3","Gas","Braemar","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","BRAEMAR3","Not Applicable","Braemar","Braemar","Braemar","Not Applicable","Braemar","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BRAEMAR3"]
[null,78,"BRAEMAR5","Braemar 2 Power Station","OCGT (large GT)","QLD","SQ","Not Applicable","Not Applicable","Existing","Not Applicable","BRAEMAR5","Gas","Braemar 2 Power Station","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","BRAEMAR5","Not Applicable","Braemar 2 Power Station","Braemar 2 Power Station","Braemar 2 Power Station","Not Applicable","Braemar 2 Power Station","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BRAEMAR5"]
[null,79,"BRAEMAR6","Braemar 2 Power Station","OCGT (large GT)","QLD","SQ","Not Applicable","Not Applicable","Existing","Not Applicable","BRAEMAR6","Gas","Braemar 2 Power Station","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","BRAEMAR6","Not Applicable","Braemar 2 Power Station","Braemar 2 Power Station","Braemar 2 Power Station","Not Applicable","Braemar 2 Power Station","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BRAEMAR6"]
[null,80,"BRAEMAR7","Braemar 2 Power Station","OCGT (large GT)","QLD","SQ","Not Applicable","Not Applicable","Existing","Not Applicable","BRAEMAR7","Gas","Braemar 2 Power Station","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","BRAEMAR7","Not Applicable","Braemar 2 Power Station","Braemar 2 Power Station","Braemar 2 Power Station","Not Applicable","Braemar 2 Power Station","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BRAEMAR7"]
[null,81,"CG1","Colongra","OCGT (small GT)","NSW","SNW","Not Applicable","Not Applicable","Existing","Not Applicable","CG1","Gas","Colongra","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","CG1","Not Applicable","Colongra","Colongra","Colongra","Not Applicable","Colongra","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","CG1"]
[null,82,"CG2","Colongra","OCGT (small GT)","NSW","SNW","Not Applicable","Not Applicable","Existing","Not Applicable","CG2","Gas","Colongra","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","CG2","Not Applicable","Colongra","Colongra","Colongra","Not Applicable","Colongra","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","CG2"]
[null,83,"CG3","Colongra","OCGT (small GT)","NSW","SNW","Not Applicable","Not Applicable","Existing","Not Applicable","CG3","Gas","Colongra","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","CG3","Not Applicable","Colongra","Colongra","Colongra","Not Applicable","Colongra","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","CG3"]
[null,84,"CG4","Colongra","OCGT (small GT)","NSW","SNW","Not Applicable","Not Applicable","Existing","Not Applicable","CG4","Gas","Colongra","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","CG4","Not Applicable","Colongra","Colongra","Colongra","Not Applicable","Colongra","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","CG4"]
[null,85,"CPSA_GT1","Condamine A","CCGT - Gas Turbine","QLD","SQ","Not Applicable","Not Applicable","Existing","Not Applicable","CPSA_GT1","Gas","Condamine A","CCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","CPSA_GT1","Not Applicable","Condamine A","Condamine A","Condamine A","Not Applicable","Condamine A","CCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","CPSA1"]
[null,86,"CPSA_GT2","Condamine A","CCGT - Gas Turbine","QLD","SQ","Not Applicable","Not Applicable","Existing","Not Applicable","CPSA_GT2","Gas","Condamine A","CCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","CPSA_GT2","Not Applicable","Condamine A","Condamine A","Condamine A","Not Applicable","Condamine A","CCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","CPSA2"]
[null,87,"CPSA_ST","Condamine A","CCGT - Steam Turbine","QLD","SQ","Not Applicable","Not Applicable","Existing","Not Applicable","CPSA_ST","Gas","Condamine A","CCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","CPSA_ST","Not Applicable","Condamine A","Condamine A","Condamine A","Not Applicable","Condamine A","CCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","CPSA3"]
[null,88,"DDPS1_GT1","Darling Downs","CCGT - Gas Turbine","QLD","SQ","Not Applicable","Not Applicable","Existing","Not Applicable","DDPS1_GT1","Gas","Darling Downs","CCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","DDPS1_GT1","Not Applicable","Darling Downs","Darling Downs","Darling Downs","Not Applicable","Darling Downs","CCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","DDPS0"]
[null,89,"DDPS1_GT2","Darling Downs","CCGT - Gas Turbine","QLD","SQ","Not Applicable","Not Applicable","Existing","Not Applicable","DDPS1_GT2","Gas","Darling Downs","CCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","DDPS1_GT2","Not Applicable","Darling Downs","Darling Downs","Darling Downs","Not Applicable","Darling Downs","CCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","DDPS1"]
[null,90,"DDPS1_GT3","Darling Downs","CCGT - Gas Turbine","QLD","SQ","Not Applicable","Not Applicable","Existing","Not Applicable","DDPS1_GT3","Gas","Darling Downs","CCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","DDPS1_GT3","Not Applicable","Darling Downs","Darling Downs","Darling Downs","Not Applicable","Darling Downs","CCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","DDPS2"]
[null,91,"DDPS1_ST","Darling Downs","CCGT - Steam Turbine","QLD","SQ","Not Applicable","Not Applicable","Existing","Not Applicable","DDPS1_ST","Gas","Darling Downs","CCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","DDPS1_ST","Not Applicable","Darling Downs","Darling Downs","Darling Downs","Not Applicable","Darling Downs","CCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","DDPS3"]
[null,92,"DRYCGT1","Dry Creek GT","OCGT (small GT)","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","DRYCGT1","Gas","Dry Creek GT","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","DRYCGT1","Not Applicable","Dry Creek GT","Dry Creek GT","Dry Creek GT","Not Applicable","Dry Creek GT","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","DRYCGT1"]
[null,93,"DRYCGT2","Dry Creek GT","OCGT (small GT)","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","DRYCGT2","Gas","Dry Creek GT","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","DRYCGT2","Not Applicable","Dry Creek GT","Dry Creek GT","Dry Creek GT","Not Applicable","Dry Creek GT","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","DRYCGT2"]
[null,94,"DRYCGT3","Dry Creek GT","OCGT (small GT)","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","DRYCGT3","Gas","Dry Creek GT","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","DRYCGT3","Not Applicable","Dry Creek GT","Dry Creek GT","Dry Creek GT","Not Applicable","Dry Creek GT","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","DRYCGT3"]
[null,95,"AGLHAL01","Hallett GT","OCGT (small GT)","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","AGLHAL01","Gas","Hallett GT","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","AGLHAL01","Not Applicable","Hallett GT","Hallett GT","Hallett GT","Not Applicable","Hallett GT","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","AGLHAL01"]
[null,96,"AGLHAL02","Hallett GT","OCGT (small GT)","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","AGLHAL02","Gas","Hallett GT","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","AGLHAL02","Not Applicable","Hallett GT","Hallett GT","Hallett GT","Not Applicable","Hallett GT","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","AGLHAL02"]
[null,97,"AGLHAL03","Hallett GT","OCGT (small GT)","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","AGLHAL03","Gas","Hallett GT","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","AGLHAL03","Not Applicable","Hallett GT","Hallett GT","Hallett GT","Not Applicable","Hallett GT","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","AGLHAL03"]
[null,98,"AGLHAL04","Hallett GT","OCGT (small GT)","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","AGLHAL04","Gas","Hallett GT","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","AGLHAL04","Not Applicable","Hallett GT","Hallett GT","Hallett GT","Not Applicable","Hallett GT","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","AGLHAL04"]
[null,99,"AGLHAL05","Hallett GT","OCGT (small GT)","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","AGLHAL05","Gas","Hallett GT","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","AGLHAL05","Not Applicable","Hallett GT","Hallett GT","Hallett GT","Not Applicable","Hallett GT","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","AGLHAL05"]
[null,100,"AGLHAL06","Hallett GT","OCGT (small GT)","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","AGLHAL06","Gas","Hallett GT","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","AGLHAL06","Not Applicable","Hallett GT","Hallett GT","Hallett GT","Not Applicable","Hallett GT","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","AGLHAL06"]
[null,101,"AGLHAL07","Hallett GT","OCGT (small GT)","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","AGLHAL07","Gas","Hallett GT","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","AGLHAL07","Not Applicable","Hallett GT","Hallett GT","Hallett GT","Not Applicable","Hallett GT","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","AGLHAL07"]
[null,102,"AGLHAL08","Hallett GT","OCGT (small GT)","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","AGLHAL08","Gas","Hallett GT","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","AGLHAL08","Not Applicable","Hallett GT","Hallett GT","Hallett GT","Not Applicable","Hallett GT","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","AGLHAL08"]
[null,103,"AGLHAL09","Hallett GT","OCGT (small GT)","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","AGLHAL09","Gas","Hallett GT","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","AGLHAL09","Not Applicable","Hallett GT","Hallett GT","Hallett GT","Not Applicable","Hallett GT","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","AGLHAL09"]
[null,104,"AGLHAL10","Hallett GT","OCGT (small GT)","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","AGLHAL10","Gas","Hallett GT","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","AGLHAL10","Not Applicable","Hallett GT","Hallett GT","Hallett GT","Not Applicable","Hallett GT","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","AGLHAL10"]
[null,105,"AGLHAL11","Hallett GT","OCGT (small GT)","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","AGLHAL11","Gas","Hallett GT","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","AGLHAL11","Not Applicable","Hallett GT","Hallett GT","Hallett GT","Not Applicable","Hallett GT","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","AGLHAL11"]
[null,106,"AGLHAL12","Hallett GT","OCGT (small GT)","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","AGLHAL12","Gas","Hallett GT","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","AGLHAL12","Not Applicable","Hallett GT","Hallett GT","Hallett GT","Not Applicable","Hallett GT","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","AGLHAL12"]
[null,107,"AGLHALRE","Hallett GT","OCGT (small GT)","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","AGLHALRE","Gas","Hallett GT","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","AGLHALRE","Not Applicable","Hallett GT","Hallett GT","Hallett GT","Not Applicable","Hallett GT","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","AGLHALRE"]
[null,108,"HEZ1","Hunter Economic Zone","Reciprocating engine","NSW","SNW","Not Applicable","Not Applicable","Existing","Not Applicable","HEZ1","Liquid Fuel","Hunter Economic Zone","Reciprocating Engine","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","HEZ1","Not Applicable","Hunter Economic Zone","Hunter Economic Zone","Hunter Economic Zone","Not Applicable","Hunter Economic Zone","Liquid Fuel","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","HEZ1"]
[null,109,"JLA01","Jeeralang A","OCGT (small GT)","VIC","SEV","Not Applicable","Not Applicable","Existing","Not Applicable","JLA01","Gas","Jeeralang A","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","JLA01","Not Applicable","Jeeralang A","Jeeralang A","Jeeralang A","Not Applicable","Jeeralang A","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","JLA01"]
[null,110,"JLA02","Jeeralang A","OCGT (small GT)","VIC","SEV","Not Applicable","Not Applicable","Existing","Not Applicable","JLA02","Gas","Jeeralang A","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","JLA02","Not Applicable","Jeeralang A","Jeeralang A","Jeeralang A","Not Applicable","Jeeralang A","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","JLA02"]
[null,111,"JLA03","Jeeralang A","OCGT (small GT)","VIC","SEV","Not Applicable","Not Applicable","Existing","Not Applicable","JLA03","Gas","Jeeralang A","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","JLA03","Not Applicable","Jeeralang A","Jeeralang A","Jeeralang A","Not Applicable","Jeeralang A","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","JLA03"]
[null,112,"JLA04","Jeeralang A","OCGT (small GT)","VIC","SEV","Not Applicable","Not Applicable","Existing","Not Applicable","JLA04","Gas","Jeeralang A","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","JLA04","Not Applicable","Jeeralang A","Jeeralang A","Jeeralang A","Not Applicable","Jeeralang A","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","JLA04"]
[null,113,"JLB01","Jeeralang B","OCGT (small GT)","VIC","SEV","Not Applicable","Not Applicable","Existing","Not Applicable","JLB01","Gas","Jeeralang B","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","JLB01","Not Applicable","Jeeralang B","Jeeralang B","Jeeralang B","Not Applicable","Jeeralang B","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","JLB01"]
[null,114,"JLB02","Jeeralang B","OCGT (small GT)","VIC","SEV","Not Applicable","Not Applicable","Existing","Not Applicable","JLB02","Gas","Jeeralang B","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","JLB02","Not Applicable","Jeeralang B","Jeeralang B","Jeeralang B","Not Applicable","Jeeralang B","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","JLB02"]
[null,115,"JLB03","Jeeralang B","OCGT (small GT)","VIC","SEV","Not Applicable","Not Applicable","Existing","Not Applicable","JLB03","Gas","Jeeralang B","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","JLB03","Not Applicable","Jeeralang B","Jeeralang B","Jeeralang B","Not Applicable","Jeeralang B","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","JLB03"]
[null,116,"LADBROK1","Ladbroke Grove","OCGT (small GT)","SA","SESA","Not Applicable","Not Applicable","Existing","Not Applicable","LADBROK1","Gas","Ladbroke Grove","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","LADBROK1","Not Applicable","Ladbroke Grove","Ladbroke Grove","Ladbroke Grove","Not Applicable","Ladbroke Grove","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","LADBROK1"]
[null,117,"LADBROK2","Ladbroke Grove","OCGT (small GT)","SA","SESA","Not Applicable","Not Applicable","Existing","Not Applicable","LADBROK2","Gas","Ladbroke Grove","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","LADBROK2","Not Applicable","Ladbroke Grove","Ladbroke Grove","Ladbroke Grove","Not Applicable","Ladbroke Grove","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","LADBROK2"]
[null,118,"LNGS1","Laverton North","OCGT (large GT)","VIC","MEL","Not Applicable","Not Applicable","Existing","Not Applicable","LNGS1","Gas","Laverton North","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","LNGS1","Not Applicable","Laverton North","Laverton North","Laverton North","Not Applicable","Laverton North","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","LNGS1"]
[null,119,"LNGS2","Laverton North","OCGT (large GT)","VIC","MEL","Not Applicable","Not Applicable","Existing","Not Applicable","LNGS2","Gas","Laverton North","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","LNGS2","Not Applicable","Laverton North","Laverton North","Laverton North","Not Applicable","Laverton North","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","LNGS2"]
[null,120,"LONSDALE","Lonsdale","Reciprocating engine","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","LONSDALE","Liquid Fuel","Lonsdale","Reciprocating Engine","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","LONSDALE","Not Applicable","Lonsdale","Lonsdale","Lonsdale","Not Applicable","Lonsdale","Liquid Fuel","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","LONSDAL1"]
[null,121,"MINTARO","Mintaro GT","OCGT (small GT)","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","MINTARO","Gas","Mintaro GT","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","MINTARO","Not Applicable","Mintaro GT","Mintaro GT","Mintaro GT","Not Applicable","Mintaro GT","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","MINTARO"]
[null,122,"MORTLK11","Mortlake","OCGT (large GT)","VIC","WNV","Not Applicable","Not Applicable","Existing","Not Applicable","MORTLK11","Gas","Mortlake","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","MORTLK11","Not Applicable","Mortlake","Mortlake","Mortlake","Not Applicable","Mortlake","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","MORTLK11"]
[null,123,"MORTLK12","Mortlake","OCGT (large GT)","VIC","WNV","Not Applicable","Not Applicable","Existing","Not Applicable","MORTLK12","Gas","Mortlake","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","MORTLK12","Not Applicable","Mortlake","Mortlake","Mortlake","Not Applicable","Mortlake","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","MORTLK12"]
[null,124,"MSTUART1","Mt Stuart","OCGT (small GT)","QLD","NQ","Not Applicable","Not Applicable","Existing","Not Applicable","MSTUART1","Liquid Fuel","Mt Stuart","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","MSTUART1","Not Applicable","Mt Stuart","Mt Stuart","Mt Stuart","Not Applicable","Mt Stuart","Liquid Fuel","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","MSTUART1"]
[null,125,"MSTUART2","Mt Stuart","OCGT (small GT)","QLD","NQ","Not Applicable","Not Applicable","Existing","Not Applicable","MSTUART2","Liquid Fuel","Mt Stuart","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","MSTUART2","Not Applicable","Mt Stuart","Mt Stuart","Mt Stuart","Not Applicable","Mt Stuart","Liquid Fuel","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","MSTUART2"]
[null,132,"PPCCGTGT1","Pelican Point","CCGT - Gas Turbine","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","PPCCGTGT1","Gas","Pelican Point","CCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","PPCCGTGT1","Not Applicable","Pelican Point","Pelican Point","Pelican Point","Not Applicable","Pelican Point","CCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","PPGT11"]
[null,139,"PTSTAN1_2","Port Stanvac 1","Reciprocating engine","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","PTSTAN1_2","Liquid Fuel","Port Stanvac","Reciprocating Engine","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","PTSTAN1_2","Not Applicable","Port Stanvac 1","Port Stanvac 1","Port Stanvac 1","Not Applicable","Port Stanvac 1","Liquid Fuel","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","PTSTAN1_2"]
[null,151,"SNAPPER1_4","Snapper Point Power Station","OCGT (small GT)","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","SNAPPER1_4","Gas","Snapper","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","SNAPPER1_4","Not Applicable","Snapper Point Power Station","Snapper Point Power Station","Snapper Point Power Station","Not Applicable","Snapper Point Power Station","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","SNAPPER1_4"]
[null,158,"AGLSOM03","Somerton","OCGT (small GT)","VIC","MEL","Not Applicable","Not Applicable","Existing","Not Applicable","AGLSOM03","Gas","Somerton","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","AGLSOM03","Not Applicable","Somerton","Somerton","Somerton","Not Applicable","Somerton","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","AGLSOM03"]
[null,169,"TORRB4","Torrens Island B","OCGT (small GT)","SA","CSA","Not Applicable","Not Applicable","Existing","Not Applicable","TORRB4","Gas","Torrens Island B","Gas-powered steam turbine","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","TORRB4","Not Applicable","Torrens Island B","Torrens Island B","Torrens Island B","Not Applicable","Torrens Island B","Gas-powered steam turbine","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","TORRB4"]
[null,174,"URANQ13","Uranquinty","OCGT (large GT)","NSW","SNSW","Not Applicable","Not Applicable","Existing","Not Applicable","URANQ13","Gas","Uranquinty","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","URANQ13","Not Applicable","Uranquinty","Uranquinty","Uranquinty","Not Applicable","Uranquinty","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","URANQ13"]
[null,181,"VPGS6","Valley Power","OCGT (small GT)","VIC","SEV","Not Applicable","Not Applicable","Existing","Not Applicable","VPGS6","Gas","Valley Power","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","VPGS6","Not Applicable","Valley Power","Valley Power","Valley Power","Not Applicable","Valley Power","OCGT","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","VPGS6"]
[null,193,"MCKAY15","Bogong / Mackay","Hydro","VIC","WNV","Not Applicable","Not Applicable","Existing","Not Applicable","MCKAY15","Water","Hydro","Hydro","Hydro","Hydro","Hydro","Hydro","MCKAY15","Not Applicable","All Hydro","All Hydro","All Hydro","Not Applicable","Bogong / MacKay","Hydro","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","MCKAY15"]
[null,208,"FISHER","Fisher","Hydro","TAS","TAS","Not Applicable","Not Applicable","Existing","Not Applicable","FISHER","Water","Hydro","Hydro","Hydro","Hydro","Hydro","Hydro","FISHER","Not Applicable","All Hydro","All Hydro","All Hydro","Not Applicable","Fisher","Hydro","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","FISHER"]
[null,213,"GUTHEGA2","Guthega","Hydro","NSW","SNSW","Not Applicable","Not Applicable","Existing","Not Applicable","GUTHEGA2","Water","Hydro","Hydro","Hydro","Hydro","Hydro","Hydro","GUTHEGA2","Not Applicable","All Hydro","All Hydro","All Hydro","Not Applicable","Guthega","Hydro","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","GUTHEGA2"]
[null,225,"MEADOWBK","Meadowbank","Hydro","TAS","TAS","Not Applicable","Not Applicable","Existing","Not Applicable","MEADOWBK","Water","Hydro","Hydro","Hydro","Hydro","Hydro","Hydro","MEADOWBK","Not Applicable","All Hydro","All Hydro","All Hydro","Not Applicable","Meadowbank","Hydro","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","MEADOWBK"]
[null,232,"MURRAY07","Murray 1","Hydro","VIC","WNV","Not Applicable","Not Applicable","Existing","Not Applicable","MURRAY07","Water","Hydro","Hydro","Hydro","Hydro","Hydro","Hydro","MURRAY07","Not Applicable","All Hydro","All Hydro","All Hydro","Not Applicable","Murray 1","Hydro","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","MURRAY07"]
[null,244,"PO165-5","Poatina","Hydro","TAS","TAS","Not Applicable","Not Applicable","Existing","Not Applicable","PO165-5","Water","Hydro","Hydro","Hydro","Hydro","Hydro","Hydro","PO165-5","Not Applicable","All Hydro","All Hydro","All Hydro","Not Applicable","Poatina","Hydro","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","PO165-5"]
[null,245,"PO166-6","Poatina","Hydro","TAS","TAS","Not Applicable","Not Applicable","Existing","Not Applicable","PO166-6","Water","Hydro","Hydro","Hydro","Hydro","Hydro","Hydro","PO166-6","Not Applicable","All Hydro","All Hydro","All Hydro","Not Applicable","Poatina","Hydro","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","PO166-6"]
[null,255,"TA112-4","Tarraleah","Hydro","TAS","TAS","Not Applicable","Not Applicable","Existing","Not Applicable","TA112-4","Water","Hydro","Hydro","Hydro","Hydro","Hydro","Hydro","TA112-4","Not Applicable","All Hydro","All Hydro","All Hydro","Not Applicable","Tarraleah","Hydro","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","TA112-4"]
[null,267,"TUMUT3_05","Tumut 3","Pumped Hydro (48hrs storage)","NSW","SNSW","Not Applicable","Not Applicable","Existing","Not Applicable","TUMUT3_05","Water","Hydro","Hydro","Hydro","Hydro","Hydro","Hydro","TUMUT3_05","Not Applicable","All Hydro","All Hydro","All Hydro","Lower Tumut","Tumut 3","Hydro","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","TUMUT3_05"]
[null,274,"TUMUT1_01","Upper Tumut","Hydro","NSW","SNSW","Not Applicable","Not Applicable","Existing","Not Applicable","TUMUT1_01","Water","Hydro","Hydro","Hydro","Hydro","Hydro","Hydro","TUMUT1_01","Not Applicable","All Hydro","All Hydro","All Hydro","Not Applicable","Upper Tumut","Hydro","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","TUMUT1_01"]
[null,284,"WKIEWA2_1","West Kiewa","Hydro","VIC","WNV","Not Applicable","Not Applicable","Existing","Not Applicable","WKIEWA2_1","Water","Hydro","Hydro","Hydro","Hydro","Hydro","Hydro","WKIEWA2_1","Not Applicable","All Hydro","All Hydro","All Hydro","Not Applicable","West Kiewa","Hydro","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","WKIEWA2_1"]
[null,299,"CSPVPS1","Collinsville Solar Farm","Large scale Solar PV","QLD","CQ","Isaac","Q4","Existing","Not Applicable","CSPVPS1","Solar","Solar","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","CSPVPS1","Not Applicable","All Large scale solar PV","All Large scale solar PV","All Large scale solar PV","Not Applicable","Collinsville Solar Farm","Large scale Solar PV","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","CSPVPS1"]
[null,306,"GLENSF1","Glenrowan Solar Farm","Large scale Solar PV","VIC","WNV","Not Applicable","Not Applicable","Existing","Not Applicable","Glenrowan Solar Farm","Solar","Solar","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Glenrowan Solar Farm","Not Applicable","All Large scale solar PV","All Large scale solar PV","All Large scale solar PV","Not Applicable","Glenrowan Solar Farm","Large scale Solar PV","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Glenrowan Solar Farm"]
[null,318,"JUNEESF1","Junee Solar Farm","Large scale Solar PV","NSW","SNSW","Wagga Wagga","N6","Existing","Not Applicable","JUNEESF1","Solar","Solar","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","JUNEESF1","Not Applicable","All Large scale solar PV","All Large scale solar PV","All Large scale solar PV","Not Applicable","Junee Solar Farm","Large scale Solar PV","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","JUNEESF1"]
[null,325,"LRSF1","Longreach Solar Farm","Large scale Solar PV","QLD","CQ","Barcaldine","Q9","Existing","Not Applicable","LRSF1","Solar","Solar","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","LRSF1","Not Applicable","All Large scale solar PV","All Large scale solar PV","All Large scale solar PV","Not Applicable","Longreach Solar Farm","Large scale Solar PV","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","LRSF1"]
[null,337,"MOUSF1","Moura Solar Farm","Large scale Solar PV","QLD","CQ","Fitzroy","Q6","Existing","Not Applicable","MOUSF1","Solar","Solar","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","MOUSF1","Not Applicable","All Large scale solar PV","All Large scale solar PV","All Large scale solar PV","Not Applicable","Moura Solar Farm","Large scale Solar PV","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","MOUSF1"]
[null,341,"NEWENSF2","New England Solar Farm","Large scale Solar PV","NSW","NNSW","New England","N2","Existing","Not Applicable","NEWENSF2","Solar","Solar","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","NEWENSF2","Not Applicable","All Large scale solar PV","All Large scale solar PV","All Large scale solar PV","Not Applicable","New England Solar Farm","Large scale Solar PV","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","NEWENSF2"]
[null,348,"RRSF1","Ross River Solar Farm","Large scale Solar PV","QLD","NQ","Northern Qld","Q3","Existing","Not Applicable","RRSF1","Solar","Solar","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","RRSF1","Not Applicable","All Large scale solar PV","All Large scale solar PV","All Large scale solar PV","Not Applicable","Ross River Solar Farm","Large scale Solar PV","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","RRSF1"]
[null,360,"WDGPH1","Western Downs Green Power Hub","Large scale Solar PV","QLD","SQ","Darling Downs","Q8a","Existing","Not Applicable","WDGPH1","Solar","Solar","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","WDGPH1","Not Applicable","All Large scale solar PV","All Large scale solar PV","All Large scale solar PV","Not Applicable","Western Downs Green Power Hub","Large scale Solar PV","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","WDGPH1"]
[null,370,"BANGOWF2","Bango 999 Wind Farm","Wind","NSW","SNSW","Not Applicable","Not Applicable","Existing","Not Applicable","BANGOWF2","Wind","Wind","Wind","Wind","Wind","Wind","Wind","BANGOWF2","Not Applicable","All Wind","All Wind","All Wind","Not Applicable","Bango 999 Wind Farm","Wind","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BANGOWF2"]
[null,380,"CHALLHWF","Challicum Hills Wind Farm","Wind","VIC","WNV","Not Applicable","Not Applicable","Existing","Not Applicable","CHALLHWF","Wind","Wind","Wind","Wind","Wind","Wind","Wind","CHALLHWF","Not Applicable","All Wind","All Wind","All Wind","Not Applicable","Challicum Hills Wind Farm","Wind","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","CHALLHWF"]
[null,392,"DUNDWF3","Dundonnell Wind Farm","Wind","VIC","WNV","Not Applicable","Not Applicable","Existing","Not Applicable","DUNDWF3","Wind","Wind","Wind","Wind","Wind","Wind","Wind","DUNDWF3","Not Applicable","All Wind","All Wind","All Wind","Not Applicable","Dundonnell Wind Farm","Wind","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","DUNDWF3"]
[null,399,"BLUFF1","Hallett 5 The Bluff Wind Farm","Wind","SA","CSA","Mid-North SA","S3","Existing","Not Applicable","BLUFF1","Wind","Wind","Wind","Wind","Wind","Wind","Wind","BLUFF1","Not Applicable","All Wind","All Wind","All Wind","Not Applicable","Hallett 5 The Bluff Wind Farm","Wind","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BLUFF1"]
[null,402,"HDWF1","Hornsdale Wind Farm Stage 1","Wind","SA","CSA","Mid-North SA","S3","Existing","Not Applicable","HDWF1","Wind","Wind","Wind","Wind","Wind","Wind","Wind","HDWF1","Not Applicable","All Wind","All Wind","All Wind","Not Applicable","Hornsdale Wind Farm Stage 1","Wind","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","HDWF1"]
[null,413,"MRTLSWF1","Mortlake South Wind Farm","Wind","VIC","WNV","Not Applicable","Not Applicable","Existing","Not Applicable","MRTLSWF1","Wind","Wind","Wind","Wind","Wind","Wind","Wind","MRTLSWF1","Not Applicable","All Wind","All Wind","All Wind","Not Applicable","Mortlake South Wind Farm","Wind","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","MRTLSWF1"]
[null,422,"PAREPW1","Port Augusta Renewable Energy Park - Wind","Wind","SA","NSA","Northern SA","S5","Existing","Not Applicable","PAREPW1","Wind","Wind","Wind","Wind","Wind","Wind","Wind","PAREPW1","Not Applicable","All Wind","All Wind","All Wind","Not Applicable","Port Augusta Renewable Energy Park - Wind","Wind","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","PAREPW1"]
[null,434,"WPWF","Wattle Point Wind Farm","Wind","SA","NSA","Eastern Eyre Peninsula","S7","Existing","Not Applicable","WPWF","Wind","Wind","Wind","Wind","Wind","Wind","Wind","WPWF","Not Applicable","All Wind","All Wind","All Wind","Not Applicable","Wattle Point Wind Farm","Wind","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","WPWF"]
[null,446,"Kidston Pumped Storage Hydro 1","Kidston ","Pumped Hydro (10hrs storage)","QLD","NQ","Not Applicable","Not Applicable","Committed","Not Applicable","Kidston Pumped Storage Hydro 1","Water","Hydro","Pumped Hydro (10hrs storage)","Hydro","Hydro","Hydro","Hydro","Kidston Pumped Storage Hydro 1","Not Applicable","All Hydro","All Hydro","All Hydro","Kidston","Kidston ","Pumped Hydro (10hrs storage)","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Kidston Pumped Storage Hydro 1"]
[null,452,"SNO2PH05","Snowy 2.0","Pumped Hydro (1wk storage)","NSW","SNSW","Not Applicable","Not Applicable","Committed","Not Applicable","SNO2PH05","Water","Hydro","Pumped Hydro (48hrs storage)","Hydro","Hydro","Hydro","Hydro","SNO2PH05","Not Applicable","All Hydro","All Hydro","All Hydro","Snowy 2.0","Snowy 2.0","Pumped Hydro (48hrs storage)","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","SNO2PH05"]
[null,466,"Goorambat East Solar Farm","Goorambat East Solar Farm","Large scale Solar PV","VIC","WNV","Not Applicable","Not Applicable","Committed","Not Applicable","Goorambat East Solar Farm","Solar","Solar","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Goorambat East Solar Farm","Not Applicable","All Large scale solar PV","All Large scale solar PV","All Large scale solar PV","Not Applicable","Goorambat East Solar Farm","Large scale Solar PV","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Goorambat East Solar Farm"]
[null,473,"Riverina Solar Farm","Riverina Solar Farm","Large scale Solar PV","NSW","SNSW","Not Applicable","Not Applicable","Committed","Not Applicable","Riverina Solar Farm","Solar","Solar","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Riverina Solar Farm","Not Applicable","All Large scale solar PV","All Large scale solar PV","All Large scale solar PV","Not Applicable","Riverina Solar Farm","Large scale Solar PV","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Riverina Solar Farm"]
[null,476,"TB2SF1","Tailem Bend Solar Farm - stage 2","Large scale Solar PV","SA","SESA","South East SA","S1","Committed","Not Applicable","TB2SF1","Solar","Solar","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","TB2SF1","Not Applicable","All Large scale solar PV","All Large scale solar PV","All Large scale solar PV","Not Applicable","Tailem Bend Solar Farm - stage 2","Large scale Solar PV","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","TB2SF1"]
[null,488,"CROOKWF3","Crookwell 3 Wind Farm","Wind","NSW","SNSW","Not Applicable","Not Applicable","Committed","Not Applicable","Crookwell 3 Wind Farm","Wind","Wind","Wind","Wind","Wind","Wind","Wind","Crookwell 3 Wind Farm","Not Applicable","All Wind","All Wind","All Wind","Not Applicable","Crookwell 3 Wind Farm","Wind","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Crookwell 3 Wind Farm"]
[null,495,"HD1WF1","Hawkesdale Wind Farm","Wind","VIC","WNV","Not Applicable","Not Applicable","Committed","Not Applicable","Hawkesdale Wind Farm","Wind","Wind","Wind","Wind","Wind","Wind","Wind","Hawkesdale Wind Farm","Not Applicable","All Wind","All Wind","All Wind","Not Applicable","Hawkesdale Wind Farm","Wind","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Hawkesdale Wind Farm"]
[null,508,"Goulburn River Solar Farm","Goulburn River Solar Farm","Large scale Solar PV","NSW","SNW","Not Applicable","Not Applicable","Committed","Not Applicable","Goulburn River Solar Farm","Solar","Solar","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Goulburn River Solar Farm","Not Applicable","All Large scale solar PV","All Large scale solar PV","All Large scale solar PV","Not Applicable","Goulburn River Solar Farm","Large scale Solar PV","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Goulburn River Solar Farm"]
[null,515,"GBWF1","Gawara Baya Wind Farm","Wind","QLD","NQ","Northern Qld","Q3","Anticipated","Not Applicable","GBWF1","Wind","Wind","Wind","Wind","Wind","Wind","Wind","GBWF1","Not Applicable","All Wind","All Wind","All Wind","Not Applicable","Gawara Baya Wind Farm","Wind","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","GBWF1"]
[null,527,"LBBG1","Lake Bonney BESS","Battery storage (2hrs storage)","SA","SESA","South East SA","S1","Existing","Not Applicable","LBBG1","Battery","Battery","Battery storage (2hrs storage)","Batteries","Batteries","Batteries","Batteries","LBBG1","Not Applicable","Battery storage (2hrs storage)","Battery storage (2hrs storage)","Battery storage (2hrs storage)","Not Applicable","Lake Bonney BESS","Battery storage (2hrs storage)","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","LBBG1"]
[null,538,"BHBG1","Broken Hill BESS","Battery storage (1hr storage)","NSW","SNSW","Broken Hill","N4","Committed","Not Applicable","BHBG1","Battery","Battery","Battery storage (1hr storage)","Batteries","Batteries","Batteries","Batteries","BHBG1","Not Applicable","Battery storage (1hr storage)","Battery storage (1hr storage)","Battery storage (1hr storage)","Not Applicable","Broken Hill BESS","Battery storage (1hr storage)","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","BHBG1"]
[null,547,"LaTrobe Valley BESS","LaTrobe Valley BESS","Battery storage (2hrs storage)","VIC","SEV","Not Applicable","Not Applicable","Committed","Not Applicable","LaTrobe Valley BESS","Battery","Battery","Battery storage (2hrs storage)","Batteries","Batteries","Batteries","Batteries","LaTrobe Valley BESS","Not Applicable","Battery storage (2hrs storage)","Battery storage (2hrs storage)","Battery storage (2hrs storage)","Not Applicable","LaTrobe Valley BESS","Battery storage (2hrs storage)","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","LaTrobe Valley BESS"]
[null,550,"Melbourne Renewable Energy Hub - Side A","Melbourne Renewable Energy Hub - Side A","Battery storage (2hrs storage)","VIC","MEL","Not Applicable","Not Applicable","Committed","Not Applicable","Melbourne Renewable Energy Hub - Side A","Battery","Battery","Battery storage (2hrs storage)","Batteries","Batteries","Batteries","Batteries","Melbourne Renewable Energy Hub - Side A","Not Applicable","Battery storage (2hrs storage)","Battery storage (2hrs storage)","Battery storage (2hrs storage)","Not Applicable","Melbourne Renewable Energy Hub - Side A","Battery storage (2hrs storage)","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Melbourne Renewable Energy Hub - Side A"]
[null,562,"Eraring Big Battery 2","Eraring Big Battery 2","Battery storage (2hrs storage)","NSW","SNW","Not Applicable","Not Applicable","Anticipated","Not Applicable","Eraring Big Battery 2","Battery","Battery","Battery storage (2hrs storage)","Batteries","Batteries","Batteries","Batteries","Eraring Big Battery 2","Not Applicable","Battery storage (2hrs storage)","Battery storage (2hrs storage)","Battery storage (2hrs storage)","Not Applicable","Eraring Big Battery","Battery storage (2hrs storage)","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Eraring Big Battery 2"]
[null,569,"Mortlake Battery","Mortlake Battery","Battery storage (2hrs storage)","VIC","WNV","Not Applicable","Not Applicable","Anticipated","Not Applicable","Mortlake Battery","Battery","Battery","Battery storage (2hrs storage)","Batteries","Batteries","Batteries","Batteries","Mortlake Battery","Not Applicable","Battery storage (2hrs storage)","Battery storage (2hrs storage)","Battery storage (2hrs storage)","Not Applicable","Mortlake Battery","Battery storage (2hrs storage)","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Mortlake Battery"]
[null,581,"Kogan Gas","Brigalow GT","OCGT (large GT)","QLD","SQ","Not Applicable","Not Applicable","Additional policy-supported project","Not Applicable","Kogan Gas","Gas","QLD new OCGT","OCGT","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","All Gas and Liquid Average","Kogan Gas","Not Applicable","Brigalow GT","Brigalow GT","Brigalow GT","Not Applicable","Brigalow GT","OCGT (small GT)","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Kogan Gas"]
[null,589,"Horsham Solar Farm BESS","Horsham Solar Farm BESS","Battery storage (2hrs storage)","VIC","WNV","Not Applicable","Not Applicable","Additional policy-supported project","Not Applicable","Horsham Solar Farm BESS","Battery","Battery","Battery storage (2hrs storage)","Batteries","Batteries","Batteries","Batteries","Horsham Solar Farm BESS","Not Applicable","Battery storage (2hrs storage)","Battery storage (2hrs storage)","Battery storage (2hrs storage)","Not Applicable","Horsham Solar Farm BESS","Battery storage (2hrs storage)","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Horsham Solar Farm BESS"]
[null,601,"Ravenswood BESS","Ravenswood BESS","Battery storage (4hrs storage)","VIC","WNV","Not Applicable","Not Applicable","Anticipated","Not Applicable","Ravenswood BESS","Battery","Battery","Battery storage (4hrs storage)","Batteries","Batteries","Batteries","Batteries","Ravenswood BESS","Not Applicable","Battery storage (4hrs storage)","Battery storage (4hrs storage)","Battery storage (4hrs storage)","Not Applicable","Ravenswood BESS","Battery storage (4hrs storage)","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Ravenswood BESS"]
[null,613,"Golden Plains West Wind Farm","Golden Plains West Wind Farm","Wind","VIC","WNV","Not Applicable","Not Applicable","Committed","Not Applicable","Golden Plains West Wind Farm","Wind","Wind","Wind","Wind","Wind","Wind","Wind","Golden Plains West Wind Farm","Not Applicable","All Wind","All Wind","All Wind","Not Applicable","Golden Plains West Wind Farm","Wind","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Golden Plains West Wind Farm"]
[null,620,"Junction Rivers Wind Farm BESS","Junction Rivers Wind Farm BESS","Battery storage (4hrs storage)","NSW","SNSW","South West NSW","N5","Additional policy-supported project","Not Applicable","Junction Rivers Wind Farm BESS","Battery","Battery","Battery storage (4hrs storage)","Batteries","Batteries","Batteries","Batteries","Junction Rivers Wind Farm BESS","Not Applicable","Battery storage (4hrs storage)","Battery storage (4hrs storage)","Battery storage (4hrs storage)","Not Applicable","Junction Rivers Wind Farm BESS","Battery storage (4hrs storage)","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Junction Rivers Wind Farm BESS"]
[null,624,"Stoney Creek BESS","Stoney Creek BESS","Battery storage (8hrs storage)","NSW","NNSW","North West NSW","N1","Additional policy-supported project","Not Applicable","Stoney Creek BESS","Battery","Battery","Battery storage (8hrs storage)","Batteries","Batteries","Batteries","Batteries","Stoney Creek BESS","Not Applicable","Battery storage (8hrs storage)","Battery storage (8hrs storage)","Battery storage (8hrs storage)","Not Applicable","Stoney Creek BESS","Battery storage (8hrs storage)","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Stoney Creek BESS"]
[null,640,"Thunderbolt Wind Farm","Thunderbolt Wind Farm","Wind","NSW","NNSW","New England","N2","Additional policy-supported project","Not Applicable","Thunderbolt Wind Farm","Wind","Wind","Wind","Wind","Wind","Wind","Wind","Thunderbolt Wind Farm","Not Applicable","All Wind","All Wind","All Wind","Not Applicable","Thunderbolt Wind Farm","Wind","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Thunderbolt Wind Farm"]
[null,643,"Bennetts Creek BESS","Bennetts Creek BESS","Battery storage (2hrs storage)","VIC","SEV","Not Applicable","Not Applicable","Anticipated","Not Applicable","Bennetts Creek BESS","Battery","Battery","Battery storage (2hrs storage)","Batteries","Batteries","Batteries","Batteries","Bennetts Creek BESS","Not Applicable","Battery storage (2hrs storage)","Battery storage (2hrs storage)","Battery storage (2hrs storage)","Not Applicable","Bennetts Creek BESS","Battery storage (2hrs storage)","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Bennetts Creek BESS"]
[null,655,"Birriwa Solar Farm","Birriwa Solar Farm","Large scale Solar PV","NSW","CNSW","Central-West Orana","N3","Additional policy-supported project","Not Applicable","Birriwa Solar Farm","Solar","Solar","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Birriwa Solar Farm","Not Applicable","All Large scale solar PV","All Large scale solar PV","All Large scale solar PV","Not Applicable","Birriwa Solar Farm","Large scale Solar PV","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Birriwa Solar Farm"]
[]
[null,675,"PV NQ","Distributed PV NQ","PVNSG and Rooftop PV","QLD","NQ","Not Applicable","Not Applicable","Consumer Energy Resources","Not Applicable","NQ","Solar","Solar","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","PV NQ","Not Applicable","PVNSG and Rooftop PV","PVNSG and Rooftop PV","PVNSG and Rooftop PV","Not Applicable","PV NQ","PVNSG and Rooftop PV","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","PV NQ"]
[null,687,"SNW Battery - Coordinated CER Storages","SNW Battery - Coordinated CER Storages","VPP (aggregated ESS) - Coordinated CER","NSW","SNW","Not Applicable","Not Applicable","Consumer Energy Resources","Not Applicable","SNW","Battery","Battery","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","SNW Battery - Coordinated CER Storages","Not Applicable","VPP (aggregated ESS) - Coordinated CER","VPP (aggregated ESS) - Coordinated CER","VPP (aggregated ESS) - Coordinated CER","Not Applicable","SNW Battery - Coordinated CER Storages","VPP (aggregated ESS) - Coordinated CER","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","SNW Battery - Coordinated CER Storages"]
[null,694,"SESA Battery - Coordinated CER Storages","SESA Battery - Coordinated CER Storages","VPP (aggregated ESS) - Coordinated CER","SA","SESA","Not Applicable","Not Applicable","Consumer Energy Resources","Not Applicable","SESA","Battery","Battery","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","SESA Battery - Coordinated CER Storages","Not Applicable","VPP (aggregated ESS) - Coordinated CER","VPP (aggregated ESS) - Coordinated CER","VPP (aggregated ESS) - Coordinated CER","Not Applicable","SESA Battery - Coordinated CER Storages","VPP (aggregated ESS) - Coordinated CER","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","SESA Battery - Coordinated CER Storages"]
[null,706,"SQ V2G","V2G SQ","VPP (aggregated ESS) - V2G","QLD","SQ","Not Applicable","Not Applicable","Consumer Energy Resources","Not Applicable","SQ","Battery","Battery","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","SQ V2G","Not Applicable","VPP (aggregated ESS) - V2G","VPP (aggregated ESS) - V2G","VPP (aggregated ESS) - V2G","Not Applicable","SQ V2G","VPP (aggregated ESS) - V2G","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","SQ V2G"]
[null,714,"NSW DSP","NSW DSP","Demand Side Participation","NSW","SNW","Not Applicable","Not Applicable","Consumer Energy Resources","Not Applicable","NSW DSP","Price-responsive load shedding","Price-responsive load shedding","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","NSW DSP","Not Applicable","Demand Side Participation","Demand Side Participation","Demand Side Participation","Not Applicable","NSW DSP","Demand Side Participation","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","NSW DSP"]
[null,717,"TAS DSP","TAS DSP","Demand Side Participation","TAS","TAS","Not Applicable","Not Applicable","Consumer Energy Resources","Not Applicable","TAS DSP","Price-responsive load shedding","Price-responsive load shedding","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","TAS DSP","Not Applicable","Demand Side Participation","Demand Side Participation","Demand Side Participation","Not Applicable","TAS DSP","Demand Side Participation","Not Applicable","Not Applicable","Not Applicable","Not Applicable","Not Applicable","TAS DSP"]
[null,729,"NNSW SAT - Distributed Resources","NNSW SAT - Distributed Resources","Distributed Resources Solar","NSW","NNSW","Not Applicable","Not Applicable","New Entrant","NNSW","NNSW SAT - Distributed Resources","Solar","Solar","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","NNSW SAT - Distributed Resources","Not Applicable","Distributed Resources Solar","Distributed Resources Solar","Distributed Resources Solar","Not Applicable","NE_NNSW","Distributed Resources Solar","Distributed Resources Solar","NNSW","Distributed Resources Solar","NNSW","Distributed Resources Solar","NNSW SAT - Distributed Resources"]
[null,735,"WNV SAT - Distributed Resources","WNV SAT - Distributed Resources","Distributed Resources Solar","VIC","WNV","Not Applicable","Not Applicable","New Entrant","WNV","WNV SAT - Distributed Resources","Solar","Solar","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","WNV SAT - Distributed Resources","Not Applicable","Distributed Resources Solar","Distributed Resources Solar","Distributed Resources Solar","Not Applicable","NE_VIC1","Distributed Resources Solar","Distributed Resources Solar","WNV","Distributed Resources Solar","WNV","Distributed Resources Solar","WNV SAT - Distributed Resources"]
[null,749,"SEV Battery - Distributed Resources","SEV Battery - Distributed Resources","Distributed Resources Batteries","VIC","SEV","Not Applicable","Not Applicable","New Entrant","SEV","SEV Battery - Distributed Resources","Battery","Battery","Battery Storage (1hr storage)","Battery Storage (1hr storage)","Battery Storage (1hr storage)","Battery Storage (1hr storage)","Battery Storage (1hr storage)","SEV Battery - Distributed Resources","Not Applicable","Distributed Resources Batteries","Distributed Resources Batteries","Distributed Resources Batteries","Not Applicable","NE_VIC1","Distributed Resources Batteries","Distributed Resources Batteries","SEV","Distributed Resources Batteries","SEV","Distributed Resources Batteries","SEV Battery - Distributed Resources"]
[null,761,"SNW OCGT Small","SNW OCGT Small","OCGT (small GT)","NSW","SNW","Not Applicable","Not Applicable","New Entrant","SNW","SNW OCGT Small","Gas","NSW new OCGT","OCGT (small GT)","OCGT (small GT)","OCGT (small GT)","OCGT (small GT)","OCGT (small GT)","SNW OCGT Small","Not Applicable","OCGT (small GT)","OCGT (small GT)","OCGT (small GT)","Not Applicable","NE_SNW","OCGT (small GT)","OCGT (small GT)","SNW","OCGT (small GT)","SNW","OCGT (small GT)","SNW OCGT Small"]
[null,768,"SESA OCGT Small","SESA OCGT Small","OCGT (small GT)","SA","SESA","Not Applicable","Not Applicable","New Entrant","SESA","SESA OCGT Small","Gas","SA new OCGT","OCGT (small GT)","OCGT (small GT)","OCGT (small GT)","OCGT (small GT)","OCGT (small GT)","SESA OCGT Small","Not Applicable","OCGT (small GT)","OCGT (small GT)","OCGT (small GT)","Not Applicable","NE_SESA","OCGT (small GT)","OCGT (small GT)","SESA","OCGT (small GT)","SESA","OCGT (small GT)","SESA OCGT Small"]
[null,771,"NQ OCGT Large","NQ OCGT Large","OCGT (large GT)","QLD","NQ","Not Applicable","Not Applicable","New Entrant","NQ","NQ OCGT Large","Gas","QLD new OCGT","OCGT (large GT)","OCGT (large GT)","OCGT (large GT)","OCGT (large GT)","OCGT (large GT)","NQ OCGT Large","Not Applicable","OCGT (large GT)","OCGT (large GT)","OCGT (large GT)","Not Applicable","NE_NQ","OCGT (large GT)","OCGT (large GT)","NQ","OCGT (large GT)","NQ","OCGT (large GT)","NQ OCGT Large"]
[null,788,"CQ CCGT","CQ CCGT","CCGT","QLD","CQ","Not Applicable","Not Applicable","New Entrant","CQ","CQ CCGT","Gas","QLD new CCGT","CCGT","CCGT","CCGT","CCGT","CCGT","CQ CCGT","Not Applicable","CCGT","CCGT","CCGT","Not Applicable","NE_CQ","CCGT","CCGT","CQ","CCGT","CQ","CCGT","CQ CCGT"]
[null,791,"NNSW CCGT","NNSW CCGT","CCGT","NSW","NNSW","Not Applicable","Not Applicable","New Entrant","NNSW","NNSW CCGT","Gas","NSW new CCGT","CCGT","CCGT","CCGT","CCGT","CCGT","NNSW CCGT","Not Applicable","CCGT","CCGT","CCGT","Not Applicable","NE_NNSW","CCGT","CCGT","NNSW","CCGT","NNSW","CCGT","NNSW CCGT"]
[null,803,"NQ CCGT with CCS","NQ CCGT with CCS","CCGT with CCS","QLD","NQ","Not Applicable","Not Applicable","New Entrant","NQ","NQ CCGT with CCS","Gas","QLD new CCGT","CCGT with CCS","CCGT with CCS","CCGT with CCS","CCGT with CCS","CCGT with CCS","NQ CCGT with CCS","Not Applicable","CCGT with CCS","CCGT with CCS","CCGT with CCS","Not Applicable","NE_NQ","CCGT with CCS","CCGT with CCS","NQ","CCGT with CCS","NQ","CCGT with CCS","NQ CCGT with CCS"]
[null,810,"WOO CCGT with CCS","WOO CCGT with CCS","CCGT with CCS","NSW","SNW","Not Applicable","Not Applicable","New Entrant","SNW","WOO CCGT with CCS","Gas","NSW new CCGT","CCGT with CCS","CCGT with CCS","CCGT with CCS","CCGT with CCS","CCGT with CCS","WOO CCGT with CCS","Not Applicable","CCGT with CCS","CCGT with CCS","CCGT with CCS","Not Applicable","SE_SNW","CCGT with CCS","CCGT with CCS","SNW","CCGT with CCS","SNW","CCGT with CCS","WOO CCGT with CCS"]
[null,821,"GG Biomass","GG Biomass","Biomass","QLD","GG","Not Applicable","Not Applicable","New Entrant","GG","GG Biomass","Biomass","Biomass","Biomass","Biomass","Biomass","Biomass","Biomass","GG Biomass","Not Applicable","Biomass","Biomass","Biomass","Not Applicable","NE_GG","Biomass","Biomass","GG","Biomass","GG","Biomass","GG Biomass"]
[null,830,"CSA Biomass","CSA Biomass","Biomass","SA","CSA","Not Applicable","Not Applicable","New Entrant","CSA","CSA Biomass","Biomass","Biomass","Biomass","Biomass","Biomass","Biomass","Biomass","CSA Biomass","Not Applicable","Biomass","Biomass","Biomass","Not Applicable","NE_CSA","Biomass","Biomass","CSA","Biomass","CSA","Biomass","CSA Biomass"]
[null,842,"Q8b_SAT_Southern Downs","Q8b_SAT_Southern Downs","Large scale Solar PV","QLD","SQ","Darling Downs","Q8","New Entrant","Q8","Q8b_SAT_Southern Downs","Solar","Solar","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Q8b_SAT_Southern Downs","Not Applicable","All Large scale solar PV","All Large scale solar PV","All Large scale solar PV","Not Applicable","REZ_Q8_Solar","Large scale Solar PV","Large scale Solar PV","Q8","Large scale Solar PV","Q8","Large scale Solar PV","Q8b_SAT_Southern Downs"]
[null,845,"Q10_SAT_Collinsville","Q10_SAT_Collinsville","Large scale Solar PV","QLD","NQ","Collinsville","Q10","New Entrant","Q10","Q10_SAT_Collinsville","Solar","Solar","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Q10_SAT_Collinsville","Not Applicable","All Large scale solar PV","All Large scale solar PV","All Large scale solar PV","Not Applicable","REZ_Q10_Solar","Large scale Solar PV","Large scale Solar PV","Q10","Large scale Solar PV","Q10","Large scale Solar PV","Q10_SAT_Collinsville"]
[null,868,"S5_SAT_Northern SA","S5_SAT_Northern SA","Large scale Solar PV","SA","NSA","Northern SA","S5","New Entrant","S5","S5_SAT_Northern SA","Solar","Solar","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","S5_SAT_Northern SA","Not Applicable","All Large scale solar PV","All Large scale solar PV","All Large scale solar PV","Not Applicable","REZ_S5_Solar","Large scale Solar PV","Large scale Solar PV","S5","Large scale Solar PV","S5","Large scale Solar PV","S5_SAT_Northern SA"]
[null,871,"S8_SAT_Western Eyre Peninsula","S8_SAT_Western Eyre Peninsula","Large scale Solar PV","SA","NSA","Western Eyre Peninsula","S8","New Entrant","S8","S8_SAT_Western Eyre Peninsula","Solar","Solar","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","S8_SAT_Western Eyre Peninsula","Not Applicable","All Large scale solar PV","All Large scale solar PV","All Large scale solar PV","Not Applicable","REZ_S9_Solar","Large scale Solar PV","Large scale Solar PV","S8","Large scale Solar PV","S8","Large scale Solar PV","S8_SAT_Western Eyre Peninsula"]
[null,884,"Q8a_CST_Darling Downs","Q8a_CST_Darling Downs","Solar Thermal (16hrs storage)","QLD","SQ","Darling Downs","Q8","New Entrant","Q8","Q8a_CST_Darling Downs","Solar","Solar","Solar Thermal (16hrs storage)","Solar Thermal (16hrs storage)","Solar Thermal (16hrs storage)","Solar Thermal (16hrs storage)","Solar Thermal (16hrs storage)","Q8a_CST_Darling Downs","Not Applicable","Solar Thermal (16hrs storage)","Solar Thermal (16hrs storage)","Solar Thermal (16hrs storage)","Not Applicable","REZ_Q8_Solar","Solar Thermal (16hrs storage)","Solar Thermal (16hrs storage)","Q8","Solar Thermal (16hrs storage)","Q8","Solar Thermal (16hrs storage)","Q8a_CST_Darling Downs"]
[null,891,"N3_CST_Central-West Orana","N3_CST_Central-West Orana","Solar Thermal (16hrs storage)","NSW","CNSW","Central-West Orana","N3","New Entrant","N3","N3_CST_Central-West Orana","Solar","Solar","Solar Thermal (16hrs storage)","Solar Thermal (16hrs storage)","Solar Thermal (16hrs storage)","Solar Thermal (16hrs storage)","Solar Thermal (16hrs storage)","N3_CST_Central-West Orana","Not Applicable","Solar Thermal (16hrs storage)","Solar Thermal (16hrs storage)","Solar Thermal (16hrs storage)","Not Applicable","REZ_N3_Solar","Solar Thermal (16hrs storage)","Solar Thermal (16hrs storage)","N3","Solar Thermal (16hrs storage)","N3","Solar Thermal (16hrs storage)","N3_CST_Central-West Orana"]
[null,910,"S4_CST_Yorke Peninsula","S4_CST_Yorke Peninsula","Solar Thermal (16hrs storage)","SA","CSA","Yorke Peninsula","S4","New Entrant","S4","S4_CST_Yorke Peninsula","Solar","Solar","Solar Thermal (16hrs storage)","Solar Thermal (16hrs storage)","Solar Thermal (16hrs storage)","Solar Thermal (16hrs storage)","Solar Thermal (16hrs storage)","S4_CST_Yorke Peninsula","Not Applicable","Solar Thermal (16hrs storage)","Solar Thermal (16hrs storage)","Solar Thermal (16hrs storage)","Not Applicable","REZ_S4_Solar","Solar Thermal (16hrs storage)","Solar Thermal (16hrs storage)","S4","Solar Thermal (16hrs storage)","S4","Solar Thermal (16hrs storage)","S4_CST_Yorke Peninsula"]
[null,917,"T3_CST_Central Highlands","T3_CST_Central Highlands","Solar Thermal (16hrs storage)","TAS","TAS","Central Highlands","T3","New Entrant","T3","T3_CST_Central Highlands","Solar","Solar","Solar Thermal (16hrs storage)","Solar Thermal (16hrs storage)","Solar Thermal (16hrs storage)","Solar Thermal (16hrs storage)","Solar Thermal (16hrs storage)","T3_CST_Central Highlands","Not Applicable","Solar Thermal (16hrs storage)","Solar Thermal (16hrs storage)","Solar Thermal (16hrs storage)","Not Applicable","REZ_T3_Solar","Solar Thermal (16hrs storage)","Solar Thermal (16hrs storage)","T3","Solar Thermal (16hrs storage)","T3","Solar Thermal (16hrs storage)","T3_CST_Central Highlands"]
[null,930,"Q9_WH_Banana","Q9_WH_Banana","Wind","QLD","CQ","Banana","Q9","New Entrant","Q9","Q9_WH_Banana","Wind","Wind","Wind","Wind","Wind","Wind","Wind","Q9_WH_Banana","Not Applicable","All Wind","All Wind","All Wind","Not Applicable","REZ_Q9_Wind","Wind","Wind","Q9","Wind","Q9","Wind","Q9_WH_Banana"]
[null,933,"N2_WH_New England","N2_WH_New England","Wind","NSW","NNSW","New England","N2","New Entrant","N2","N2_WH_New England","Wind","Wind","Wind","Wind","Wind","Wind","Wind","N2_WH_New England","Not Applicable","All Wind","All Wind","All Wind","Not Applicable","REZ_N2_Wind","Wind","Wind","N2","Wind","N2","Wind","N2_WH_New England"]
[null,956,"S7_WH_Eastern Eyre Peninsula","S7_WH_Eastern Eyre Peninsula","Wind","SA","NSA","Eastern Eyre Peninsula","S7","New Entrant","S7","S7_WH_Eastern Eyre Peninsula","Wind","Wind","Wind","Wind","Wind","Wind","Wind","S7_WH_Eastern Eyre Peninsula","Not Applicable","All Wind","All Wind","All Wind","Not Applicable","REZ_S8_Wind","Wind","Wind","S7","Wind","S7","Wind","S7_WH_Eastern Eyre Peninsula"]
[null,959,"T2_WH_North West TAS","T2_WH_North West TAS","Wind","TAS","TAS","North West Tasmania","T2","New Entrant","T2","T2_WH_North West TAS","Wind","Wind","Wind","Wind","Wind","Wind","Wind","T2_WH_North West TAS","Not Applicable","All Wind","All Wind","All Wind","Not Applicable","REZ_T2_Wind","Wind","Wind","T2","Wind","T2","Wind","T2_WH_North West TAS"]
[null,971,"Q8b_WM_Southern Downs","Q8b_WM_Southern Downs","Wind","QLD","SQ","Darling Downs","Q8","New Entrant","Q8","Q8b_WM_Southern Downs","Wind","Wind","Wind","Wind","Wind","Wind","Wind","Q8b_WM_Southern Downs","Not Applicable","All Wind","All Wind","All Wind","Not Applicable","REZ_Q8_Wind","Wind","Wind","Q8","Wind","Q8","Wind","Q8b_WM_Southern Downs"]
[null,979,"N5_WM_South West NSW","N5_WM_South West NSW","Wind","NSW","SNSW","South West NSW","N5","New Entrant","N5","N5_WM_South West NSW","Wind","Wind","Wind","Wind","Wind","Wind","Wind","N5_WM_South West NSW","Not Applicable","All Wind","All Wind","All Wind","Not Applicable","REZ_N5_Wind","Wind","Wind","N5","Wind","N5","Wind","N5_WM_South West NSW"]
[null,998,"S6_WM_Roxby Downs","S6_WM_Roxby Downs","Wind","SA","NSA","Roxby Downs","S6","New Entrant","S6","S6_WM_Roxby Downs","Wind","Wind","Wind","Wind","Wind","Wind","Wind","S6_WM_Roxby Downs","Not Applicable","All Wind","All Wind","All Wind","Not Applicable","REZ_S7_Wind","Wind","Wind","S6","Wind","S6","Wind","S6_WM_Roxby Downs"]
[null,1005,"V0_WM_VIC","V0_WM_VIC","Wind","VIC","SEV","Victorian Non-REZ","V0","New Entrant","V0","V0_WM_VIC","Wind","Wind","Wind","Wind","Wind","Wind","Wind","V0_WM_VIC","Not Applicable","All Wind","All Wind","All Wind","Not Applicable","V0_Wind","Wind","Wind","V0","Wind","V0","Wind","V0_WM_VIC"]
[null,1021,"CNSW Battery - 1h","CNSW Battery - 1h","Battery Storage (1hr storage)","NSW","CNSW","Not Applicable","Not Applicable","New Entrant","CNSW","CNSW Battery - 1h","Battery","Battery","Battery Storage (1hr storage)","Battery Storage (1hr storage)","Battery Storage (1hr storage)","Battery Storage (1hr storage)","Battery Storage (1hr storage)","CNSW Battery - 1h","Not Applicable","Battery Storage (1hr storage)","Battery Storage (1hr storage)","Battery Storage (1hr storage)","Not Applicable","NE_CNSW","Battery Storage (1hr storage)","Battery Storage (1hr storage)","CNSW","Battery Storage (1hr storage)","CNSW","Battery Storage (1hr storage)","CNSW Battery - 1h"]
[null,1025,"SEV Battery - 1h","SEV Battery - 1h","Battery Storage (1hr storage)","VIC","SEV","Not Applicable","Not Applicable","New Entrant","SEV","SEV Battery - 1h","Battery","Battery","Battery Storage (1hr storage)","Battery Storage (1hr storage)","Battery Storage (1hr storage)","Battery Storage (1hr storage)","Battery Storage (1hr storage)","SEV Battery - 1h","Not Applicable","Battery Storage (1hr storage)","Battery Storage (1hr storage)","Battery Storage (1hr storage)","Not Applicable","NE_VIC1","Battery Storage (1hr storage)","Battery Storage (1hr storage)","SEV","Battery Storage (1hr storage)","SEV","Battery Storage (1hr storage)","SEV Battery - 1h"]
[null,1041,"WNV Battery - 2h","WNV Battery - 2h","Battery Storage (2hrs storage)","VIC","WNV","Not Applicable","Not Applicable","New Entrant","WNV","WNV Battery - 2h","Battery","Battery","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","WNV Battery - 2h","Not Applicable","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","Not Applicable","NE_VIC1","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","WNV","Battery Storage (2hrs storage)","WNV","Battery Storage (2hrs storage)","WNV Battery - 2h"]
[null,1044,"NSA Battery - 2h","NSA Battery - 2h","Battery Storage (2hrs storage)","SA","NSA","Not Applicable","Not Applicable","New Entrant","NSA","NSA Battery - 2h","Battery","Battery","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","NSA Battery - 2h","Not Applicable","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","Not Applicable","NE_CSA","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","NSA","Battery Storage (2hrs storage)","NSA","Battery Storage (2hrs storage)","NSA Battery - 2h"]
[null,1060,"N5 Battery - 2h","N5 Battery - 2h","Battery Storage (2hrs storage)","NSW","SNSW","South West NSW","N5","New Entrant","N5","N5 Battery - 2h","Battery","Battery","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","N5 Battery - 2h","Not Applicable","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","Not Applicable","REZ_N5_Solar","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","N5","Battery Storage (2hrs storage)","N5","Battery Storage (2hrs storage)","N5 Battery - 2h"]
[null,1064,"N9 Battery - 2h","N9 Battery - 2h","Battery Storage (2hrs storage)","NSW","CNSW","Hunter-Central Coast","N9","New Entrant","N9","N9 Battery - 2h","Battery","Battery","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","N9 Battery - 2h","Not Applicable","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","Not Applicable","REZ_N9_Solar","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","N9","Battery Storage (2hrs storage)","N9","Battery Storage (2hrs storage)","N9 Battery - 2h"]
[null,1083,"T2 Battery - 2h","T2 Battery - 2h","Battery Storage (2hrs storage)","TAS","TAS","North West Tasmania","T2","New Entrant","T2","T2 Battery - 2h","Battery","Battery","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","T2 Battery - 2h","Not Applicable","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","Not Applicable","REZ_T2_Solar","Battery Storage (2hrs storage)","Battery Storage (2hrs storage)","T2","Battery Storage (2hrs storage)","T2","Battery Storage (2hrs storage)","T2 Battery - 2h"]
[null,1090,"CNSW Battery - 4h","CNSW Battery - 4h","Battery Storage (4hrs storage)","NSW","CNSW","Not Applicable","Not Applicable","New Entrant","CNSW","CNSW Battery - 4h","Battery","Battery","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","CNSW Battery - 4h","Not Applicable","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","Not Applicable","NE_CNSW","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","CNSW","Battery Storage (4hrs storage)","CNSW","Battery Storage (4hrs storage)","CNSW Battery - 4h"]
[null,1102,"Q3 Battery - 4h","Q3 Battery - 4h","Battery Storage (4hrs storage)","QLD","NQ","Northern Qld","Q3","New Entrant","Q3","Q3 Battery - 4h","Battery","Battery","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","Q3 Battery - 4h","Not Applicable","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","Not Applicable","REZ_Q3_Solar","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","Q3","Battery Storage (4hrs storage)","Q3","Battery Storage (4hrs storage)","Q3 Battery - 4h"]
[null,1114,"N5 Battery - 4h","N5 Battery - 4h","Battery Storage (4hrs storage)","NSW","SNSW","South West NSW","N5","New Entrant","N5","N5 Battery - 4h","Battery","Battery","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","N5 Battery - 4h","Not Applicable","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","Not Applicable","REZ_N5_Solar","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","N5","Battery Storage (4hrs storage)","N5","Battery Storage (4hrs storage)","N5 Battery - 4h"]
[null,1129,"S2 Battery - 4h","S2 Battery - 4h","Battery Storage (4hrs storage)","SA","CSA","Riverland","S2","New Entrant","S2","S2 Battery - 4h","Battery","Battery","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","S2 Battery - 4h","Not Applicable","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","Not Applicable","REZ_S2_Solar","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","S2","Battery Storage (4hrs storage)","S2","Battery Storage (4hrs storage)","S2 Battery - 4h"]
[null,1132,"S5 Battery - 4h","S5 Battery - 4h","Battery Storage (4hrs storage)","SA","NSA","Northern SA","S5","New Entrant","S5","S5 Battery - 4h","Battery","Battery","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","S5 Battery - 4h","Not Applicable","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","Not Applicable","REZ_S5_Solar","Battery Storage (4hrs storage)","Battery Storage (4hrs storage)","S5","Battery Storage (4hrs storage)","S5","Battery Storage (4hrs storage)","S5 Battery - 4h"]
[null,1148,"SEV Battery - 8h","SEV Battery - 8h","Battery Storage (8hrs storage)","VIC","SEV","Not Applicable","Not Applicable","New Entrant","SEV","SEV Battery - 8h","Battery","Battery","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","SEV Battery - 8h","Not Applicable","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","Not Applicable","NE_VIC1","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","SEV","Battery Storage (8hrs storage)","SEV","Battery Storage (8hrs storage)","SEV Battery - 8h"]
[null,1151,"SESA Battery - 8h","SESA Battery - 8h","Battery Storage (8hrs storage)","SA","SESA","Not Applicable","Not Applicable","New Entrant","SESA","SESA Battery - 8h","Battery","Battery","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","SESA Battery - 8h","Not Applicable","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","Not Applicable","NE_SESA","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","SESA","Battery Storage (8hrs storage)","SESA","Battery Storage (8hrs storage)","SESA Battery - 8h"]
[null,1164,"N1 Battery - 8h","N1 Battery - 8h","Battery Storage (8hrs storage)","NSW","NNSW","North West NSW","N1","New Entrant","N1","N1 Battery - 8h","Battery","Battery","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","N1 Battery - 8h","Not Applicable","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","Not Applicable","REZ_N1_Solar","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","N1","Battery Storage (8hrs storage)","N1","Battery Storage (8hrs storage)","N1 Battery - 8h"]
[null,1171,"N8 Battery - 8h","N8 Battery - 8h","Battery Storage (8hrs storage)","NSW","SNSW","Cooma-Monaro","N8","New Entrant","N8","N8 Battery - 8h","Battery","Battery","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","N8 Battery - 8h","Not Applicable","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","Not Applicable","REZ_N8_Solar","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","N8","Battery Storage (8hrs storage)","N8","Battery Storage (8hrs storage)","N8 Battery - 8h"]
[null,1190,"T1 Battery - 8h","T1 Battery - 8h","Battery Storage (8hrs storage)","TAS","TAS","North East Tasmania","T1","New Entrant","T1","T1 Battery - 8h","Battery","Battery","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","T1 Battery - 8h","Not Applicable","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","Not Applicable","REZ_T1_Solar","Battery Storage (8hrs storage)","Battery Storage (8hrs storage)","T1","Battery Storage (8hrs storage)","T1","Battery Storage (8hrs storage)","T1 Battery - 8h"]
[null,1197,"CNSW Pumped Hydro - 10h","CNSW Pumped Hydro - 10h","Pumped Hydro (10hrs storage)","NSW","CNSW","Not Applicable","Not Applicable","New Entrant","CNSW","CNSW Pumped Hydro - 10h","Water","Hydro","Pumped Hydro (10hrs storage)","Pumped Hydro (10hrs storage)","Pumped Hydro (10hrs storage)","Pumped Hydro (10hrs storage)","Pumped Hydro (10hrs storage)","CNSW Pumped Hydro - 10h","Not Applicable","All Hydro","All Hydro","All Hydro","New Entrant PHES","NE_CNSW","Pumped Hydro (10hrs storage)","Pumped Hydro (10hrs storage)","CNSW","Pumped Hydro (10hrs storage)","CNSW","Pumped Hydro (10hrs storage)","CNSW Pumped Hydro - 10h"]
[null,1210,"SNSW Pumped Hydro - 24h","SNSW Pumped Hydro - 24h","Pumped Hydro (24hrs storage)","NSW","SNSW","Not Applicable","Not Applicable","New Entrant","SNSW","SNSW Pumped Hydro - 24h","Water","Hydro","Pumped Hydro (24hrs storage)","Pumped Hydro (24hrs storage)","Pumped Hydro (24hrs storage)","Pumped Hydro (24hrs storage)","Pumped Hydro (24hrs storage)","SNSW Pumped Hydro - 24h","Not Applicable","All Hydro","All Hydro","All Hydro","New Entrant PHES","NE_SNSW","Pumped Hydro (24hrs storage)","Pumped Hydro (24hrs storage)","SNSW","Pumped Hydro (24hrs storage)","SNSW","Pumped Hydro (24hrs storage)","SNSW Pumped Hydro - 24h"]
[null,1213,"NSA Pumped Hydro - 24h","NSA Pumped Hydro - 24h","Pumped Hydro (24hrs storage)","SA","NSA","Not Applicable","Not Applicable","New Entrant","CSA","NSA Pumped Hydro - 24h","Water","Hydro","Pumped Hydro (24hrs storage)","Pumped Hydro (24hrs storage)","Pumped Hydro (24hrs storage)","Pumped Hydro (24hrs storage)","Pumped Hydro (24hrs storage)","NSA Pumped Hydro - 24h","Not Applicable","All Hydro","All Hydro","All Hydro","New Entrant PHES","NE_CSA","Pumped Hydro (24hrs storage)","Pumped Hydro (24hrs storage)","CSA","Pumped Hydro (24hrs storage)","CSA","Pumped Hydro (24hrs storage)","NSA Pumped Hydro - 24h"]
[null,1229,"DREZ_WH_Yass","DREZ_WH_Yass","Wind","NSW","SNSW","DREZ_Yass","DN2","New Entrant","DN2","DREZ_WH_Yass","Wind","Wind","Wind","Wind","Wind","Wind","Wind","DREZ_WH_Yass","Not Applicable","All Wind","All Wind","All Wind","Not Applicable","REZ_N8_Wind","Wind","Wind","DN2","Wind","DN2","Wind","DREZ_WH_Yass"]
[null,1232,"DREZ_SAT_Yass","DREZ_SAT_Yass","Large scale Solar PV","NSW","SNSW","DREZ_Yass","DN2","New Entrant","DN2","DREZ_SAT_Yass","Solar","Solar","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","Large scale Solar PV","DREZ_SAT_Yass","Not Applicable","All Large scale solar PV","All Large scale solar PV","All Large scale solar PV","Not Applicable","REZ_N8_Solar","Large scale Solar PV","Large scale Solar PV","DN2","Large scale Solar PV","DN2","Large scale Solar PV","DREZ_SAT_Yass"]
[null,null,"Summary Mapping - New Entrant Electrolysers"]
[null,1253,"N9 to CNSW Flexible Electrolyser Piped for Domestic","N9 to CNSW Flexible Electrolyser Piped for Domestic","Alkaline Electrolyser","NSW","CNSW","Hunter-Central Coast","N9","New Entrant","N9","N9 to CNSW Flexible Electrolyser Piped for Domestic","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","N9","Alkaline Electrolyser","Alkaline Electrolyser","N9","Alkaline Electrolyser","N9","Alkaline Electrolyser","N9 to CNSW Flexible Electrolyser Piped for Domestic"]
[null,1264,"Q8 to SQ Flexible Electrolyser Piped for Domestic","Q8 to SQ Flexible Electrolyser Piped for Domestic","Alkaline Electrolyser","QLD","SQ","Darling Downs","Q8","New Entrant","Q8","Q8 to SQ Flexible Electrolyser Piped for Domestic","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Q8","Alkaline Electrolyser","Alkaline Electrolyser","Q8","Alkaline Electrolyser","Q8","Alkaline Electrolyser","Q8 to SQ Flexible Electrolyser Piped for Domestic"]
[null,1271,"T1 to TAS Flexible Electrolyser Piped for Domestic","T1 to TAS Flexible Electrolyser Piped for Domestic","Alkaline Electrolyser","TAS","TAS","North East Tasmania","T1","New Entrant","T1","T1 to TAS Flexible Electrolyser Piped for Domestic","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","T1","Alkaline Electrolyser","Alkaline Electrolyser","T1","Alkaline Electrolyser","T1","Alkaline Electrolyser","T1 to TAS Flexible Electrolyser Piped for Domestic"]
[null,1293,"Q7 to GG Flexible Electrolyser Piped for Green Commodities","Q7 to GG Flexible Electrolyser Piped for Green Commodities","Alkaline Electrolyser","QLD","SQ","Wide Bay","Q7","New Entrant","Q7","Q7 to GG Flexible Electrolyser Piped for Green Commodities","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Q7","Alkaline Electrolyser","Alkaline Electrolyser","Q7","Alkaline Electrolyser","Q7","Alkaline Electrolyser","Q7 to GG Flexible Electrolyser Piped for Green Commodities"]
[null,1296,"S1 to NSA Flexible Electrolyser Piped for Green Commodities","S1 to NSA Flexible Electrolyser Piped for Green Commodities","Alkaline Electrolyser","SA","SESA","South East SA","S1","New Entrant","S1","S1 to NSA Flexible Electrolyser Piped for Green Commodities","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","S1","Alkaline Electrolyser","Alkaline Electrolyser","S1","Alkaline Electrolyser","S1","Alkaline Electrolyser","S1 to NSA Flexible Electrolyser Piped for Green Commodities"]
[null,1313,"Q6 to CQ Flexible Electrolyser Piped for Domestic","Q6 to CQ Flexible Electrolyser Piped for Domestic","Alkaline Electrolyser","QLD","CQ","Fitzroy","Q6","New Entrant","Q6","Q6 to CQ Flexible Electrolyser Piped for Domestic","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Q6","Alkaline Electrolyser","Alkaline Electrolyser","Q6","Alkaline Electrolyser","Q6","Alkaline Electrolyser","Q6 to CQ Flexible Electrolyser Piped for Domestic"]
[null,1316,"Q7 to SQ Flexible Electrolyser Piped for Domestic","Q7 to SQ Flexible Electrolyser Piped for Domestic","Alkaline Electrolyser","QLD","SQ","Wide Bay","Q7","New Entrant","Q7","Q7 to SQ Flexible Electrolyser Piped for Domestic","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Q7","Alkaline Electrolyser","Alkaline Electrolyser","Q7","Alkaline Electrolyser","Q7","Alkaline Electrolyser","Q7 to SQ Flexible Electrolyser Piped for Domestic"]
[null,1338,"N2 to NNSW Flexible Electrolyser Piped for Domestic","N2 to NNSW Flexible Electrolyser Piped for Domestic","Alkaline Electrolyser","NSW","NNSW","New England","N2","New Entrant","N2","N2 to NNSW Flexible Electrolyser Piped for Domestic","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","N2","Alkaline Electrolyser","Alkaline Electrolyser","N2","Alkaline Electrolyser","N2","Alkaline Electrolyser","N2 to NNSW Flexible Electrolyser Piped for Domestic"]
[null,1345,"N12 to SNW Flexible Electrolyser Piped for Domestic","N12 to SNW Flexible Electrolyser Piped for Domestic","Alkaline Electrolyser","NSW","SNW","Illawarra","N12","New Entrant","N12","N12 to SNW Flexible Electrolyser Piped for Domestic","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","N12","Alkaline Electrolyser","Alkaline Electrolyser","N12","Alkaline Electrolyser","N12","Alkaline Electrolyser","N12 to SNW Flexible Electrolyser Piped for Domestic"]
[null,1352,"Q7 to SQ Flexible Electrolyser Piped for Domestic","Q7 to SQ Flexible Electrolyser Piped for Domestic","Alkaline Electrolyser","QLD","SQ","Wide Bay","Q7","New Entrant","Q7","Q7 to SQ Flexible Electrolyser Piped for Domestic","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Q7","Alkaline Electrolyser","Alkaline Electrolyser","Q7","Alkaline Electrolyser","Q7","Alkaline Electrolyser","Q7 to SQ Flexible Electrolyser Piped for Domestic"]
[null,1353,"Q8 to GG Flexible Electrolyser Piped for Domestic","Q8 to GG Flexible Electrolyser Piped for Domestic","Alkaline Electrolyser","QLD","SQ","Darling Downs","Q8","New Entrant","Q8","Q8 to GG Flexible Electrolyser Piped for Domestic","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Q8","Alkaline Electrolyser","Alkaline Electrolyser","Q8","Alkaline Electrolyser","Q8","Alkaline Electrolyser","Q8 to GG Flexible Electrolyser Piped for Domestic"]
[null,1354,"Q8 to SQ Flexible Electrolyser Piped for Domestic","Q8 to SQ Flexible Electrolyser Piped for Domestic","Alkaline Electrolyser","QLD","SQ","Darling Downs","Q8","New Entrant","Q8","Q8 to SQ Flexible Electrolyser Piped for Domestic","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Q8","Alkaline Electrolyser","Alkaline Electrolyser","Q8","Alkaline Electrolyser","Q8","Alkaline Electrolyser","Q8 to SQ Flexible Electrolyser Piped for Domestic"]
[null,1355,"Q10 to NQ Flexible Electrolyser Piped for Domestic","Q10 to NQ Flexible Electrolyser Piped for Domestic","Alkaline Electrolyser","QLD","NQ","Collinsville","Q10","New Entrant","Q10","Q10 to NQ Flexible Electrolyser Piped for Domestic","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Q10","Alkaline Electrolyser","Alkaline Electrolyser","Q10","Alkaline Electrolyser","Q10","Alkaline Electrolyser","Q10 to NQ Flexible Electrolyser Piped for Domestic"]
[null,1356,"S1 to SESA Flexible Electrolyser Piped for Domestic","S1 to SESA Flexible Electrolyser Piped for Domestic","Alkaline Electrolyser","SA","SESA","South East SA","S1","New Entrant","S1","S1 to SESA Flexible Electrolyser Piped for Domestic","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","S1","Alkaline Electrolyser","Alkaline Electrolyser","S1","Alkaline Electrolyser","S1","Alkaline Electrolyser","S1 to SESA Flexible Electrolyser Piped for Domestic"]
[null,1357,"S2 to CSA Flexible Electrolyser Piped for Domestic","S2 to CSA Flexible Electrolyser Piped for Domestic","Alkaline Electrolyser","SA","CSA","Riverland","S2","New Entrant","S2","S2 to CSA Flexible Electrolyser Piped for Domestic","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","S2","Alkaline Electrolyser","Alkaline Electrolyser","S2","Alkaline Electrolyser","S2","Alkaline Electrolyser","S2 to CSA Flexible Electrolyser Piped for Domestic"]
[null,1358,"S3 to CSA Flexible Electrolyser Piped for Domestic","S3 to CSA Flexible Electrolyser Piped for Domestic","Alkaline Electrolyser","SA","CSA","Mid-North SA","S3","New Entrant","S3","S3 to CSA Flexible Electrolyser Piped for Domestic","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","S3","Alkaline Electrolyser","Alkaline Electrolyser","S3","Alkaline Electrolyser","S3","Alkaline Electrolyser","S3 to CSA Flexible Electrolyser Piped for Domestic"]
[null,1359,"S5 to NSA Flexible Electrolyser Piped for Domestic","S5 to NSA Flexible Electrolyser Piped for Domestic","Alkaline Electrolyser","SA","NSA","Northern SA","S5","New Entrant","S5","S5 to NSA Flexible Electrolyser Piped for Domestic","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","S5","Alkaline Electrolyser","Alkaline Electrolyser","S5","Alkaline Electrolyser","S5","Alkaline Electrolyser","S5 to NSA Flexible Electrolyser Piped for Domestic"]
[null,1360,"S7 to NSA Flexible Electrolyser Piped for Domestic","S7 to NSA Flexible Electrolyser Piped for Domestic","Alkaline Electrolyser","SA","NSA","Eastern Eyre Peninsula","S7","New Entrant","S7","S7 to NSA Flexible Electrolyser Piped for Domestic","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","S7","Alkaline Electrolyser","Alkaline Electrolyser","S7","Alkaline Electrolyser","S7","Alkaline Electrolyser","S7 to NSA Flexible Electrolyser Piped for Domestic"]
[null,1361,"T1 to TAS Flexible Electrolyser Piped for Domestic","T1 to TAS Flexible Electrolyser Piped for Domestic","Alkaline Electrolyser","TAS","TAS","North East Tasmania","T1","New Entrant","T1","T1 to TAS Flexible Electrolyser Piped for Domestic","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","T1","Alkaline Electrolyser","Alkaline Electrolyser","T1","Alkaline Electrolyser","T1","Alkaline Electrolyser","T1 to TAS Flexible Electrolyser Piped for Domestic"]
[null,1362,"T3 to TAS Flexible Electrolyser Piped for Domestic","T3 to TAS Flexible Electrolyser Piped for Domestic","Alkaline Electrolyser","TAS","TAS","Central Highlands","T3","New Entrant","T3","T3 to TAS Flexible Electrolyser Piped for Domestic","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","T3","Alkaline Electrolyser","Alkaline Electrolyser","T3","Alkaline Electrolyser","T3","Alkaline Electrolyser","T3 to TAS Flexible Electrolyser Piped for Domestic"]
[null,1373,"N1 to SNW Flexible Electrolyser Piped for Green Commodities","N1 to SNW Flexible Electrolyser Piped for Green Commodities","Alkaline Electrolyser","NSW","NNSW","North West NSW","N1","New Entrant","N1","N1 to SNW Flexible Electrolyser Piped for Green Commodities","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","N1","Alkaline Electrolyser","Alkaline Electrolyser","N1","Alkaline Electrolyser","N1","Alkaline Electrolyser","N1 to SNW Flexible Electrolyser Piped for Green Commodities"]
[null,1374,"N2 to SNW Flexible Electrolyser Piped for Green Commodities","N2 to SNW Flexible Electrolyser Piped for Green Commodities","Alkaline Electrolyser","NSW","NNSW","New England","N2","New Entrant","N2","N2 to SNW Flexible Electrolyser Piped for Green Commodities","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","N2","Alkaline Electrolyser","Alkaline Electrolyser","N2","Alkaline Electrolyser","N2","Alkaline Electrolyser","N2 to SNW Flexible Electrolyser Piped for Green Commodities"]
[null,1375,"N3 to SNW Flexible Electrolyser Piped for Green Commodities","N3 to SNW Flexible Electrolyser Piped for Green Commodities","Alkaline Electrolyser","NSW","CNSW","Central-West Orana","N3","New Entrant","N3","N3 to SNW Flexible Electrolyser Piped for Green Commodities","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","N3","Alkaline Electrolyser","Alkaline Electrolyser","N3","Alkaline Electrolyser","N3","Alkaline Electrolyser","N3 to SNW Flexible Electrolyser Piped for Green Commodities"]
[null,1376,"N6 to SNW Flexible Electrolyser Piped for Green Commodities","N6 to SNW Flexible Electrolyser Piped for Green Commodities","Alkaline Electrolyser","NSW","SNSW","Wagga Wagga","N6","New Entrant","N6","N6 to SNW Flexible Electrolyser Piped for Green Commodities","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","N6","Alkaline Electrolyser","Alkaline Electrolyser","N6","Alkaline Electrolyser","N6","Alkaline Electrolyser","N6 to SNW Flexible Electrolyser Piped for Green Commodities"]
[null,1377,"N8 to SNW Flexible Electrolyser Piped for Green Commodities","N8 to SNW Flexible Electrolyser Piped for Green Commodities","Alkaline Electrolyser","NSW","SNSW","Cooma-Monaro","N8","New Entrant","N8","N8 to SNW Flexible Electrolyser Piped for Green Commodities","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","N8","Alkaline Electrolyser","Alkaline Electrolyser","N8","Alkaline Electrolyser","N8","Alkaline Electrolyser","N8 to SNW Flexible Electrolyser Piped for Green Commodities"]
[null,1378,"N9 to SNW Flexible Electrolyser Piped for Green Commodities","N9 to SNW Flexible Electrolyser Piped for Green Commodities","Alkaline Electrolyser","NSW","CNSW","Hunter-Central Coast","N9","New Entrant","N9","N9 to SNW Flexible Electrolyser Piped for Green Commodities","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","N9","Alkaline Electrolyser","Alkaline Electrolyser","N9","Alkaline Electrolyser","N9","Alkaline Electrolyser","N9 to SNW Flexible Electrolyser Piped for Green Commodities"]
[null,1379,"N12 to SNW Flexible Electrolyser Piped for Green Commodities","N12 to SNW Flexible Electrolyser Piped for Green Commodities","Alkaline Electrolyser","NSW","SNW","Illawarra","N12","New Entrant","N12","N12 to SNW Flexible Electrolyser Piped for Green Commodities","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","N12","Alkaline Electrolyser","Alkaline Electrolyser","N12","Alkaline Electrolyser","N12","Alkaline Electrolyser","N12 to SNW Flexible Electrolyser Piped for Green Commodities"]
[null,1380,"Q1 to GG Flexible Electrolyser Piped for Green Commodities","Q1 to GG Flexible Electrolyser Piped for Green Commodities","Alkaline Electrolyser","QLD","NQ","Far North QLD","Q1","New Entrant","Q1","Q1 to GG Flexible Electrolyser Piped for Green Commodities","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Q1","Alkaline Electrolyser","Alkaline Electrolyser","Q1","Alkaline Electrolyser","Q1","Alkaline Electrolyser","Q1 to GG Flexible Electrolyser Piped for Green Commodities"]
[null,1381,"Q4 to GG Flexible Electrolyser Piped for Green Commodities","Q4 to GG Flexible Electrolyser Piped for Green Commodities","Alkaline Electrolyser","QLD","CQ","Isaac","Q4","New Entrant","Q4","Q4 to GG Flexible Electrolyser Piped for Green Commodities","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Q4","Alkaline Electrolyser","Alkaline Electrolyser","Q4","Alkaline Electrolyser","Q4","Alkaline Electrolyser","Q4 to GG Flexible Electrolyser Piped for Green Commodities"]
[null,1382,"Q6 to GG Flexible Electrolyser Piped for Green Commodities","Q6 to GG Flexible Electrolyser Piped for Green Commodities","Alkaline Electrolyser","QLD","CQ","Fitzroy","Q6","New Entrant","Q6","Q6 to GG Flexible Electrolyser Piped for Green Commodities","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Q6","Alkaline Electrolyser","Alkaline Electrolyser","Q6","Alkaline Electrolyser","Q6","Alkaline Electrolyser","Q6 to GG Flexible Electrolyser Piped for Green Commodities"]
[null,1383,"Q7 to GG Flexible Electrolyser Piped for Green Commodities","Q7 to GG Flexible Electrolyser Piped for Green Commodities","Alkaline Electrolyser","QLD","SQ","Wide Bay","Q7","New Entrant","Q7","Q7 to GG Flexible Electrolyser Piped for Green Commodities","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Q7","Alkaline Electrolyser","Alkaline Electrolyser","Q7","Alkaline Electrolyser","Q7","Alkaline Electrolyser","Q7 to GG Flexible Electrolyser Piped for Green Commodities"]
[null,1384,"Q8 to GG Flexible Electrolyser Piped for Green Commodities","Q8 to GG Flexible Electrolyser Piped for Green Commodities","Alkaline Electrolyser","QLD","SQ","Darling Downs","Q8","New Entrant","Q8","Q8 to GG Flexible Electrolyser Piped for Green Commodities","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Q8","Alkaline Electrolyser","Alkaline Electrolyser","Q8","Alkaline Electrolyser","Q8","Alkaline Electrolyser","Q8 to GG Flexible Electrolyser Piped for Green Commodities"]
[null,1385,"Q10 to GG Flexible Electrolyser Piped for Green Commodities","Q10 to GG Flexible Electrolyser Piped for Green Commodities","Alkaline Electrolyser","QLD","NQ","Collinsville","Q10","New Entrant","Q10","Q10 to GG Flexible Electrolyser Piped for Green Commodities","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Q10","Alkaline Electrolyser","Alkaline Electrolyser","Q10","Alkaline Electrolyser","Q10","Alkaline Electrolyser","Q10 to GG Flexible Electrolyser Piped for Green Commodities"]
[null,1386,"S1 to NSA Flexible Electrolyser Piped for Green Commodities","S1 to NSA Flexible Electrolyser Piped for Green Commodities","Alkaline Electrolyser","SA","SESA","South East SA","S1","New Entrant","S1","S1 to NSA Flexible Electrolyser Piped for Green Commodities","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","S1","Alkaline Electrolyser","Alkaline Electrolyser","S1","Alkaline Electrolyser","S1","Alkaline Electrolyser","S1 to NSA Flexible Electrolyser Piped for Green Commodities"]
[null,1387,"S2 to NSA Flexible Electrolyser Piped for Green Commodities","S2 to NSA Flexible Electrolyser Piped for Green Commodities","Alkaline Electrolyser","SA","CSA","Riverland","S2","New Entrant","S2","S2 to NSA Flexible Electrolyser Piped for Green Commodities","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","S2","Alkaline Electrolyser","Alkaline Electrolyser","S2","Alkaline Electrolyser","S2","Alkaline Electrolyser","S2 to NSA Flexible Electrolyser Piped for Green Commodities"]
[null,1388,"S3 to NSA Flexible Electrolyser Piped for Green Commodities","S3 to NSA Flexible Electrolyser Piped for Green Commodities","Alkaline Electrolyser","SA","CSA","Mid-North SA","S3","New Entrant","S3","S3 to NSA Flexible Electrolyser Piped for Green Commodities","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","S3","Alkaline Electrolyser","Alkaline Electrolyser","S3","Alkaline Electrolyser","S3","Alkaline Electrolyser","S3 to NSA Flexible Electrolyser Piped for Green Commodities"]
[null,1389,"S5 to NSA Flexible Electrolyser Piped for Green Commodities","S5 to NSA Flexible Electrolyser Piped for Green Commodities","Alkaline Electrolyser","SA","NSA","Northern SA","S5","New Entrant","S5","S5 to NSA Flexible Electrolyser Piped for Green Commodities","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","S5","Alkaline Electrolyser","Alkaline Electrolyser","S5","Alkaline Electrolyser","S5","Alkaline Electrolyser","S5 to NSA Flexible Electrolyser Piped for Green Commodities"]
[null,1390,"S7 to NSA Flexible Electrolyser Piped for Green Commodities","S7 to NSA Flexible Electrolyser Piped for Green Commodities","Alkaline Electrolyser","SA","NSA","Eastern Eyre Peninsula","S7","New Entrant","S7","S7 to NSA Flexible Electrolyser Piped for Green Commodities","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","S7","Alkaline Electrolyser","Alkaline Electrolyser","S7","Alkaline Electrolyser","S7","Alkaline Electrolyser","S7 to NSA Flexible Electrolyser Piped for Green Commodities"]
[null,1391,"T1 to TAS Flexible Electrolyser Piped for Green Commodities","T1 to TAS Flexible Electrolyser Piped for Green Commodities","Alkaline Electrolyser","TAS","TAS","North East Tasmania","T1","New Entrant","T1","T1 to TAS Flexible Electrolyser Piped for Green Commodities","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","T1","Alkaline Electrolyser","Alkaline Electrolyser","T1","Alkaline Electrolyser","T1","Alkaline Electrolyser","T1 to TAS Flexible Electrolyser Piped for Green Commodities"]
[null,1392,"T3 to TAS Flexible Electrolyser Piped for Green Commodities","T3 to TAS Flexible Electrolyser Piped for Green Commodities","Alkaline Electrolyser","TAS","TAS","Central Highlands","T3","New Entrant","T3","T3 to TAS Flexible Electrolyser Piped for Green Commodities","Electricity","Electricity","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","Alkaline Electrolyser","Alkaline Electrolyser","Alkaline Electrolyser","Not Applicable","T3","Alkaline Electrolyser","Alkaline Electrolyser","T3","Alkaline Electrolyser","T3","Alkaline Electrolyser","T3 to TAS Flexible Electrolyser Piped for Green Commodities"]